| Tag | Content |
|---|
EnhancerAtlas ID | HS127-10461 |
Organism | Homo sapiens |
Tissue/cell | Macrophage |
Coordinate | chr15:42218370-42220540 |
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| EWSR1-FLI1 | MA0149.1 | chr15:42218440-42218458 | GGAAGGCAGGCAGAAATG | + | 6.13 | | FOXC1 | MA0032.2 | chr15:42220429-42220440 | ATATTTACTTA | - | 6.14 | | SOX10 | MA0442.2 | chr15:42218397-42218408 | AAAACAAAGAA | + | 6.62 | | SP2 | MA0516.2 | chr15:42218940-42218957 | CTAAGCCCCACCCTCTC | + | 6.26 |
|
| | Number of super-enhancer constituents: 13 | ID | Coordinate | Tissue/cell |
| SE_00162 | chr15:42204569-42223737 | Adipose_Nuclei | | SE_01963 | chr15:42217818-42219426 | Aorta | | SE_09923 | chr15:42217283-42230704 | CD14 | | SE_18629 | chr15:42217735-42219984 | CD4p_CD25-_Il17-_PMAstim_Th | | SE_29940 | chr15:42217798-42219515 | Fetal_Muscle | | SE_37178 | chr15:42219893-42224294 | HSMMtube | | SE_37972 | chr15:42217395-42219760 | HUVEC | | SE_37972 | chr15:42219904-42223765 | HUVEC | | SE_40623 | chr15:42217135-42219638 | Left_Ventricle | | SE_40623 | chr15:42220032-42223576 | Left_Ventricle | | SE_42188 | chr15:42217262-42219457 | Lung | | SE_42188 | chr15:42219656-42223442 | Lung | | SE_48616 | chr15:42217334-42219302 | Right_Atrium |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 2 | Chromosome | Start | End |
| chr15 | 42218516 | 42218621 | | chr15 | 42218626 | 42219258 |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH15I041925 | chr15 | 42217321 | 42223952 |
|
Enhancer Sequence | TGAGGCCCTG TCTCTACTTA AATAAAAAAA ACAAAGAAAG ATGTGTGTTA ATGAAAGGAT 60
GCAAGGCAAT GGAAGGCAGG CAGAAATGCA GCCGAGCTCC CCCTGCCATG TCCCTCCTCC 120
CACTCCTGGG GTGGGCAGGG CCACTTGCCC GTGGTGGTGA CGGAACACTG CCTAAAACTG 180
CTCAAACCTC TCCTCTTTTC GAGGCCCTGC CCGCCCCTCC CATAGTTAGT AGCTCCAGTT 240
CCATGTGGGC ATTCCTACCA CTGCCCCCAG CACTTTCTGT GTGGCTCTGT CTGTGCAACC 300
CCAGGCTCTC CTGGCTGCAT GTTCACCTTT GTGTCCCTCC AGCACCCGTG CAGTGAGCAT 360
CCAGCACGAG GCAGGCACCA AGAGTTCCTT CTTGTCCCCA GGTTCCAACC TCACTAATCT 420
AGCCCTCAGA CGATCCCCAT CCCTTCTTAG AACTCAAAGA TTATCTCCAA AACTGTGAGT 480
GTCCCTGATT ATGTCTAGAA TAAATGTTTC CAGAACAAAT TCTCCATGAC TAGCCTCTGC 540
TGCAATTCTC AACCTTTGCT CAGTCTCTTA CTAAGCCCCA CCCTCTCCAC TGCACAAACC 600
ACACTGGGCT CTGCTGTTCC GCAGCAGCAT CCTGTACTTC CCTGTCTCCA CACCCTTGCT 660
CAGGCTTTTC TTTCTGTCTG GAATGCCCTT TCCTCTTCTC CAACTACAGC CACTCATCCC 720
TCTGGGGAAC TTTCCTCCAG GTGGCCTTCC CCCACCCAGT GGAACAGAAC CGCCTTTCCT 780
GTTTCCTCCT GATGGGGTCT GTAGCAGCCT GAGAGCAGGG CCAAGTCTTC ACTGTGTCTG 840
TAACCCAAAG GCCCACTGCA GATGCCTTAC ACTATCAAAT CAGGTTCCCG GGGATAGAGT 900
CTTATAGCTT TAATGAATTT CCTTCATAGC ACTTATACTC TGAAATGGTA TATACATTTG 960
CTGACTATAA GACAGAAATT CTGAGGGCAG AGACTCCACT CCTTATTCTA TTCACCACTA 1020
TACACCCAGG AATTACTACT GAGCACAGTA GGTGTTCAAT ACATTTGGTT TATTCCTCCA 1080
AAAACTAAAA ATGGAACTAT CATATCATCC AGCAATCCCA CTTTGGGTAT TTGTCCAAAA 1140
GAACTGAAAT CAGGACTTTG AAGAGATATC TGCACACCCA TGTTCACTGC AGCATTATTG 1200
GCATCATTTC TTTATCCATT CATTCATTGA TGGACGCTTT ATGGCAACAG CCAAGATGTA 1260
GAAATAAGAA AAGCATCCAT CAGTGAATGA ACGGATAGAG AAAATGTGGT GTACACATCC 1320
AATGGAATAC TATTCAGCCT TAAAAAAAAT TCTGCAATAT GCAACAACAT GGATGGCCCT 1380
TGAGGAAAAA AACATGCTAA GTGAAATAAG CCCATCACAG AAGGACAAAC ATACATAATT 1440
CTACTTGTAT AAGATATGTA AAATAGTCAA ACACACAAAA TCAGAGAGGG GAACCATGAC 1500
TGCCAGAGGC TGTGGGGAGA AGGAAATGGG GCTTTGCTAA TCAACCAGCA TAAAATTTCA 1560
GTTAGGCAAG ATGAATAAGT TCTAGAGATT TGCGGAACCA CACTGTGCCT ATAGCCACAT 1620
TGTGCTTGTA ATGGATACTT AAAAATGCGT AAAGAGGGTA GATTTCGTTA AGTGTTCTTA 1680
TCACAGTAAA ATACAGTAAA ATTGGTTTAA TCAAGTGAAT TCACTTGAAC AAGAAATGTA 1740
ACTGATTTTT AGCAATCTGG CAAGTTTAGT TGCTTAAATA GTGGTATGCG TTTCTAAAAA 1800
AGGGTTGTTA CTAACTAGGG GAAGTGTAAA TCATCTCAAA GTAAACATCA ACTATCTGGG 1860
ATCGCTCAGG TATTATAAAT ACACTTCGAA AAGAGTCCCT TTAGTTAATA ATAACAGCCA 1920
CTTCAGGGCA AGGAGTCTCT GCATTGTTTC CTGGCTGAGT TTACTTCGCA ACTAGAAAAG 1980
TCTGCTTCTG AAAATGTCTT CTGAAAATGT CATTGTGGCA GAGAGCAAAA TGATAGCTAT 2040
AAATCAACAA CTGCAGCAAA TATTTACTTA GCTCTTACTA CATTCCTGCA CTGCCCTGTG 2100
AGCTCCATAT CACTACAATC TTGTAATCCT TGCAACAATC CCATGAAGTA GGTACTTTTA 2160
TTACCCCCAT 2170
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