Tag | Content |
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EnhancerAtlas ID | HS105-06332 |
Organism | Homo sapiens |
Tissue/cell | IMR90 |
Coordinate | chr1:201747440-201749540 |
TF binding sites/motifs | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
ZNF263 | MA0528.1 | chr1:201747702-201747723 | GGAGGAGAAGAGGGGAAGAGG | + | 6.55 |
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| Number of super-enhancer constituents: 15 | ID | Coordinate | Tissue/cell |
SE_00040 | chr1:201745332-201751550 | Adipose_Nuclei | SE_01629 | chr1:201746669-201747701 | Aorta | SE_01629 | chr1:201748126-201749131 | Aorta | SE_01629 | chr1:201749326-201750697 | Aorta | SE_03914 | chr1:201746983-201748046 | Brain_Anterior_Caudate | SE_03914 | chr1:201748999-201750122 | Brain_Anterior_Caudate | SE_04809 | chr1:201745481-201753264 | Brain_Cingulate_Gyrus | SE_05808 | chr1:201748780-201753506 | Brain_Hippocampus_Middle | SE_06734 | chr1:201747045-201748001 | Brain_Hippocampus_Middle_150 | SE_06734 | chr1:201749203-201750946 | Brain_Hippocampus_Middle_150 | SE_07736 | chr1:201747053-201751153 | Brain_Inferior_Temporal_Lobe | SE_40673 | chr1:201747519-201749186 | Left_Ventricle | SE_40673 | chr1:201749216-201750621 | Left_Ventricle | SE_45607 | chr1:201745645-201751580 | Osteoblasts | SE_55676 | chr1:201746885-201748499 | u87 |
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| Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | Number of disease enhancers: 4 | Chromosome | Start | End |
chr1 | 201747512 | 201747651 | chr1 | 201747769 | 201748146 | chr1 | 201748651 | 201748870 | chr1 | 201749099 | 201749169 |
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| Number: 1 | ID | Chromosome | Start | End |
GH01I201776 | chr1 | 201745333 | 201753506 |
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Enhancer Sequence | AAGAGCTTTC TTTGCCTCAC GACCTTGATT ACCAATAATT AATCTCAGAT GAAATATTCA 60 GTGCTACAGG CTTCCTCTGT CTTTGACTTA GAGAACATGC TGAGAATAGT TTGTTTGCTT 120 GCTTGCCAAA GATCTTATCT TGACCTGGAA GAGCTGATAG GATCATAAAA CCAGCATTGA 180 TCTTTCCTCA GTATTCTTTC TCTACAAAGT GAGGGGGTAT GACATCTTAG CCCAGGACAA 240 ATGTGAGGTT TAATATACAT CAGGAGGAGA AGAGGGGAAG AGGTTGATTG TCATTCAATA 300 ACGGCTATAT TTCATAGTCA TAAAATTTAA AGAACTCTGT AGTGTGTTCT AATCCCCATG 360 CTTTCTTTGC TCTTTCTCAA TGTATTTGGA TAAATCACTA CAGAGCAACA AAGCCAAAAT 420 GTCCAAACCA CCCACTTTCC TATTCCCAGC ACATGAATTA GAGGGAGCCA GCTGAGATCT 480 GGGCCAACCA CTTAGATGAC TTGCATGTCT GATTTTTGTT CCATGATATG AAACTCAGAA 540 TAAATCAAAA AGAAAAATTT TTTCAGATAG CAGCTAATTC ACACAAAAAA ATCTTCAGCC 600 TTTTAGTCCT TGCATATATG CAATGCTGAT AAACAAACCT ACTCTGCACA CAGATAACAA 660 GGATTTAGAA GTTAATTCCT ACCGGCACAA ACAAATACTC ATGTATAGCA GTCTTACTGA 720 ACTTCCGTGT TCAGTTTTAG GCTGTAAAAC TTGAGTGAAA TCTGAAGAAC TTTTTAAGGT 780 CCAAAAGGAA TTGAGAAAGA CTTGGAAAAC AGGACCTTTG AAGAAAGCTT ACAGGAGACA 840 GAATTCGAGC TTAGAAAACA ATGCATGTGA TCGAAAAGAA ATGTGAATAG CAAAGATAGA 900 ATAAGAGGAA ATTAATATAA ATGGTAGAGG AGGCTAGTTT TGAGGCTAAG GGTAAACTTT 960 CTGACTGAAA CTTGTTAAAC CCAAAAATGA ACAGCCAGGC CAGGCACGGT GGCTCACGCC 1020 TATAATCCCA GCACTTTGGG AGGCTGAGGC GGGCAGATCA CTTGAGGTCA GGGGTTCAAG 1080 ACCAGCCTGG CCAACATGGT GAAACCCTGT CTCTACTTAA AAAAAAAAAA AAAATAGTAG 1140 CTGGGTGTCG TGGCGGGTGC CTGTAATCCC AGCTTCTTGA GAGGCTGAAG CAGGAGAATT 1200 GCTTGAACCT GGGAGGCGGA GGTTGCAGGG AGCTGTAATT GTGCCACTGC ATTCCAGCCT 1260 GGGGCAACAG AGCAGGACTC CGTCTCAAAA AAAAAAAAAA AAAAAAAAAG AACAGCCAAA 1320 TGAATGTTTG TAGAGCTCAA GCTACAAAGA TATGGAGGTT GTAGTAAGTT CACTTAGTGC 1380 ATGAAGTAGC GTTTTTGGAT ACAGATGTTT ACAGATAAAG ATGTTTAACA GCAGTATCTC 1440 CCTAATACCA CAGACCTGAT ATTCCAAGCA ATTGGCAGAG AAATGAATCC ATTCAGCACA 1500 AATTTGGCCC CTCTACATGG CCACAGCACC TTAGATTTGG TTCACTTAAC AGAAGAACAG 1560 TATGTTCTGT TTAGAAGCAG GACCCGATCC CAGGATAGGG TGAACTGCAT AAACGGAGGC 1620 TCAATGAGAA ATGATAAAAG TCTAAGAGGT TCTAGAAAAG AGAAATCTTT TTCTGGGCCT 1680 CATTACCAGT TATAGACATT TTTAGAAAAG GAGGGGGAGA ATAGATGCAG AACGCGTCTA 1740 AAAATGAACA AAGATATGTT AATTTTAAGA ATGGAGGTTG TTTACAGGGA GAGTAAATTG 1800 GTTTGTATAA TTAGATTGAT CCAAAAATTA CCTTGCCTTT ATAAAATACC TTTCTGTTAA 1860 GAAGATACAA CGTTTTCTCT TGCCAGATAA AGGCAGAGTC TCTTCCTTTT GTAAAAGAAC 1920 ATCACCAAAT TACAAGGAAG TTTAAGTCAC ACTTTGAGTT GCTGACAAAC CTAGGACAAA 1980 CCCCCAGGTT TTCTCCTTTT GGCTAGCCTA TATACTGGTG CAGAGCCATT CTTGCATCAA 2040 TGTGAAACAT TTATTTTTTG CCTGGGCTTC TGTTTTAACG ATTGACCTTC ATCTCTCCTG 2100
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