| Tag | Content |
|---|
EnhancerAtlas ID | HS188-10675 |
Organism | Homo sapiens |
Tissue/cell | Th2 |
Coordinate | chr5:180115260-180117970 |
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| ONECUT2 | MA0756.1 | chr5:180116727-180116741 | TTTATTGATTATTT | - | 6.4 | | ONECUT3 | MA0757.1 | chr5:180116727-180116741 | TTTATTGATTATTT | - | 6.91 | | TCF7L2 | MA0523.1 | chr5:180116978-180116992 | TTTCTTTGATCTTA | - | 6.27 | | ZIC1 | MA0696.1 | chr5:180117657-180117671 | CACAGCAGGTGGTG | - | 6.04 | | ZIC3 | MA0697.1 | chr5:180117656-180117671 | GCACAGCAGGTGGTG | - | 6.03 |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 2 | Chromosome | Start | End |
| chr5 | 180116025 | 180116583 | | chr5 | 180116788 | 180117090 |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH05I180688 | chr5 | 180115116 | 180118389 |
|
Enhancer Sequence | CTCAGATAAT CTGAGTAGGC TTATATCTAT TACAGAAATT GAATCAATAA GAACTTTTTT 60
AAAAATGCAT TTTTAAAAAT GATTTTACTG AATTCTACCT AATTCTTACA AGGGAAAACA 120
TAGTCTTATT ATATACACAG CTGATTAAAA TTCTAAACAT TTACCCAGTT ACATTTTAAA 180
ATTATGCCCA TTGCAAAATC TGCACGAGAA TGAGGGCAGC TGTATTCACA ATCACCTGAA 240
CGGGAAGCAG CTGAGATGCT CTTCAGGCAG TGAGTGCAGC CACCCACATT GTTACAGGAA 300
CCCAGTGGAA CATGATTCAC TGATAAAACT TAGTAAGCCG TTAAGCTAAA AAAGATAGGA 360
AAAATCTTGC ATGCATATTG CTAAGTGAAA TCAGTTAGTC CTAAGTGACT GCATACTTTA 420
TGATTCCAAT TCTATAGAAT CTGGGGAAAG AAAATCGACA GAGGCAGTAA AATAAATGAT 480
ATTTTATTTT ACTCATGTTT TGAGTGTGAA ACTTTTCTGT CTGGGTGATG AATGACATTA 540
TGAGTTTGTC AAAATCCGTA GGCTGAACAA CACCGGGTGA GCCTTACTGC AAACTCTAGA 600
CGTTCATTAA GAAGAAGATG ATATCACTAT TGCTTCAGCC ACTATAACAA ATGCACCACA 660
TTCATGTAAG ATGTGATCAC AAAAAAGATA CTGAGGGGGG AGGGTATATG GGAACTTTCT 720
GTACTATTTC AATTTTTATG TTAATTTACA AGTTTCACAT GATCTCCATT TGTTTGAAAA 780
CGCAGCAACA TGATCTCAGG AAGAGTTCCA TTTTAGCCAA TGTCTAACAA TCAGCGAAAT 840
ATCTAAACCT TGCATTGAGA TGTTCTTTAC TATTAAAAGT GAACCAAACT TGAAGCGGAA 900
ATACAGTCAC TAGTGACTGA CTAGTGCTAC ACTAGTCAAT TTGCACACAT GAAATAAAGA 960
AGATACAGTG TAGCAACGTC AGAGTGGTCT GAAGTGTGGG ACACTGAAGA ATGTGGAATC 1020
CTTATGCTTG CGAGGGTGAG TAACTGAATT TCCACAGTAC CTCTACGTCG CTGCTCTTCA 1080
GGGGGCAAAT TAGGATCAGG GCGCATATGC GCTCTAAATC TGTGCGTAGA TTCCTGCTGA 1140
TCCAAGGAGT TATCTGGGAA ATGTAAGAAA ATAAAGACAG CTGTTGACAT CTTGCTGCAA 1200
AAGACCATAA AGAAATGAGG AATCGTTTAT TCACAGTTCA ACCCATTTCC TGTGTTCCCC 1260
GAGAACACTG TGCTGCCAGC GAGCTGTACT TTGAAGTGGT GGCCTGCCTC TTCACATCTG 1320
TGGGTATTTC TAGTCGGGTG GGATGAGAGA CTGAGAAAAG AAGTAAGACA CAAAGACAAA 1380
GTATAGAGAA ATAACAGTGG GCCTAGGGGA CTGGCACTTA ACATACTAAG GACTTGCACT 1440
GGCACTGGTT TCTGAGTTCT TTCAGTTTTT ATTGATTATT TTTATTATTT CAGCAAAAAG 1500
GAATGTAGTA GGAGGGCAGT GTGATAATAA GAAGAAGGTC AGCAAAAAAC ATGTGAGCAA 1560
AAGAATCTGT GTCATAATTA AGTTTAAGGG AAGGTAATGT GCCTGGATGT GGACGTAGGC 1620
CAGATTTATG TCTCTTTCTA CTTAAACATC TTAGCGGAGT AAAGAATAAC AAAGCAGCAT 1680
TGCTGTAAAC ATGTCTTGCT TCTTACTATC GGGCGGTTTT TCTTTGATCT TAGAATTGAA 1740
CAAATGTACA GTCGGGTTTT ATACTGAGAC ATTCAGTTCT TAGGAGCAGG CAGGAGACAG 1800
TGGCCTTCTT CTATCTTAAC TGCAAGAGGC TTTCTTTTTT TACTAATCTA CTTTAGCACA 1860
GACTTTTTAC AGGTGTCGGG CTGGGGGACG GTCAGGTCTT TCTTATGAGG CTATATTTCA 1920
GACTATCACA TGGGGAGAAA CTTTGGACAA TACTTCACTT TCAAGGGCAG AGGTCCTTGC 1980
GGCTTTCTAC AGTGCGTTGT GCCTTTGGTT TATTGAGACT AGAGAATGGC GATGACTTTT 2040
ACTAAGTATA CTGCTTGTAA ACATTTTGTT AACAAGGCAC GTCCTGCACA GCCTTAGATC 2100
CTTTAAACTT TGATTGTATA CAACACATGT TTTTGTAAGC TCTAGGTTGG GTCAAAGTAG 2160
TTGGGTCAAA GTGGCTGGGG CAAAGCTACA GATTAACGTC TCAGCAAAGC AATGGTTCAA 2220
AGTACAGGTC TTTTTCAAAA TGGAGTCTCT TATGTCTTCC TTTTCTACAT AGACACAGTA 2280
ACAGTCTGAT CTCTCTTTTC CCTACACAGT TTTCCTTTCT AAATGGGAAA TGGATTAAAT 2340
CAGGGGTCCC CAACCCCTGG GCCATCGATA GTGTGTGGCC TGTTTGGAAC TGGGCTGCAC 2400
AGCAGGTGGT GAGCAGCCAG CTGGGAGCAA AGCTTCATCT GTATTTACAG CCGCTCCCCG 2460
TCACTCCCAT CACCGCCTGA GTTCCACCTC CTGTCAGATT AGCCAGGGCA TTAGCTTCTC 2520
ATAGAAGCGC AAACCCTACT GTGAGCTGCA CAGGCCAGGG ATCCAGGCTG CATGTGCTTT 2580
ATGAGAATAA ATGCCTGATG ATGGGTCACT GTCTCCCATC ACCCCCAGAT GGGACTGTCT 2640
CGTTGCAGGA AAACAAGCTC AGGGCTCCCA CTGATTCTAC CTTATGGTGA GTTGTAGAAT 2700
TACTTCATTA 2710
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