| Tag | Content |
|---|
EnhancerAtlas ID | HS159-00532 |
Organism | Homo sapiens |
Tissue/cell | Pancreatic_islet |
Coordinate | chr1:227063250-227065910 |
Target genes | |
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| BCL6 | MA0463.2 | chr1:227065744-227065760 | CTGCTTTCCAGGGATT | + | 6.14 | | IRF1 | MA0050.2 | chr1:227065766-227065787 | TTTTTCTTTTTCTTTTTCTTT | + | 6.17 | | IRF1 | MA0050.2 | chr1:227065772-227065793 | TTTTTCTTTTTCTTTCTTTTT | + | 6.68 | | ZEB1 | MA0103.3 | chr1:227063797-227063808 | CCCACCTGCCC | + | 6.14 | | ZNF263 | MA0528.1 | chr1:227064673-227064694 | TTTTTCCACTCCTCCTCCTCC | - | 6.93 |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 2 | Chromosome | Start | End |
| chr1 | 227063460 | 227063971 | | chr1 | 227065345 | 227065723 |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH01I226873 | chr1 | 227061434 | 227064266 |
|
Enhancer Sequence | GGTAAGTGCA GTGACTCCCA ACCTGCTTTT GAACCCTCTT TTTCCATTAG GATTTTCTCC 60
GTGGAGGCAG ATTTCCATGG GAGTTTGCTG TGGCATTTTG AAATCTGTTT CTTACCTAGT 120
TCCATTGGCC TTAAATGTTA AGGCCAAAGC CTTTACATTT CTCTGTAATG AAAAGAAGGT 180
CGAGGAAATT GGGTCATTGG GTTTCCATAA TGATTGCAGG AACTGCTGAC ACAAGCACGG 240
CTGGGGAGAT TCTCTAGGTC AGACTCCCTT GGTTTGGCTA ATTCAGCAGT TTGATCCCAT 300
TCAGCTGATT AATGGGAATG TGCAGTGGCT TCTTTGGATG TTTGATTTTG CATCCTAATC 360
CAAAGCAGCT ATCAGCCTCA GCACTTCCTT GTTGGAAGGC TTTCCAGAAC GTAGTCTATG 420
TTGGACACTT CCTTCTGCCT CTCTGCATTT TCCTGCCACT TCTCTAGAGA ATGGGGTGCA 480
GGGGGTGGGA GACGGGGAAA GCTGGTCGCT GAGTGGCTGA TGGGACTTGA CATCACCCAG 540
CCCCACCCCC ACCTGCCCGT GAGTCAGCCT CCGGGGAGAG TTCATCGCGT CACCGGCACT 600
CTAATGTGGA CAGACACCTA GCAGTGTTGT TTATCTGCAC ACGTTTGGGT GGTGATTTTT 660
CCCTCCAAGG ATTTCAGAGC ACCAGCAGGC TTCAGAGCAG ACTTAGGTGG CTTGCAAAGC 720
AGGCCCTCAG GAATTCAGAG GGTAGCAGAA GTCCATCCCA GATGCTCTGT TTTCCTTCAG 780
GAGCTAGGTA AATCAGAGGG GCTGAGGGAC AAATGAAAAA AGTTACAGCC TTTGAGTCCC 840
ATCTGCTCCT CCTGGCCAAT GAGAGGGGAT CTGGGAGGGG CAGATGTAGA GGAAAATCTG 900
TCTAAATGTT GATGCTCGTT ATTTTCCTTT AAAGAATTAA TAGCCTAAAA TAAACCCTAC 960
AGATACAGTC TGTGTTTATT ATGGCGACTT AGAGAAATGC AGAAAAATAT CAAGAAAATA 1020
AAAACCACTC TTGGTTCTAC CATGCAAAGA TAATCATCTT TAATGTTTTG TAATATTTCC 1080
GATCTTTTAT ATACATACAT TTTATAAGGA CATTCAGATG ATCAGGTTCG TAAAGTTTTA 1140
TGTTCGGTTA AATTTAACAG CGTGTCATTG TTCAGGTTAT TAAATGTTTG AAATAAGATT 1200
TTTGGTGGTC CTGTCACAGT CTCCATGAAG TAGCATTTCA GGATCGAAAG GTATGCTGTG 1260
TTTAAAGTGT TGATTCTTAC TCCTTTCAGT TAAGGCCAGT GCAGTTTGTC CAGGTAGTGA 1320
CTGAGACCCA GTTTTTCCAC ACTCTCCTCC GCAGTGGGCA TTGTTTTGGG CCTTTTTCAG 1380
CCCAAGAGCT CTCTTCTCCC CATGCCGCTC TGCTGGTCTG AGATTTTTCC ACTCCTCCTC 1440
CTCCCTAGTT GCTCTCTGAC CAGACTCTAG GTATTCAGGA GAAAGTGTTC ATTGTCTCAC 1500
TCTCTCATGT GGCAATCAAG TAGTGCCAAG CAGTGAGAGG GTGAAGGTGG GTGGGTGAGG 1560
GACACTCACC TTGCTGAGAA AGGGCCCCAG CCTGTTCGGG TGATTATAAA GCAGAGACAG 1620
TGCCAGGAAA AGTCTGACAC TGGCTGAGAA TCACCCGGGG ACCAACCATC CCGAATGCGG 1680
ATCCCTGACA CTGGGTGAGG ATGGAGCTTG GAGATCTGCA TTGTTAATAA GCAGCCTAGC 1740
AGAGTGGTGA AGAGTCCAGA CACACTACCT AGGTCCAAGG GTAACCTTGA GCTAATTACT 1800
TTTTGAGCCT CTGTTTCCTC ATCAGTACCA TGGGGAAGAA TAGTAGCACC TTGCTCCAGG 1860
ATGTTTAGTG CCGGCTAAGG GCTCAGCAGG TGCTGGTCCA TCTCCACCAG CCCCCAGTGG 1920
CCTGGGCCAC CTTTGAGAAA CAGTGATCCT AAGGGATTCA GCATTTCCTA AGTTGGTGCC 1980
TCCCACCTGT CACCCCCACC CCACCAGGCT AGGAGGGTTG TGATTAGAGG GTGCCCTTGC 2040
TGTGACAGCT GAGACTAGCT CTTCCCTGAT TATTCCTTAA TGACAGCTCT CTCCTTCCCT 2100
GCTTTCTTGA AGTCTTGGTC CTCGTTGTTG TGGGCACAGC TTCAGGGGAG GCCTTGGAGG 2160
AATTTTTGAA AGTGGAATGA GGGAAGCAGC CTGCTCAAGG GAACACTTGT TTTCTGGTGA 2220
GGAGGCCGCA TGTATGAATG ACGTTTGTGG GTTAGAAAGC ATGTTTTGTA GTTTTTCCTT 2280
GTTTCTTCCT GAAGACATGT CAGGTCTTGA TGAGACCGGG CCTGGGCACA GGGCAGGCAG 2340
TCAGCGAGTG TGGATGATGA CGACAGTGGT CACCAGGTCA CTGTCTAGAC CAGGTCACTG 2400
TCTAGCGCAG TGTCACATGG AAAGGGTATG GTCCTTTAAC CCTACCCTCC CCAGCACAAC 2460
TATCACAGAT GTCAGGGAAC CTCTGCTCAC AGAACTGCTT TCCAGGGATT GTCTTTTTTT 2520
TCTTTTTCTT TTTCTTTCTT TTTTTTTTGA GACAGAGTCT CACTCTGTCG CCCAGGCTGA 2580
AGTGCAGTGG TGCGATCTCA GCTCACTGCA GCCTCCGCCT CCTGGGTTCA AGTGATTATC 2640
TTGCTACAGC CTTCTGAGTA 2660
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