| Tag | Content |
|---|
EnhancerAtlas ID | HS045-32941 |
Organism | Homo sapiens |
Tissue/cell | Fetal_lung |
Coordinate | chr2:7162330-7164490 |
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| IRF9 | MA0653.1 | chr2:7164339-7164354 | AGTTTCTGTTTCTTT | - | 6.05 | | SOX10 | MA0442.2 | chr2:7164348-7164359 | TTCTTTGTTTT | - | 6.62 | | Stat6 | MA0520.1 | chr2:7163982-7163997 | ACTTCTGAGGAAAAC | - | 6.28 |
|
| | Number of super-enhancer constituents: 14 | ID | Coordinate | Tissue/cell |
| SE_01296 | chr2:7162117-7162599 | Adrenal_Gland | | SE_01296 | chr2:7163755-7164118 | Adrenal_Gland | | SE_03152 | chr2:7161776-7162626 | Brain_Angular_Gyrus | | SE_03152 | chr2:7162681-7163948 | Brain_Angular_Gyrus | | SE_03885 | chr2:7156572-7165282 | Brain_Anterior_Caudate | | SE_04820 | chr2:7156495-7165668 | Brain_Cingulate_Gyrus | | SE_05828 | chr2:7156588-7164146 | Brain_Hippocampus_Middle | | SE_06767 | chr2:7161163-7164248 | Brain_Hippocampus_Middle_150 | | SE_07734 | chr2:7143730-7165361 | Brain_Inferior_Temporal_Lobe | | SE_47901 | chr2:7160978-7162622 | Pancreas | | SE_47901 | chr2:7162777-7163531 | Pancreas | | SE_47901 | chr2:7163770-7164130 | Pancreas | | SE_53379 | chr2:7156728-7164109 | Spleen | | SE_53379 | chr2:7164185-7165688 | Spleen |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 2 | Chromosome | Start | End |
| chr2 | 7162657 | 7163641 | | chr2 | 7163663 | 7164195 |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH02I007021 | chr2 | 7161596 | 7165425 |
|
Enhancer Sequence | GAAGACACTA AGCTATTTTT TGTATTGGAG GGTTTGTTGT TGTTGTTGTT TTTGGTTAAA 60
TCTTCTCCTC AACCATGTTT TTATCCAGCC CCTGACCACT TCACTCATTA GCATCACCTG 120
CGCACCTCTT CAAGCTGCTG GGCCACGTGT AGATTGTGAT TAAACTGTCC AAACTCCTCT 180
CTGCTTTTAT AATTTGAGTT TACAGTAAAT GTTGTTAGTA ATAATTTTAA ATCCAATTCA 240
GATACTAAGA AATATTTGAA AACCATTGTC TATTCCATGC AAAATTTTAT GCATAGCACA 300
GTACACCAGA ACTTTCATAT TTTAACGGTT TTCATTTTGA AATGTCTCCC CAGGAGACAC 360
TGTACACGCT GTTCCTGCCG TTTCTTCCAA AATCAGCTTG TGAGTCACAT GAGAAAATTG 420
GTTTCTTAGC TTTAAGGTCA CACCTGGCTT TCAAACCAAA ACAATGTTAT CTAACCTAAA 480
ACCCAACCTT GATCACCAGA TCCGGTGTCT CATGACTTCC AGCTTTTTGC AAAATCAAAG 540
TCATTCTCAG AAGGAGGCCA GGCCTAAGGT TTACTCGGAG CTGGCTCTGT GCTGGATCCC 600
TCTGGAGACA TTTGCACATA TGCTATCTCG TTTGCTCCTT GCAACAACCT TAGTTCATTC 660
TTTATCACAT TCTGCATGAC CAGGTTGGTC TGCAGTTTGC TTTTAAATTG GAAGCATTTG 720
AGCTAGTGAC AGTTGTGTTA TCTTTCAGTA ACAGTTGTTA ATAATAACTA CTGTTTATTG 780
AGTGCCTGGT ACTTATGTGC TGGATTTTGT GCTTAACATG TTAACATGTG CAACCTCTGT 840
AATCCTCACA ACCGTCTGTA GAGATCGATG CTATTAGCCT TATTCATCTG GTTTGCAGAT 900
GAGACACGTA ACACATAAAT CGCACAGCTA GGATCTGTCT GTCTCAAGAC TCTGTGCTCC 960
TAATTAGGAG GACATACTGC TTCTCTCATT ATTTCTTACT CTGTTGCCTT CTACTAATGG 1020
ACCAAACAGT CACGTTCAGT TGGAATGTGC ACCCCAAGTG GAGGATTGTT CACTGCCAAT 1080
CATCAGACAG CTCCTACTAA AGTGAAACTA CATTTAATGC TCATATTGAC TGGAAGCTTG 1140
TGAGAGATCC TTCAGCCAGA ATGCACTCAA AAAGCCAGAA TTTGCTCAAC TGCCGTGAAT 1200
ATATACCCAT ACATGTGTTA AATTCTGAAA AAGCTGCCCC GAGAAGGAGG GATGCATTTT 1260
CTCCTGCTGA TGTTTGTTTG ATATAGTGAG TTCCAACAAT ATAGCAAATG GACCCCCATA 1320
ATCAGTGATA ACTCCTCTTA ACAGTTTATC ATTTATTCCT TCAGATGCTT TTCTGAATAT 1380
TCTTACCCAT CTTTTAAAAA TTAACAGCAT GGGGTGAGTC ATACCTAATG TCTGTGTTAT 1440
CTTTCTTTAG CAACATTGAA CTACTGCTAC CCTTTATCAA GCACTTCATA AAAGCTGCAC 1500
CCTGCGCTGT GCTCTTGGCA CACGGAATCT TTTCTCATGG TCACACTGAT GAGAAAACTA 1560
GGGCTTGGAG GGTTGCTCCA CAGCTGGTTT GTAGCAGACC CAGCTCTGAC CTCAGCTTAA 1620
AGCCCTTCTT GCTAACCCTG CAGACCTAGC CAACTTCTGA GGAAAACAAT TCTGTAAGAA 1680
GAGCCAGGTG GATCTATCTC AAGTAAACAG TGTGTGTTTG TGTGTGTGTA TTTGCAACAT 1740
TTATTTATTT TTCTTATAAC AGCAAAGTAC ATAAAATTTA TATCAACCCT TTGGAAAGTA 1800
GACAGCTCTG TGAATAAGGA TACAATATTT GACCTTAACA CTATGATTCA GATACCTCCG 1860
TTATAATAAG CCTTTCGCTG TATTTTCTTT TGTTTGTATA CATATATCTC TAAATTTAGA 1920
TATGTGTTGA TGTTGCTGTA ATTTTTTAAA AATTTTTCCT AACTCAAAGT GGCTGATTCA 1980
CAGTGTTCTG GTTAATTTTT TTTTTCTGGA GTTTCTGTTT CTTTGTTTTT TGGTTTTTGT 2040
TTTGTTTTTT CATTTAATAC CAAGAAAACT CAGTCTGTGA AGTGGAGCCG ATGCTTCCAG 2100
CATAGCCAGT GCTCCTGGGT CTCCCGTGGG ATCCGTTTGT GCAGAGTCCT CACGGCGTTT 2160
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