| Tag | Content |
|---|
EnhancerAtlas ID | HS176-27169 |
Organism | Homo sapiens |
Tissue/cell | SK-N-SH |
Coordinate | chr3:120150210-120153870 |
SNPs | | Number: 1 | ID | Chromosome | Position | Genome Version |
|
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| CDX2 | MA0465.1 | chr3:120150866-120150877 | TTTTATGGCTC | - | 6.14 | | NFIA | MA0670.1 | chr3:120152009-120152019 | GGTGCCAAGT | + | 6.02 | | NKX2-3 | MA0672.1 | chr3:120150623-120150633 | TTCAAGTGGT | - | 6.02 | | Nr2f6(var.2) | MA0728.1 | chr3:120153849-120153864 | GAGGTCAGGAGTTCA | + | 6.22 | | SOX10 | MA0442.2 | chr3:120151794-120151805 | TGCTTTGTTTT | - | 6.02 |
|
| | Number of super-enhancer constituents: 22 | ID | Coordinate | Tissue/cell |
| SE_00528 | chr3:120150220-120152247 | Adipose_Nuclei | | SE_00528 | chr3:120152828-120161713 | Adipose_Nuclei | | SE_01859 | chr3:120150235-120150965 | Aorta | | SE_01859 | chr3:120151053-120151459 | Aorta | | SE_01859 | chr3:120151496-120152337 | Aorta | | SE_01859 | chr3:120152463-120153561 | Aorta | | SE_02386 | chr3:120150202-120153598 | Astrocytes | | SE_26098 | chr3:120150198-120153073 | Duodenum_Smooth_Muscle | | SE_30326 | chr3:120150348-120152380 | Fetal_Muscle | | SE_37303 | chr3:120147147-120152735 | HSMMtube | | SE_38787 | chr3:120150223-120151866 | HUVEC | | SE_39221 | chr3:120150421-120152114 | IMR90 | | SE_40914 | chr3:120150946-120152108 | Left_Ventricle | | SE_40914 | chr3:120152468-120153611 | Left_Ventricle | | SE_42643 | chr3:120150355-120151906 | Lung | | SE_42643 | chr3:120152349-120153516 | Lung | | SE_45321 | chr3:120150424-120151925 | NHLF | | SE_45789 | chr3:120141661-120161588 | Osteoblasts | | SE_48945 | chr3:120150421-120151939 | Right_Atrium | | SE_48945 | chr3:120152438-120153244 | Right_Atrium | | SE_54812 | chr3:120150496-120155079 | Stomach_Smooth_Muscle | | SE_64163 | chr3:120150285-120152336 | HSMM |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH03I120431 | chr3 | 120150046 | 120160032 |
|
Enhancer Sequence | CAACATGTAA TCAATAATAT GGAGATATTT TAGACTTTTT TCATACTAAG TCTTTGGAAT 60
CTGGTATGTC TTTTACACTT ACAGTACATC TAAATTGGAC TAGCCACGTT TCAAGTGCTC 120
AATAGCCACT GCAGCTAGTA GCTATCGGCA TTGAACAGCA CAGTTCTAAA CAGTTATGGC 180
TGGATGCGGT GGCTCACGCC TGTTATCCCA GCACTTTGGG AGGCCAAGGC GAGACGATTC 240
CTTGAGGCCA GGAGTTTGAG ACCAGCCTGG GCAATATAGC AAGATCCTGT CTCTTAAAAA 300
AAAAAGAAAA AGAGAAAAAA GGAAATAAAA ATAGTTCTGA GTTCTGACCT CACTGCATCG 360
GAGGAGGAGG GTTTGAGGAG AAAGAGGACG ACCTTCTTTA ACTTGGAATA CTTTTCAAGT 420
GGTGTATAAC TGAAGTCAAT AGAGATTATC TGAACATACA GGCAAGGCAG CATGTCAGGC 480
TGCATCTGGG ACCAGGATAC TGAGTAATGA GGACCTAGTC CTTCAAAAAT AGGCAGGCGT 540
CATGGGCACT TAGGCTGAAT TCTGGCTGTT TTCAATGCCT GTGGACAAGT CATTTCACCC 600
TTCTGGTCTC CTCTATAAGA AAGGTAAAAT GTTTGGTACT TCCTCTCTGT AAGACTTTTT 660
ATGGCTCAGC TCAGAAACAA TGACAAAAGG GCTAATTAAG CTGTACATAT TTGGAGCCTT 720
CTCTTAGCTA AATATGCTTT TTTGGGGGCA TACAAATCCA TGGACAAATT TGGCAATGAG 780
ATAGATATAT CTTTTCAAAA CCTTTTTAAA ACATTTTCTT GGCTTGACTG CTACACTCTC 840
TTACTGCCAG CTTTCAATAT TACACACACA CAAACACAGT TTCAGTGCCT TGAGATTAAA 900
GTCAATGAAA ACATGCACAT TCTATTCTTC TTGAGACATT CCTGCCTTGC ATTCTTTCCT 960
TGAAGCAGTT GGGATGTCAC AGCTGGGGGG AAGGAGCTGT AAAACCTACT TATGCTGGCC 1020
AATCAGGCCT TGGCTGACAG GAGGCCCACC AATGAGGGAC TGCCAGGTAT TCCGTTCCGC 1080
TGCAACAAAT TCCCCCCTAT TTTTTCAGAA ATTAAAACCC TCCGAGACCC TCAAGCTGTA 1140
CACAATGCAC AAAGACCTCC TTTTTTGTTC ATTCTGTTTT TCCCCAAGGA CTGCATTAGA 1200
AACTCTACAC AAAAATGTAC TAGCTTAGTT GCTATGGATA GATTATCATT TGTGGTAAAA 1260
ACACTTCCAA GTATCATGTA ACAATATTGT TCTCACAGCT CTGGTATCCT TCATTTTAAC 1320
TGTGTAAACA CTGGAGAAAT GCCACATATT TAACTGTTTG GGGTCACCCT GAGGAACTCC 1380
CAACTCCACT GAAAAATGAA GTAGTATGCT ATGGTAAGTC CGGGAACTCT GACTTAAGGA 1440
GTTAAGGCCA CAGGTAAGTG GAGGTGGTTG GCCCCCAGGG ACTTCACTCA ATGCTGTCCA 1500
CTGTGTTAGC GGTGGAACGT TCCCCAGAAT GAGACTTCGC CTCTGAGATC TTAATGTGCA 1560
AATCCAGTGA CACTGAATGC CTTTTGCTTT GTTTTATCCA TACTGGAAAC ATCACAGTTG 1620
CCATTCAAAT GAAACCAGAG AGAAAGAGTA ACAGCAGGAA GGATCCAAAA AAGTAAAGGC 1680
TTCAGCAAAA GGTGAGGTCC AAAGACAAAG GTGACTAGTG ACTATGGGCA AAGAATTACC 1740
AACAACAGAA TTTAATGCTT TATTTCATAT TCTTTGGGAC ATTAGCTTCC TCTGGGAATG 1800
GTGCCAAGTT ATATTAAAAT TGCTGATCAT GGAAGGAAAC AATAAAAATA TTTACTATTC 1860
AGCTAGCCTC TGCTTAACTT CCAACTTCAC CTGGGACTGA GAGACTTAGA ATCCAGGTGT 1920
CTGATTAAGC AAGCCCAGCA CTACTATCAT GTCCAAGATT AAGCAAACTG TTGACGGGCA 1980
AGTGCTGTCA ACCATCTTCC CAGATGCACA ACATTCTTGC AAAATACGGC ACAGAGATGA 2040
CTATCATTAA GATACAAAGA TTGTAGGCAC CTCTTCGTAT TACATATGAG ACATTTGGCC 2100
TTATTAATCC ATTTAGCTAG TGGATTAATT CAAAAAATAT TTACTAAGCA TCTACTATAC 2160
ACTAAGCACA ACTGGTTCTA GGTATTAGAG ATCCATTGCA GAATGAGAGA GACAAAGCCC 2220
TATTCTAAAG GAGTACATGC TCTAGAGGGA GGAAGGTGAA TAAACAAACA AAAATAACAA 2280
GTTCATTTCA GCCTGTGATC AGTAAGTTTA GAGGAAAATA GAGTATGTAT GACAGAACTC 2340
TGGGAGAGAG GGCACCACTT AGATTGAGTG GTCAGGGAAT GCTTTCTTGA GCTGGGACCT 2400
GAAGGATGAG AGCAATTCAG ACGAAAGTAG AAAAGTGCAA AGGTTCTGAA GCAGGGTGGA 2460
ATTTGTTACA TTCCTGGAAC AGAGAAAAGG CCAGTGTAGC CATAGCACTG GGTCCAAAAG 2520
CCAGAGCAGC AAGAGGTAAG CTGGGAAAAG CTGGCAAGGG GTAGAGCATG TAGGGTTTTA 2580
AAGGTACTGA TAAGTCTGTA TTTTATTCTT AATGCAATGG ATGTCACTGG GGGGTTTTGC 2640
TCAGGGAGTG GCATGATCAG ATATGTGTTT TACAAAGATT ACTCAGGCTG TCCTGTACAG 2700
AAAGAGCCAG GTCGCAGGAG AGAGAAAGCG GAGAGCAGCT AGGTGCTATT GCAATAGTCC 2760
AGGCACAATG ATGGCAGCTT GGCTAGGGTG GTGGCGGTGG GGACAGAGGA CAGTCAATGG 2820
AGAGGTGATA CATTCTGACA GTACAGAAGG CAGGACTTGC TGATAGACTG GGTATGAACA 2880
GAGAAAGTGA AAAATAAAAG AGAAAATTCC TGGGTACATA AGTTGATATC CAAAAGCCCA 2940
GCCAGTTCTG GGTAGGTGTG CACATGGCCA TGCTGATGGT CCATTCTAGA GTCACTACCA 3000
AGAGGATCTT CTCTGAGACA GGCTCTGGGT CCAGACAAGT CCCTTGCCTT CCTGAGGAAA 3060
CTTAGTTTAT GAGGTGAGTT CAGCAAGGCC ACTAAGACCT GGGGTCACAT ATAAATAGAT 3120
CCTGTTCATG GGAAGTCTGT CCATGGAACA CTAGCCTTGA AATATTTATG GCCTTTTTTG 3180
AAATGGTGTT CTGTGGTAAA ATGTTTGGGA AACATTACTT ATTATACTTC CTTCTAGAGT 3240
CATAAACGCA CACGAACTTT GTAAAACTCT GGAACATCCT CTAACTAAAA AACCATTTAA 3300
CCCAGCACAT ATATGGACTT CACTCACTAC ACACTTTGGG TCTAGGCTCT TCATGTCTCT 3360
CCCTATGGTG TTATTACCGT TCCTTGGAAT TCAAGCCATA ACAACAAGGA GAACAATAGC 3420
AACTACTATT TATTGAGTAC TTACCTTGTG GGAGGCACCT TTGTAGACAT CATCTCCCTT 3480
GCCACACACT ATGTACAGGT GCCATTTTAA TTTACAGCTT TAATTATCAT TTGTGAGTTG 3540
TGCTTACAGA GCATACATTT ACTTACAAAA AACAGCCAGG CACGGTGGCT CATGCCTATA 3600
ATCCCAGCAC ATTGGGAGGT TGAGTCAGGG AGCTCACATG AGGTCAGGAG TTCAAGACCA 3660
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