Revision 71d28e6f

b/dbTable.sql
18 18
insert into dbTable values("hg18", "Human hg18", "human", 'white', false);
19 19
insert into dbTable values("danRer7", "Zebrafish danRer7", "zebrafish", 'white', true);
20 20
insert into dbTable values("mm9", "Mouse mm9", "mouse", 'white', true);
21
insert into dbTable values("mm10", "Mouse mm10", "mouse", 'white', false);
21 22
insert into dbTable values("rn4", "Rat rn4", "rat", 'white', true);
22 23
insert into dbTable values("dm3", "Fruit fly dm3", "fruit fly", 'white', true);
23 24
insert into dbTable values("tair10", "Arabidopsis tair10", "arabidopsis", 'white', true);
24 25
insert into dbTable values("AGPv2", "Maize AGPv2", "maize", 'white', true);
25 26
insert into dbTable values("spombe201203", "S. pombe 2012-03", "spombe", 'white', true);
26
insert into dbTable values("temporal_day", "Temporal data at day precision", "temporal_day", 'white', true);
27
insert into dbTable values("Am1", "Am1.0", "arabidopsis", 'white', true);
27
-- insert into dbTable values("temporal_day", "Temporal data at day precision", "temporal_day", 'white', true);
28
-- insert into dbTable values("Am1", "Am1.0", "arabidopsis", 'white', true);
b/hg18/decorInfo
1 1
refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
2 2
gc5Base	GC percent	\N	5	14	0	\N
3
rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
b/hg18/makeDb.sql
30 30
"IMR90_chromhmm_fromhg19,wgEncodeBroadHmmGm12878HMM,wgEncodeBroadHmmH1hescHMM,wgEncodeBroadHmmHepg2HMM,wgEncodeBroadHmmHmecHMM,wgEncodeBroadHmmHsmmHMM,wgEncodeBroadHmmHuvecHMM,wgEncodeBroadHmmK562HMM,wgEncodeBroadHmmNhekHMM,wgEncodeBroadHmmNhlfHMM",
31 31
"Assay,Sample,Institution",
32 32
"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
33
"",
33
"13,http://epgg-test.wustl.edu/cc.gz",
34 34
"chr7,27029129,chr7,27318965",
35 35
"encode",
36
"refGene,gc5Base",
36
"refGene,rmsk_ensemble",
37 37
"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chr20,chr21,chr22,chrX,chrY,chrM",
38 38
\N,\N,
39 39
true,
......
204 204

  
205 205
drop table if exists publichub;
206 206
create table publichub (
207
  id varchar(255) not null primary key,
207 208
  name varchar(255) not null,
208 209
  logo text null,
209 210
  url text not null,
b/hg18/publichub
1
Multiple Myeloma cell line with JQ1 treatment	http://bradner.dfci.harvard.edu/images/generegulationchemistry.jpg	http://vizhub.wustl.edu/dli/enhancer.txt	<a href=http://bradner.dfci.harvard.edu/ target=_blank>James E. Bradner at Harvard Medical School</a>	This collection of genome-wide sequencing results is from multiple myeloma 1S cell line under JQ1 treatment. The experiments systematically characterized response to JQ1 treatment from many aspects: histone protein modifications, oncogene transcription regulator binding of DNA, and gene transcription. Data are available as sequencing reads aligned to the reference genome.
1
mm1s	Multiple Myeloma cell line with JQ1 treatment	http://bradner.dfci.harvard.edu/images/generegulationchemistry.jpg	http://vizhub.wustl.edu/public/hg18/mm1s/hub	<a href=http://bradner.dfci.harvard.edu/ target=_blank>James E. Bradner at Harvard Medical School</a>	This collection of genome-wide sequencing results is from multiple myeloma 1S cell line under JQ1 treatment. The experiments systematically characterized response to JQ1 treatment from many aspects: histone protein modifications, oncogene transcription regulator binding of DNA, and gene transcription. Data are available as sequencing reads aligned to the reference genome.
b/hg18/track2Categorical
8 8
wgEncodeBroadHmmNhekHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
9 9
wgEncodeBroadHmmNhlfHMM	10:['Transcriptional elongation','#00b050'], 11:['Weak transcribed','#99ff66'], 12:['Polycomb-repressed','#7f7f7f'], 13:['Heterochromatin, low signal','#f5f5f5'], 14:['Repetitive/CNV','#f5f5f5'], 15:['Repetitive/CNV','#f5f5f5'], 1:['Active promoter','#ff0000'], 2:['Weak promoter','#ff6969'], 3:['Inactive/poised promoter','#cf0bc6'], 4:['Strong enhancer','#faca00'], 5:['Strong enhancer','#faca00'], 6:['Weak enhancer','#fffc04'], 7:['Weak enhancer','#fffc04'], 8:['Insulator','#0abefe'], 9:['Transcriptional transition','#00b050']
10 10
IMR90_chromhmm_fromhg19	24:['Quiescent_3','#ffffff'], 25:['H3K9ac_low','#e6e6fa'], 20:['Heterochromatin_at_repeats','#afeeee'], 21:['Heterochromatin','#e0ffff'], 22:['Quiescent_1','#ffffff'], 23:['Quiescent_2','#ffffff'], 1:['TSS_poised','#e9967a'], 3:['TSS_active','#ff0000'], 2:['TSS_flanking_more_upstream','#dc143c'], 5:['TSS_flanking_downstream','#b22222'], 4:['TSS_weak','#ff4500'], 7:['Transcription','#00ff00'], 6:['TSS_flanking_more_downstream','#b22222'], 9:['Enhancer-like_Genic','#ff8c00'], 8:['Transcription_weak','#9acd32'], 11:['Enhancer_weak_1','#ffa500'], 10:['Enhancer-like_Genic_(short_genes)','#ff8c00'], 13:['Enhancer_active','#ffa500'], 12:['Enhancer_weak_2','#ffa500'], 15:['Enhancer_poised','#ffff00'], 14:['Enhancer_active_with_weakK4me1_strong_K27ac','#ffa500'], 17:['Repressed_polycomb','#c0c0c0'], 16:['Repressed_polycomb_weak','#dcdcdc'], 19:['Zinc_finger_genes_H3K36me3_K9me3','#4682b4'], 18:['H3K9me3_K27me3','#5f9ea0']
11
rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
b/hg19/makeDb.sql
290 290
  institution text not null,
291 291
  description text not null
292 292
);
293
load data local infile "publichub" into table publichub;
293
-- load data local infile "publichub" into table publichub;
294 294
/*
295 295
DROP TABLE IF EXISTS `rmsk`;
296 296
CREATE TABLE `rmsk` (
b/hg19/publichub
1
methylCRF prediction of Roadmap methylomes	http://cgs.wustl.edu/~dli/labwebsite_dev/img/wang_logo.png	http://vizhub.wustl.edu/dli/methylcrf.hub	<a href=http://wang.wustl.edu/ target=_blank>Wang Lab at Washington University in St. Louis</a>	Using <a href=http://methylcrf.wustl.edu/ target=_blank>methylCRF</a> to predict single CpG methylation profiles by combining MeDIP-seq and MRE-seq data from Roadmap Project.
1
mcrf	Complete DNA methylomes generated by methylCRF	http://cgs.wustl.edu/~dli/labwebsite_dev/img/wang_logo.png	http://vizhub.wustl.edu/dli/methylcrf.hub	<a href=http://wang.wustl.edu/ target=_blank>Wang Lab at Washington University in St. Louis</a>	The methylCRF software is used to compute DNA methylation at single-CpG resolution by integrating MeDIP-Seq and MRE-Seq assay results. We applied methylCRF on <a href=http://www.roadmapepigenomics.org/complete_epigenomes/ target=_blank>Roadmap Complete Epigenomes</a> and generated Complete Methylomes for 45 human samples.
b/mm10/cytoband
1
	chr1	0	8840440	qA1	2
2
	chr1	8840440	12278390	qA2	1
3
	chr1	12278390	20136559	qA3	3
4
	chr1	20136559	22101102	qA4	1
5
	chr1	22101102	30941543	qA5	2
6
	chr1	30941543	43219933	qB	1
7
	chr1	43219933	54516052	qC1.1	4
8
	chr1	54516052	55989459	qC1.2	1
9
	chr1	55989459	59427408	qC1.3	5
10
	chr1	59427408	65321035	qC2	1
11
	chr1	65321035	74652612	qC3	3
12
	chr1	74652612	80055103	qC4	1
13
	chr1	80055103	87422137	qC5	3
14
	chr1	87422137	99700527	qD	1
15
	chr1	99700527	102647341	qE1.1	3
16
	chr1	102647341	103629612	qE1.2	1
17
	chr1	103629612	112470053	qE2.1	2
18
	chr1	112470053	113943460	qE2.2	1
19
	chr1	113943460	125730715	qE2.3	2
20
	chr1	125730715	128677528	qE3	1
21
	chr1	128677528	139482511	qE4	4
22
	chr1	139482511	147340681	qF	1
23
	chr1	147340681	151760902	qG1	2
24
	chr1	151760902	152743173	qG2	1
25
	chr1	152743173	157163393	qG3	2
26
	chr1	157163393	160110207	qH1	1
27
	chr1	160110207	164039292	qH2.1	3
28
	chr1	164039292	165512699	qH2.2	1
29
	chr1	165512699	169932919	qH2.3	3
30
	chr1	169932919	175826546	qH3	1
31
	chr1	175826546	181720174	qH4	3
32
	chr1	181720174	188104936	qH5	1
33
	chr1	188104936	195471971	qH6	3
34
	chr10	0	12822904	qA1	2
35
	chr10	12822904	17754791	qA2	1
36
	chr10	17754791	23673055	qA3	3
37
	chr10	23673055	33536828	qA4	1
38
	chr10	33536828	41427846	qB1	2
39
	chr10	41427846	48332487	qB2	1
40
	chr10	48332487	56223506	qB3	2
41
	chr10	56223506	64114524	qB4	1
42
	chr10	64114524	68060034	qB5.1	2
43
	chr10	68060034	68553222	qB5.2	1
44
	chr10	68553222	74964675	qB5.3	2
45
	chr10	74964675	89267146	qC1	1
46
	chr10	89267146	96171787	qC2	3
47
	chr10	96171787	99130919	qC3	1
48
	chr10	99130919	111953824	qD1	2
49
	chr10	111953824	124776729	qD2	1
50
	chr10	124776729	130694993	qD3	3
51
	chr11	0	13046989	qA1	2
52
	chr11	13046989	17240664	qA2	1
53
	chr11	17240664	21900303	qA3.1	2
54
	chr11	21900303	25628014	qA3.2	1
55
	chr11	25628014	30287653	qA3.3	2
56
	chr11	30287653	36345184	qA4	1
57
	chr11	36345184	43334643	qA5	2
58
	chr11	43334643	47994282	qB1.1	1
59
	chr11	47994282	49858137	qB1.2	3
60
	chr11	49858137	60109343	qB1.3	1
61
	chr11	60109343	62905127	qB2	3
62
	chr11	62905127	70826513	qB3	1
63
	chr11	70826513	74088260	qB4	3
64
	chr11	74088260	82009647	qB5	1
65
	chr11	82009647	90396997	qC	2
66
	chr11	90396997	102512059	qD	1
67
	chr11	102512059	110433445	qE1	4
68
	chr11	110433445	122082543	qE2	1
69
	chr12	0	17601321	qA1.1	2
70
	chr12	17601321	21121586	qA1.2	1
71
	chr12	21121586	25961949	qA1.3	4
72
	chr12	25961949	31682379	qA2	1
73
	chr12	31682379	39162941	qA3	3
74
	chr12	39162941	44003304	qB1	1
75
	chr12	44003304	44883370	qB2	3
76
	chr12	44883370	51923899	qB3	1
77
	chr12	51923899	66004957	qC1	2
78
	chr12	66004957	71285353	qC2	1
79
	chr12	71285353	80966080	qC3	2
80
	chr12	80966080	85366411	qD1	1
81
	chr12	85366411	88446642	qD2	3
82
	chr12	88446642	95487171	qD3	1
83
	chr12	95487171	106047964	qE	2
84
	chr12	106047964	114408592	qF1	1
85
	chr12	114408592	120129022	qF2	4
86
	chr13	0	16286533	qA1	2
87
	chr13	16286533	21221846	qA2	1
88
	chr13	21221846	29611878	qA3.1	4
89
	chr13	29611878	33066597	qA3.2	1
90
	chr13	33066597	41456629	qA3.3	3
91
	chr13	41456629	44417817	qA4	1
92
	chr13	44417817	52807849	qA5	3
93
	chr13	52807849	59223756	qB1	1
94
	chr13	59223756	61691413	qB2	3
95
	chr13	61691413	69587914	qB3	1
96
	chr13	69587914	78471477	qC1	3
97
	chr13	78471477	80939134	qC2	1
98
	chr13	80939134	94758011	qC3	2
99
	chr13	94758011	106602762	qD1	1
100
	chr13	106602762	110551012	qD2.1	3
101
	chr13	110551012	116473388	qD2.2	1
102
	chr13	116473388	120421639	qD2.3	3
103
	chr14	0	14988269	qA1	2
104
	chr14	14988269	19484750	qA2	1
105
	chr14	19484750	29976538	qA3	3
106
	chr14	29976538	43465980	qB	1
107
	chr14	43465980	51959333	qC1	2
108
	chr14	51959333	54956987	qC2	1
109
	chr14	54956987	59953077	qC3	4
110
	chr14	59953077	68946038	qD1	1
111
	chr14	68946038	72942910	qD2	3
112
	chr14	72942910	84933525	qD3	1
113
	chr14	84933525	88930397	qE1	4
114
	chr14	88930397	98922577	qE2.1	2
115
	chr14	98922577	99921795	qE2.2	1
116
	chr14	99921795	107415929	qE2.3	2
117
	chr14	107415929	110913192	qE3	1
118
	chr14	110913192	120905372	qE4	2
119
	chr14	120905372	124902244	qE5	1
120
	chr15	0	16500320	qA1	2
121
	chr15	16500320	24292137	qA2	1
122
	chr15	24292137	29792244	qB1	3
123
	chr15	29792244	32083955	qB2	1
124
	chr15	32083955	43084169	qB3.1	2
125
	chr15	43084169	44917538	qB3.2	1
126
	chr15	44917538	49959302	qB3.3	4
127
	chr15	49959302	53626040	qC	1
128
	chr15	53626040	66459622	qD1	2
129
	chr15	66459622	68751333	qD2	1
130
	chr15	68751333	77459835	qD3	4
131
	chr15	77459835	83876627	qE1	1
132
	chr15	83876627	87085022	qE2	3
133
	chr15	87085022	95793524	qE3	1
134
	chr15	95793524	101293631	qF1	4
135
	chr15	101293631	102210316	qF2	1
136
	chr15	102210316	104043685	qF3	3
137
	chr16	0	15432649	qA1	2
138
	chr16	15432649	16367961	qA2	1
139
	chr16	16367961	20576865	qA3	3
140
	chr16	20576865	26188738	qB1	1
141
	chr16	26188738	32268266	qB2	3
142
	chr16	32268266	38347795	qB3	1
143
	chr16	38347795	44894979	qB4	3
144
	chr16	44894979	53780444	qB5	1
145
	chr16	53780444	57989348	qC1.1	4
146
	chr16	57989348	58924660	qC1.2	1
147
	chr16	58924660	66874813	qC1.3	4
148
	chr16	66874813	70616061	qC2	1
149
	chr16	70616061	79033870	qC3.1	2
150
	chr16	79033870	79501526	qC3.2	1
151
	chr16	79501526	91660583	qC3.3	2
152
	chr16	91660583	98207768	qC4	1
153
	chr17	0	13943085	qA1	2
154
	chr17	13943085	16121692	qA2	1
155
	chr17	16121692	17428857	qA3.1	3
156
	chr17	17428857	21786071	qA3.2	1
157
	chr17	21786071	31371942	qA3.3	4
158
	chr17	31371942	40086371	qB1	1
159
	chr17	40086371	41393535	qB2	3
160
	chr17	41393535	45750749	qB3	1
161
	chr17	45750749	55772342	qC	4
162
	chr17	55772342	60129556	qD	1
163
	chr17	60129556	67972542	qE1.1	2
164
	chr17	67972542	68843985	qE1.2	1
165
	chr17	68843985	73201199	qE1.3	2
166
	chr17	73201199	78429856	qE2	1
167
	chr17	78429856	82787071	qE3	3
168
	chr17	82787071	88887171	qE4	1
169
	chr17	88887171	94987271	qE5	3
170
	chr18	0	19406146	qA1	2
171
	chr18	19406146	29531091	qA2	1
172
	chr18	29531091	35437310	qB1	4
173
	chr18	35437310	37124801	qB2	1
174
	chr18	37124801	45562255	qB3	2
175
	chr18	45562255	49780983	qC	1
176
	chr18	49780983	53999710	qD1	2
177
	chr18	53999710	54421583	qD2	1
178
	chr18	54421583	60749674	qD3	2
179
	chr18	60749674	67921511	qE1	1
180
	chr18	67921511	75093347	qE2	3
181
	chr18	75093347	83530802	qE3	1
182
	chr18	83530802	90702639	qE4	3
183
	chr19	0	16680094	qA	2
184
	chr19	16680094	25630388	qB	1
185
	chr19	25630388	34987514	qC1	4
186
	chr19	34987514	38242166	qC2	1
187
	chr19	38242166	47599292	qC3	4
188
	chr19	47599292	51667608	qD1	1
189
	chr19	51667608	58990576	qD2	3
190
	chr19	58990576	61431566	qD3	1
191
	chr1_GL456210_random	0	169725		1
192
	chr1_GL456211_random	0	241735		1
193
	chr1_GL456212_random	0	153618		1
194
	chr1_GL456213_random	0	39340		1
195
	chr1_GL456221_random	0	206961		1
196
	chr2	0	14080919	qA1	2
197
	chr2	14080919	16427739	qA2	1
198
	chr2	16427739	29100566	qA3	3
199
	chr2	29100566	48344489	qB	1
200
	chr2	48344489	60547953	qC1.1	2
201
	chr2	60547953	61017317	qC1.2	1
202
	chr2	61017317	68527140	qC1.3	2
203
	chr2	68527140	71812688	qC2	1
204
	chr2	71812688	81199968	qC3	4
205
	chr2	81199968	88709792	qD	1
206
	chr2	88709792	101382619	qE1	2
207
	chr2	101382619	105137531	qE2	1
208
	chr2	105137531	113116719	qE3	3
209
	chr2	113116719	115932902	qE4	1
210
	chr2	115932902	123912090	qE5	4
211
	chr2	123912090	131891278	qF1	1
212
	chr2	131891278	134707462	qF2	3
213
	chr2	134707462	141278557	qF3	1
214
	chr2	141278557	146910925	qG1	2
215
	chr2	146910925	147849653	qG2	1
216
	chr2	147849653	152543293	qG3	2
217
	chr2	152543293	159114389	qH1	1
218
	chr2	159114389	163338664	qH2	3
219
	chr2	163338664	173664672	qH3	1
220
	chr2	173664672	182113224	qH4	3
221
	chr3	0	18541182	qA1	2
222
	chr3	18541182	20492885	qA2	1
223
	chr3	20492885	35618587	qA3	4
224
	chr3	35618587	46840881	qB	1
225
	chr3	46840881	56599399	qC	2
226
	chr3	56599399	60990731	qD	1
227
	chr3	60990731	69773397	qE1	3
228
	chr3	69773397	72700952	qE2	1
229
	chr3	72700952	83923246	qE3	2
230
	chr3	83923246	93193838	qF1	1
231
	chr3	93193838	97585170	qF2.1	3
232
	chr3	97585170	106367836	qF2.2	1
233
	chr3	106367836	108319539	qF2.3	3
234
	chr3	108319539	115150501	qF3	1
235
	chr3	115150501	126860721	qG1	2
236
	chr3	126860721	128812425	qG2	1
237
	chr3	128812425	138570942	qG3	4
238
	chr3	138570942	143938126	qH1	1
239
	chr3	143938126	148329459	qH2	3
240
	chr3	148329459	154184569	qH3	1
241
	chr3	154184569	160039680	qH4	3
242
	chr4	0	14882673	qA1	2
243
	chr4	14882673	17763191	qA2	1
244
	chr4	17763191	28325088	qA3	2
245
	chr4	28325088	30245433	qA4	1
246
	chr4	30245433	43687848	qA5	4
247
	chr4	43687848	51849314	qB1	1
248
	chr4	51849314	55209918	qB2	3
249
	chr4	55209918	63371384	qB3	1
250
	chr4	63371384	69612505	qC1	3
251
	chr4	69612505	72012936	qC2	1
252
	chr4	72012936	84015092	qC3	2
253
	chr4	84015092	89776127	qC4	1
254
	chr4	89776127	97457507	qC5	4
255
	chr4	97457507	105618973	qC6	1
256
	chr4	105618973	110899922	qC7	4
257
	chr4	110899922	117621130	qD1	1
258
	chr4	117621130	120501647	qD2.1	3
259
	chr4	120501647	131063544	qD2.2	1
260
	chr4	131063544	133944062	qD2.3	3
261
	chr4	133944062	141625442	qD3	1
262
	chr4	141625442	147866563	qE1	2
263
	chr4	147866563	156508116	qE2	1
264
	chr4_GL456216_random	0	66673		1
265
	chr4_GL456350_random	0	227966		1
266
	chr4_JH584292_random	0	14945		1
267
	chr4_JH584293_random	0	207968		1
268
	chr4_JH584294_random	0	191905		1
269
	chr4_JH584295_random	0	1976		1
270
	chr5	0	14895174	qA1	2
271
	chr5	14895174	16336643	qA2	1
272
	chr5	16336643	25465943	qA3	4
273
	chr5	25465943	33634265	qB1	1
274
	chr5	33634265	35556223	qB2	3
275
	chr5	35556223	50451398	qB3	1
276
	chr5	50451398	58619719	qC1	3
277
	chr5	58619719	61022167	qC2	1
278
	chr5	61022167	71592936	qC3.1	2
279
	chr5	71592936	73514894	qC3.2	1
280
	chr5	73514894	77839300	qC3.3	4
281
	chr5	77839300	81683216	qD	1
282
	chr5	81683216	91293006	qE1	2
283
	chr5	91293006	93695453	qE2	1
284
	chr5	93695453	99461327	qE3	3
285
	chr5	99461327	101863775	qE4	1
286
	chr5	101863775	107629649	qE5	3
287
	chr5	107629649	124927271	qF	1
288
	chr5	124927271	126849229	qG1.1	3
289
	chr5	126849229	127810208	qG1.2	1
290
	chr5	127810208	130693145	qG1.3	3
291
	chr5	130693145	146068809	qG2	1
292
	chr5	146068809	151834684	qG3	3
293
	chr5_GL456354_random	0	195993		1
294
	chr5_JH584296_random	0	199368		1
295
	chr5_JH584297_random	0	205776		1
296
	chr5_JH584298_random	0	184189		1
297
	chr5_JH584299_random	0	953012		1
298
	chr6	0	16637394	qA1	2
299
	chr6	16637394	21530745	qA2	1
300
	chr6	21530745	27402766	qA3.1	2
301
	chr6	27402766	28381436	qA3.2	1
302
	chr6	28381436	34253458	qA3.3	2
303
	chr6	34253458	41593485	qB1	1
304
	chr6	41593485	44529495	qB2.1	4
305
	chr6	44529495	45997501	qB2.2	1
306
	chr6	45997501	50890852	qB2.3	4
307
	chr6	50890852	62634895	qB3	1
308
	chr6	62634895	74378937	qC1	2
309
	chr6	74378937	76825613	qC2	1
310
	chr6	76825613	86122980	qC3	4
311
	chr6	86122980	94441677	qD1	1
312
	chr6	94441677	95909683	qD2	3
313
	chr6	95909683	103249709	qD3	1
314
	chr6	103249709	108632396	qE1	2
315
	chr6	108632396	109611066	qE2	1
316
	chr6	109611066	116951093	qE3	2
317
	chr6	116951093	122823114	qF1	1
318
	chr6	122823114	125269790	qF2	3
319
	chr6	125269790	132120481	qF3	1
320
	chr6	132120481	139460508	qG1	4
321
	chr6	139460508	142885854	qG2	1
322
	chr6	142885854	149736546	qG3	3
323
	chr7	0	15202939	qA1	2
324
	chr7	15202939	18243527	qA2	1
325
	chr7	18243527	28378821	qA3	3
326
	chr7	28378821	34459997	qB1	1
327
	chr7	34459997	37500585	qB2	3
328
	chr7	37500585	47635878	qB3	1
329
	chr7	47635878	54223819	qB4	3
330
	chr7	54223819	60811759	qB5	1
331
	chr7	60811759	71453817	qC	2
332
	chr7	71453817	77028229	qD1	1
333
	chr7	77028229	80575581	qD2	4
334
	chr7	80575581	90204110	qD3	1
335
	chr7	90204110	99832639	qE1	2
336
	chr7	99832639	102366462	qE2	1
337
	chr7	102366462	111488226	qE3	3
338
	chr7	111488226	118582931	qF1	1
339
	chr7	118582931	123143813	qF2	3
340
	chr7	123143813	137333224	qF3	1
341
	chr7	137333224	140880577	qF4	3
342
	chr7	140880577	145441459	qF5	1
343
	chr7_GL456219_random	0	175968		1
344
	chr8	0	15940729	qA1.1	2
345
	chr8	15940729	16878419	qA1.2	1
346
	chr8	16878419	20160333	qA1.3	3
347
	chr8	20160333	29537233	qA2	1
348
	chr8	29537233	33756838	qA3	3
349
	chr8	33756838	44071427	qA4	1
350
	chr8	44071427	48291032	qB1.1	4
351
	chr8	48291032	50166412	qB1.2	1
352
	chr8	50166412	55792551	qB1.3	4
353
	chr8	55792551	59543311	qB2	1
354
	chr8	59543311	67044831	qB3.1	2
355
	chr8	67044831	67982521	qB3.2	1
356
	chr8	67982521	74546350	qB3.3	2
357
	chr8	74546350	80172490	qC1	1
358
	chr8	80172490	84860940	qC2	3
359
	chr8	84860940	90018235	qC3	1
360
	chr8	90018235	91424770	qC4	3
361
	chr8	91424770	95644374	qC5	1
362
	chr8	95644374	103145894	qD1	2
363
	chr8	103145894	104083584	qD2	1
364
	chr8	104083584	110647414	qD3	3
365
	chr8	110647414	123775073	qE1	1
366
	chr8	123775073	129401213	qE2	3
367
	chr9	0	14412120	qA1	2
368
	chr9	14412120	19526099	qA2	1
369
	chr9	19526099	24175170	qA3	3
370
	chr9	24175170	38122384	qA4	1
371
	chr9	38122384	44166177	qA5.1	4
372
	chr9	44166177	46490712	qA5.2	1
373
	chr9	46490712	54859040	qA5.3	4
374
	chr9	54859040	63227369	qB	1
375
	chr9	63227369	69736069	qC	3
376
	chr9	69736069	77639490	qD	1
377
	chr9	77639490	82753468	qE1	3
378
	chr9	82753468	84613097	qE2	1
379
	chr9	84613097	91121796	qE3.1	2
380
	chr9	91121796	91586703	qE3.2	1
381
	chr9	91586703	100884846	qE3.3	2
382
	chr9	100884846	101814660	qE4	4
383
	chr9	101814660	108323360	qF1	1
384
	chr9	108323360	111112803	qF2	3
385
	chr9	111112803	119946038	qF3	1
386
	chr9	119946038	124595110	qF4	3
387
	chrM	0	16299		1
388
	chrUn_GL456239	0	40056		1
389
	chrUn_GL456359	0	22974		1
390
	chrUn_GL456360	0	31704		1
391
	chrUn_GL456366	0	47073		1
392
	chrUn_GL456367	0	42057		1
393
	chrUn_GL456368	0	20208		1
394
	chrUn_GL456370	0	26764		1
395
	chrUn_GL456372	0	28664		1
396
	chrUn_GL456378	0	31602		1
397
	chrUn_GL456379	0	72385		1
398
	chrUn_GL456381	0	25871		1
399
	chrUn_GL456382	0	23158		1
400
	chrUn_GL456383	0	38659		1
401
	chrUn_GL456385	0	35240		1
402
	chrUn_GL456387	0	24685		1
403
	chrUn_GL456389	0	28772		1
404
	chrUn_GL456390	0	24668		1
405
	chrUn_GL456392	0	23629		1
406
	chrUn_GL456393	0	55711		1
407
	chrUn_GL456394	0	24323		1
408
	chrUn_GL456396	0	21240		1
409
	chrUn_JH584304	0	114452		1
410
	chrX	0	15772338	qA1.1	2
411
	chrX	15772338	18236766	qA1.2	1
412
	chrX	18236766	21194080	qA1.3	3
413
	chrX	21194080	28094478	qA2	1
414
	chrX	28094478	33516219	qA3.1	4
415
	chrX	33516219	34501991	qA3.2	1
416
	chrX	34501991	39923732	qA3.3	4
417
	chrX	39923732	47809902	qA4	1
418
	chrX	47809902	56188957	qA5	4
419
	chrX	56188957	63089355	qA6	1
420
	chrX	63089355	69496867	qA7.1	4
421
	chrX	69496867	70975524	qA7.2	1
422
	chrX	70975524	77383037	qA7.3	4
423
	chrX	77383037	82311893	qB	1
424
	chrX	82311893	91183833	qC1	2
425
	chrX	91183833	92169604	qC2	1
426
	chrX	92169604	101041545	qC3	2
427
	chrX	101041545	109913486	qD	1
428
	chrX	109913486	120264083	qE1	2
429
	chrX	120264083	121249854	qE2	1
430
	chrX	121249854	135050651	qE3	2
431
	chrX	135050651	141458163	qF1	1
432
	chrX	141458163	148851447	qF2	3
433
	chrX	148851447	156244731	qF3	1
434
	chrX	156244731	163638015	qF4	3
435
	chrX	163638015	171031299	qF5	1
436
	chrX_GL456233_random	0	336933		1
437
	chrY	0	20642557	qA1	2
438
	chrY	20642557	32684048	qA2	4
439
	chrY	32684048	45298944	qB	3
440
	chrY	45298944	54473414	qC1	2
441
	chrY	54473414	61927671	qC2	3
442
	chrY	61927671	72248949	qC3	2
443
	chrY	72248949	83143632	qD	3
444
	chrY	83143632	91744698	qE	4
445
	chrY_JH584300_random	0	182347		1
446
	chrY_JH584301_random	0	259875		1
447
	chrY_JH584302_random	0	155838		1
448
	chrY_JH584303_random	0	158099		1
b/mm10/dataset
1
mock	images/mock.png	Mock data set	\N	Just a mock data set...
b/mm10/decorInfo
1
knownGene	UCSC genes	\N	2	0	1	http://genome.ucsc.edu/cgi-bin/hgGene?db=mm9&hgg_type=knownGene&hgg_gene=
2
knownGenepromoter	promoters (UCSC genes)	knownGene	2	0	0	\N
3
knownGeneutr3	3' UTRs (UCSC genes)	knownGene	2	0	0	\N
4
knownGeneutr5	5' UTRs (UCSC genes)	knownGene	2	0	0	\N
5
knownGeneexons	exons (UCSC genes)	knownGene	2	0	0	\N
6
knownGeneintrons	introns (UCSC genes)	knownGene	2	0	0	\N
7
refGene	RefSeq genes	\N	2	0	1	http://www.ncbi.nlm.nih.gov/entrez/query.fcgi?cmd=Search&db=Nucleotide&doptcmdl=GenBank&term=
8
refGenepromoter	promoters (RefSeq genes)	refGene	2	0	0	\N
9
refGeneutr3	3' UTRs (RefSeq genes)	refGene	2	0	0	\N
10
refGeneutr5	5' UTRs (RefSeq genes)	refGene	2	0	0	\N
11
refGeneexons	exons (RefSeq genes)	refGene	2	0	0	\N
12
refGeneintrons	introns (RefSeq genes)	refGene	2	0	0	\N
13
ensGene	Ensembl genes	\N	2	0	1	http://www.ensembl.org/Mus_musculus/geneview?gene=
14
ensGenepromoter	promoters (Ensembl genes)	ensGene	2	0	0	\N
15
ensGeneutr3	3' UTRs (Ensembl genes)	ensGene	2	0	0	\N
16
ensGeneutr5	5' UTRs (Ensembl genes)	ensGene	2	0	0	\N
17
ensGeneexons	exons (Ensembl genes)	ensGene	2	0	0	\N
18
ensGeneintrons	introns (Ensembl genes)	ensGene	2	0	0	\N
19
rmsk_ensemble	RepeatMasker Ensemble	\N	4	12	0	\N
20
RNA	RNA	\N	4	0	0	\N
21
DNA	DNA transposon	\N	4	0	0	\N
22
SINE	SINE	\N	4	0	0	\N
23
LINE	LINE	\N	4	0	0	\N
24
LTR	LTR	\N	4	0	0	\N
25
Low_complexity	low complexity	\N	4	0	0	\N
26
Satellite	satellite	\N	4	0	0	\N
27
Simple_repeat	simple repeat	\N	4	0	0	\N
28
Other	other repeats	\N	4	0	0	\N
29
Unknown	unknown	\N	4	0	0	\N
30
phastCons	PhastCons	\N	6	14	0	\N
31
phastCons60wayEuarchontoGlire	euarchontoglires PhastCons	\N	6	14	0	\N
32
phastCons60wayGlire	glires PhastCons	\N	6	14	0	\N
33
phastCons60wayPlacental	placental PhastCons	\N	6	14	0	\N
34
phyloP60wayEuarchontoglire	euarchontoglires PhyloP	\N	6	14	0	\N
35
phyloP60wayGlire	glires PhyloP	\N	6	14	0	\N
36
phyloP60wayPlacental	placental PhyloP	\N	6	14	0	\N
37
phyloP60way	PhyloP	\N	6	14	0	\N
38
cpgIsland	CpG Island	\N	5	0	0	\N
39
gc5Base	GC percent	\N	5	14	0	\N
b/mm10/makeDb.sql
1
-- -------------------
2
--                  --
3
--  mm10
4
--                  --
5
-- -------------------
6
drop table if exists config;
7
create table config (
8
  bbiPath text not null,
9
  seqPath text null,
10
  defaultTracks text null,
11
  defaultMdcategory varchar(255) not null,
12
  defaultGenelist text not null,
13
  defaultCustomtracks text not null,
14
  defaultPosition varchar(255) not null,
15
  defaultDataset varchar(255) not null,
16
  defaultDecor text null,
17
  defaultScaffold text not null,
18
  ideogram_wiggle1 varchar(255) null,
19
  ideogram_wiggle2 varchar(255) null,
20
  hasGene boolean not null,
21
  allowJuxtaposition boolean not null,
22
  keggSpeciesCode varchar(255) null,
23
  information text not null,
24
  runmode tinyint not null,
25
  initmatplot boolean not null
26
);
27
insert into config values(
28
"/srv/epgg/data/data/subtleKnife/mm10/",
29
"/srv/epgg/data/data/subtleKnife/seq/mm10.gz",
30
\N,
31
"Sample",
32
"CYP4Z1\\nCYP2A7\\nCYP2A6\\nCYP3A4\\nCYP1A1\\nCYP4V2\\nCYP51A1\\nCYP2C19\\nCYP26B1\\nCYP11B2\\nCYP24A1\\nCYP4B1\\nCYP2C8",
33
"3,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdSig.gz,1,http://vizhub.wustl.edu/hubSample/mm9/bed.gz,5,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdAlnRep2.gz,100,http://vizhub.wustl.edu/hubSample/mm9/hub.txt",
34
"chr6,52003572,chr6,52426257",
35
"mock",
36
"knownGene,rmsk_ensemble",
37
"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chrX,chrY,chrM",
38
\N,\N,
39
true,
40
true,
41
"mmu",
42
"Assembly version|mm10|Sequence source|<a href=http://hgdownload.cse.ucsc.edu/goldenPath/mm10/bigZips/ target=_blank>UCSC browser</a>|Date parsed|July 31, 2013|Chromosomes|22|Misc|44|Total bases|2,730,871,774|Logo art|<a href=http://free-extras.com/images/mouse-8552.htm target=_blank>link</a>",
43
0,
44
false
45
);
46

  
47

  
48
-- grouping types on genomic features
49
-- table name defined in macro: TBN_GF_GRP
50
drop table if exists gfGrouping;
51
create table gfGrouping (
52
  id TINYINT not null primary key,
53
  name char(50) not null
54
);
55
insert into gfGrouping values (2, "Genes");
56
-- insert into gfGrouping values (3, "non-coding RNA");
57
insert into gfGrouping values (4, "RepeatMasker");
58
insert into gfGrouping values (6, "Sequence conservation");
59
insert into gfGrouping values (5, "Others");
60

  
61

  
62

  
63
drop table if exists decorInfo;
64
create table decorInfo (
65
  name char(50) not null primary key,
66
  printname char(100) not null,
67
  parent char(50) null,
68
  grp tinyint not null,
69
  fileType tinyint not null,
70
  hasStruct tinyint null,
71
  queryUrl varchar(255) null
72
);
73
load data local infile 'decorInfo' into table decorInfo;
74

  
75
drop table if exists track2Label;
76
create table track2Label (
77
  name varchar(255) not null primary key,
78
  label text null
79
);
80
load data local infile 'track2Label' into table track2Label;
81

  
82
drop table if exists track2ProcessInfo;
83
create table track2ProcessInfo (
84
  name varchar(255) not null primary key,
85
  detail text null
86
);
87
load data local infile 'track2ProcessInfo' into table track2ProcessInfo;
88

  
89
drop table if exists track2BamInfo;
90
create table track2BamInfo (
91
  name varchar(255) not null,
92
  bamfile varchar(255) not null,
93
  bamfilelabel varchar(255) not null
94
);
95
load data local infile "track2BamInfo" into table track2BamInfo;
96

  
97
drop table if exists track2Detail;
98
create table track2Detail (
99
  name varchar(255) not null primary key,
100
  detail text null
101
);
102
load data local infile 'track2Detail' into table track2Detail;
103
load data local infile 'track2Detail_decor' into table track2Detail;
104

  
105
drop table if exists track2GEO;
106
create table track2GEO (
107
  name varchar(255) not null primary key,
108
  geo char(20) not null
109
);
110
load data local infile 'track2GEO' into table track2GEO;
111

  
112
drop table if exists track2Categorical;
113
create table track2Categorical (
114
  name varchar(255) not null primary key,
115
  info text not null
116
);
117
load data local infile 'track2Categorical' into table track2Categorical;
118

  
119

  
120
drop table if exists track2VersionInfo;
121
create table track2VersionInfo (
122
  name varchar(255) not null primary key,
123
  info varchar(255) not null
124
);
125
load data local infile 'track2VersionInfo' into table track2VersionInfo;
126

  
127

  
128
drop table if exists track2Annotation;
129
create table track2Annotation (
130
  name varchar(255) not null primary key,
131
  attridx varchar(255) not null
132
);
133
load data local infile "track2Annotation" into table track2Annotation;
134

  
135
drop table if exists track2Ft;
136
create table track2Ft (
137
  name varchar(255) not null primary key,
138
  ft tinyint not null
139
);
140
load data local infile "track2Ft" into table track2Ft;
141

  
142
drop table if exists track2Style;
143
create table track2Style (
144
  name varchar(255) not null primary key,
145
  style text not null
146
);
147
load data local infile "track2Style" into table track2Style;
148

  
149
drop table if exists track2Regions;
150
create table track2Regions (
151
  name varchar(255) not null primary key,
152
    regionname varchar(255) not null,
153
	  regions text not null
154
	   );
155

  
156

  
157
drop table if exists metadataVocabulary;
158
create table metadataVocabulary (
159
  child varchar(255) not null,
160
  parent varchar(255) not null
161
);
162
load data local infile "metadataVocabulary" into table metadataVocabulary;
163

  
164
drop table if exists trackAttr2idx;
165
create table trackAttr2idx (
166
  idx varchar(255) not null primary key,
167
  attr varchar(255) not null,
168
  note varchar(255) null,
169
  description text null
170
);
171
load data local infile "trackAttr2idx" into table trackAttr2idx;
172

  
173

  
174
drop table if exists tempURL;
175
create table tempURL (
176
  session varchar(100) not null,
177
  offset INT unsigned not null,
178
  urlpiece text not null
179
);
180

  
181

  
182
drop table if exists dataset;
183
create table dataset (
184
  tablename varchar(255) not null,
185
  logo varchar(255) null,
186
  name varchar(255) not null,
187
  url varchar(255) null,
188
  description text not null
189
);
190
-- load data local infile "dataset" into table dataset;
191

  
192
drop table if exists mock;
193
create table mock (
194
  tkname varchar(255) not null
195
);
196
load data local infile "mock" into table mock;
197

  
198

  
199
drop table if exists scaffoldInfo;
200
create table scaffoldInfo (
201
  parent varchar(255) not null,
202
  child varchar(255) not null,
203
  childLength int unsigned not null
204
);
205
load data local infile "scaffoldInfo" into table scaffoldInfo;
206

  
207

  
208
drop table if exists cytoband;
209
create table cytoband (
210
  id int null auto_increment primary key,
211
  chrom char(20) not null,
212
  start int not null,
213
  stop int not null,
214
  name char(20) not null,
215
  colorIdx int not null
216
);
217
load data local infile "cytoband" into table cytoband;
218

  
219
/*
220
DROP TABLE IF EXISTS `rmsk`;
221
CREATE TABLE `rmsk` (
222
  `bin` smallint(5) unsigned NOT NULL default '0',
223
  `swScore` int(10) unsigned NOT NULL default '0',
224
  `milliDiv` int(10) unsigned NOT NULL default '0',
225
  `milliDel` int(10) unsigned NOT NULL default '0',
226
  `milliIns` int(10) unsigned NOT NULL default '0',
227
  `genoName` varchar(255) NOT NULL default '',
228
  `genoStart` int(10) unsigned NOT NULL default '0',
229
  `genoEnd` int(10) unsigned NOT NULL default '0',
230
  `genoLeft` int(11) NOT NULL default '0',
231
  `strand` char(1) NOT NULL default '',
232
  `repName` varchar(255) NOT NULL default '',
233
  `repClass` varchar(255) NOT NULL default '',
234
  `repFamily` varchar(255) NOT NULL default '',
235
  `repStart` int(11) NOT NULL default '0',
236
  `repEnd` int(11) NOT NULL default '0',
237
  `repLeft` int(11) NOT NULL default '0',
238
  `id` char(1) NOT NULL default '',
239
  KEY `genoName` (`genoName`(14),`bin`)
240
);
241
load data local infile 'rmsk.txt' into table rmsk;
242
*/
b/mm10/metadataVocabulary
1
mock term	Sample
2
11	mock term
3
12	mock term
4
13	mock term
5
14	mock term
6
15	mock term
7
16	mock term
8
17	mock term
9
18	mock term
10
19	mock term
11
20	mock term
12
21	mock term
13
22	mock term
14
23	mock term
15
24	mock term
16
25	mock term
17
26	mock term
18
27	mock term
19
28	mock term
20
29	mock term
21
30	mock term
b/mm10/mock
1
mock1
2
mock2
3
mock3
4
mock4
5
mock5
6
mock6
7
mock7
8
mock8
9
mock9
10
mock10
11
mock11
12
mock12
13
mock13
14
mock14
15
mock15
16
mock16
17
mock17
18
mock18
19
mock19
20
mock20
b/mm10/scaffoldInfo
1
ROOT	chromosome	0
2
ROOT	other	0
3
chromosome	chr1	195471971
4
chromosome	chr10	130694993
5
chromosome	chr11	122082543
6
chromosome	chr12	120129022
7
chromosome	chr13	120421639
8
chromosome	chr14	124902244
9
chromosome	chr15	104043685
10
chromosome	chr16	98207768
11
chromosome	chr17	94987271
12
chromosome	chr18	90702639
13
chromosome	chr19	61431566
14
chromosome	chr2	182113224
15
chromosome	chr3	160039680
16
chromosome	chr4	156508116
17
chromosome	chr5	151834684
18
chromosome	chr6	149736546
19
chromosome	chr7	145441459
20
chromosome	chr8	129401213
21
chromosome	chr9	124595110
22
chromosome	chrM	16299
23
chromosome	chrX	171031299
24
chromosome	chrY	91744698
25
other	chr1_GL456210_random	169725
26
other	chr1_GL456211_random	241735
27
other	chr1_GL456212_random	153618
28
other	chr1_GL456213_random	39340
29
other	chr1_GL456221_random	206961
30
other	chr4_GL456216_random	66673
31
other	chr4_JH584292_random	14945
32
other	chr4_GL456350_random	227966
33
other	chr4_JH584293_random	207968
34
other	chr4_JH584294_random	191905
35
other	chr4_JH584295_random	1976
36
other	chr5_JH584296_random	199368
37
other	chr5_JH584297_random	205776
38
other	chr5_JH584298_random	184189
39
other	chr5_GL456354_random	195993
40
other	chr5_JH584299_random	953012
41
other	chr7_GL456219_random	175968
42
other	chrX_GL456233_random	336933
43
other	chrY_JH584300_random	182347
44
other	chrY_JH584301_random	259875
45
other	chrY_JH584302_random	155838
46
other	chrY_JH584303_random	158099
47
other	chrUn_GL456239	40056
48
other	chrUn_GL456367	42057
49
other	chrUn_GL456378	31602
50
other	chrUn_GL456381	25871
51
other	chrUn_GL456382	23158
52
other	chrUn_GL456383	38659
53
other	chrUn_GL456385	35240
54
other	chrUn_GL456390	24668
55
other	chrUn_GL456392	23629
56
other	chrUn_GL456393	55711
57
other	chrUn_GL456394	24323
58
other	chrUn_GL456359	22974
59
other	chrUn_GL456360	31704
60
other	chrUn_GL456396	21240
61
other	chrUn_GL456372	28664
62
other	chrUn_GL456387	24685
63
other	chrUn_GL456389	28772
64
other	chrUn_GL456370	26764
65
other	chrUn_GL456379	72385
66
other	chrUn_GL456366	47073
67
other	chrUn_GL456368	20208
68
other	chrUn_JH584304	114452
b/mm10/track2Annotation
1
mock1	11
2
mock2	12
3
mock3	13
4
mock4	14
5
mock5	15
6
mock6	16
7
mock7	17
8
mock8	18
9
mock9	19
10
mock10	20
11
mock11	21
12
mock12	22
13
mock13	23
14
mock14	24
15
mock15	25
16
mock16	26
17
mock17	27
18
mock18	28
19
mock19	29
20
mock20	30
b/mm10/track2Categorical
1
rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
b/mm10/track2Detail
1
mock20	\N
2
mock19	\N
3
mock18	\N
4
mock13	\N
5
mock12	\N
6
mock11	\N
7
mock10	\N
8
mock17	\N
9
mock16	\N
10
mock15	\N
11
mock14	\N
12
mock9	\N
13
mock8	\N
14
mock3	\N
15
mock2	\N
16
mock1	\N
17
mock7	\N
18
mock6	\N
19
mock5	\N
20
mock4	\N
b/mm10/track2Detail_decor
1
knownGene	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
2
knownGenepromoter	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
3
knownGeneutr3	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
4
knownGeneutr5	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
5
knownGeneexons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
6
knownGeneintrons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/knownGene.txt.gz
7
refGene	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
8
refGenepromoter	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
9
refGeneutr3	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
10
refGeneutr5	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
11
refGeneexons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
12
refGeneintrons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
13
ensGene	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/refGene.txt.gz
14
ensGenepromoter	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/ensGene.txt.gz
15
ensGeneutr3	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/ensGene.txt.gz
16
ensGeneutr5	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/ensGene.txt.gz
17
ensGeneexons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/ensGene.txt.gz
18
ensGeneintrons	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/ensGene.txt.gz
19
rmsk_ensemble	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
20
RNA	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
21
DNA	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
22
SINE	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
23
LINE	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
24
LTR	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
25
Low_complexity	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
26
Satellite	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
27
Simple_repeat	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
28
Other	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
29
Unknown	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/rmsk.txt.gz
30
phastCons	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phastCons60way/mm10.60way.phastCons.bw
31
phastCons60wayEuarchontoGlire	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phastCons60way/mm10.60way.phastCons60wayEuarchontoGlire.bw
32
phastCons60wayGlire	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phastCons60way/mm10.60way.phastCons60wayGlire.bw
33
phastCons60wayPlacental	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phastCons60way/mm10.60way.phastCons60wayPlacental.bw
34
phyloP60wayEuarchontoglire	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phyloP60way/mm10.60way.phyloP60wayEuarchontoglire.bw
35
phyloP60wayGlire	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phyloP60way/mm10.60way.phyloP60wayGlire.bw
36
phyloP60wayPlacental	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phyloP60way/mm10.60way.phyloP60wayPlacental.bw
37
phyloP60way	Download date=Jul-31-2013; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/phyloP60way/mm10.60way.phyloP60way.bw
38
cpgIsland	Download date=Jul-31-2013; Parsed by=in house script; Download from=http://hgdownload.soe.ucsc.edu/goldenPath/mm10/database/cpgIslandExt.txt.gz
39
gc5Base	Download date=Jul-31-2013; Parsed by=hgGcPercent in Kent utils
b/mm10/track2Ft
1
mock1	2
2
mock2	2
3
mock3	2
4
mock4	2
5
mock5	2
6
mock6	2
7
mock7	2
8
mock8	2
9
mock9	2
10
mock10	2
11
mock11	2
12
mock12	2
13
mock13	2
14
mock14	2
15
mock15	2
16
mock16	2
17
mock17	2
18
mock18	2
19
mock19	2
20
mock20	2
b/mm10/track2Label
1
mock20	mock20
2
mock19	mock19
3
mock18	mock18
4
mock13	mock13
5
mock12	mock12
6
mock11	mock11
7
mock10	mock10
8
mock17	mock17
9
mock16	mock16
10
mock15	mock15
11
mock14	mock14
12
mock9	mock9
13
mock8	mock8
14
mock3	mock3
15
mock2	mock2
16
mock1	mock1
17
mock7	mock7
18
mock6	mock6
19
mock5	mock5
20
mock4	mock4
b/mm10/track2Style
1
cpgIsland	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
2
DNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
3
ensGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
4
ensGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
5
ensGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
6
ensGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
7
ensGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
8
ensGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
9
knownGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
10
knownGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
11
knownGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
12
knownGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
13
knownGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
14
knownGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
15
LINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
16
Low_complexity	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
17
LTR	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
18
Other	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
19
refGene	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
20
refGeneexons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
21
refGeneintrons	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
22
refGenepromoter	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
23
refGeneutr3	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
24
refGeneutr5	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)'
25
RNA	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
26
Satellite	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
27
Simple_repeat	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
28
SINE	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
29
Unknown	'textcolor':'rgb(0,0,0)','fontsize':'8pt','fontfamily':'sans-serif','fontbold':false,'bedcolor':'rgb(0,77,153)','isrmsk':true
30
phastCons	\N
31
phastCons60wayEuarchontoGlire	\N
32
phastCons60wayGlire	\N
33
phastCons60wayPlacental	\N
34
phyloP60wayEuarchontoglire	\N
35
phyloP60wayGlire	\N
36
phyloP60wayPlacental	\N
37
phyloP60way	\N
38
gc5Base	\N
b/mm10/trackAttr2idx
1
11	1	mock
2
12	2	mock
3
13	3	mock
4
14	4	mock
5
15	5	mock
6
16	6	mock
7
17	7	mock
8
18	8	mock
9
19	9	mock
10
20	10	mock
11
21	11	mock
12
22	12	mock
13
23	13	mock
14
24	14	mock
15
25	15	mock
16
26	16	mock
17
27	17	mock
18
28	18	mock
19
29	19	mock
20
30	20	mock
b/mm9/decorInfo
88 88
wgEncodeCrgMapabilityAlign40mer	40mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
89 89
wgEncodeCrgMapabilityAlign50mer	50mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
90 90
wgEncodeCrgMapabilityAlign75mer	75mer alignability ENCODE/CRG(Guigo)	\N	7	14	0	\N
91
ILS_test_File	Phillip Test Track	\N	4	12	0	\N
b/mm9/makeDb.sql
34 34
"3,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdSig.gz,1,http://vizhub.wustl.edu/hubSample/mm9/bed.gz,5,http://vizhub.wustl.edu/hubSample/mm9/wgEncodeLicrHistoneBatInputMAdult24wksC57bl6StdAlnRep2.gz,100,http://vizhub.wustl.edu/hubSample/mm9/hub.txt",
35 35
"chr6,51999773,chr6,52368420",
36 36
"longrange,encode",
37
"knownGene,rmsk_ensemble",
37
"knownGene,rmsk_ensemble,ILS_test_File",
38 38
"chr1,chr2,chr3,chr4,chr5,chr6,chr7,chr8,chr9,chr10,chr11,chr12,chr13,chr14,chr15,chr16,chr17,chr18,chr19,chrX,chrY,chrM",
39 39
\N,\N,
40 40
true,
b/mm9/track2Categorical
1 1
rmsk_ensemble	1:['SINE - short interspersed nuclear elements','#cc0000'], 2:['LINE - long interspersed nuclear element','#FF6600'], 3:['LTR - long terminal repeat element','#006600'], 4:['DNA transposon','#4A72E8'], 5:['Simple repeat, micro-satellite','#AB833B'], 7:['Low complexity repeat','#663333'], 6:['Satellite repeat','#660000'], 9:['Other repeats','#488E8E'],8:['RNA repeat','#cc33ff'], 10:['Unknown','#5C5C5C']
2
ILS_test_File	24:['type24','#ffffff'], 25:['type25','#ffffff'], 20:['type20','#afeeee'], 21:['type21','#e0ffff'], 22:['type22','#ffffff'], 23:['type23','#ffffff'], 1:['type1','#e9967a'], 3:['type3','#ff0000'], 2:['type2','#dc143c'], 5:['type5','#b22222'], 4:['type4','#ff4500'], 7:['type7','#008000'], 6:['type6','#b22222'], 9:['type9','#adff2f'], 8:['type8','#008000'], 11:['type11','#ffa500'], 10:['type10','#adff2f'], 13:['type13','#ffa500'], 12:['type12','#ffa500'], 15:['type15','#ffff00'], 14:['type14','#ffa500'], 17:['type17','#c0c0c0'], 16:['type16','#dcdcdc'], 19:['type19','#4682b4'], 18:['type18','#5f9ea0'], 26:['type26','#e9967a'], 27:['type27','#ff0000'], 28:['type28','#dc143c'], 29:['type29','#b22222']

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