| Tag | Content |
|---|
EnhancerAtlas ID | HS023-01874 |
Organism | Homo sapiens |
Tissue/cell | CD8+ |
Coordinate | chr1:161596190-161598300 |
Target genes | | Number: 21 | Name | Ensembl ID |
|
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| FOXP1 | MA0481.2 | chr1:161597142-161597154 | TCCTGTTTACTT | - | 6.07 | | Foxd3 | MA0041.1 | chr1:161598076-161598088 | AAACAAACAAAC | - | 6.32 | | Foxd3 | MA0041.1 | chr1:161598080-161598092 | AAACAAACAAAC | - | 6.32 | | Foxo1 | MA0480.1 | chr1:161597142-161597153 | TCCTGTTTACT | + | 6.32 |
|
| | Number of super-enhancer constituents: 12 | ID | Coordinate | Tissue/cell |
| SE_07357 | chr1:161594837-161597047 | Brain_Hippocampus_Middle_150 | | SE_07357 | chr1:161597887-161608042 | Brain_Hippocampus_Middle_150 | | SE_09867 | chr1:161595294-161597160 | CD14 | | SE_12235 | chr1:161590629-161597895 | CD3 | | SE_13494 | chr1:161590306-161596621 | CD34_Primary_RO01536 | | SE_14602 | chr1:161590483-161597445 | CD4_Memory_Primary_7pool | | SE_16693 | chr1:161590509-161597600 | CD4_Naive_Primary_8pool | | SE_20036 | chr1:161590526-161604292 | CD56 | | SE_20740 | chr1:161590110-161598993 | CD8_Memory_7pool | | SE_22436 | chr1:161590594-161607989 | CD8_primiary | | SE_39938 | chr1:161590637-161596844 | K562 | | SE_53727 | chr1:161595206-161597045 | Spleen |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 1 | Chromosome | Start | End |
|
| | Number: 2 | ID | Chromosome | Start | End |
| GH01I161626 | chr1 | 161595791 | 161597453 | | GH01I161628 | chr1 | 161598189 | 161599048 |
|
Enhancer Sequence | GCCTGAAAGA CACAGAGACA CCCCAGGCCC GGGAGGCCTC AGCTCTCAGT GCAGAGCTTT 60
GTGAAGGGGC CACGTACCAC CCAGATCCTG AGGCATAAGG GAAAGCCAGA TTGGGAGTCA 120
ACCCTGCATA GCTCCCTTTG GGGAAGAGCT GATGGGGCCC TGCAAGAGAA CTGAAGTCAT 180
ACCAAGACCT TTGTCTAATG GGGAAGAGGG ACACACACAC ATGTGATCAA CACACAGGGT 240
TAGAGCAGAG GGACTAAGCA ATGAGGTAAG TGAGAAGCAA CGATGAGCAT ATCTGCAGGA 300
TCCTTAAGTG CTAGACTTAG ATTTGCTGTG GCAGGTGACA AGGATTCACA GTAAGTTCTA 360
GATCAGAGTA AAAATTGCAT TTGAAAATGA TGAGTTGCTC TATTAGAGGA AAAGGTAGAT 420
TTCAGAAGGA ATAGGCAATC AAAGGAATAT TGAAAGACTC TTGTGGCCTT CAGGAATAAG 480
CTGACGGTCG CCACAGAGTG GCTGCAGAAA TTGTGAAGGA GAACTAACTC AATGTAAACA 540
TCAGGGTGGC GAAGGGCGGG ACTGGTAGTG CTCAGAGTGG CAATTCGTGG TTTCTAAGGT 600
GTCACAGGGC CTCGGTGAGA CCAACTTTAT TACTGAGCAT GGCCTTCAAG AGAGGAAATT 660
CTTATATCGC CAGAGCTTAT TCTCACAATC ATGTCACCAA GTAATCAGAC TTCACAAAGA 720
GAGAACATGA GGTCATGGTC GGGAAATGGC CTGAATAATT AAAAAAATAA TGATGTTATA 780
GGTAAGTATT ATAATGGCAT AAGAAAATAT TCATGAGACA ATGTTAAGTT AAAAAAGCAT 840
AATACTTCAA ATATTTTAAA AAGTATTATG CACAGAAAAA AGAAGGATAT GCACTTACAT 900
ATTAACAGGG GTTTTCTCTG AAGGAGTGGG ACCAAAGGAC ATTTTAAATT TCTCCTGTTT 960
ACTTTTATAT ATTTTTGAAA TTGACCCGAA ACGTAATAAG AGCAAAACTA AATTTACTGT 1020
AATTTTATTT TTTAAATCTA CATTCTCAGG TTGAATTACT ATAATTTTAA AAATCTACTA 1080
CCTGATGCTA AACAAAATTG GTAGGACGTG TGTTGGTCAT GATTCTCTAA CACAAAGATT 1140
TGCCAAACAG AAAGTAATCT TCATTACCTA TTAAGAGATA TCATTTATCA AAAGAAGCCA 1200
TGTGCCTATC TATCCACTTA CTTTTTCAGC AAAGAGATGA ATCATTATTA GCATAAAGTC 1260
ATGGTTAGTA TATAGTCTGG TGGCCTTTGG AGGAACATTC TTGTTCGAAT CTGTCCTGTC 1320
ATGGACTCAG TGAATGCCCA TGTGTATATT CCTTCAAGTG ATATTTCATC AAGCACTCAC 1380
TATGTATGAC ACACTGTGGA CTGGAGATAC CCAGATGATG GGACATATAG TTCTCAGCCT 1440
CAAAGAATCT ACAGCCTAGA CATAGAAACA TAAATATTCA GAAATAATCA CAATACAATA 1500
TGACGAGTGC TACAACAGGC TAAGAATAAA GGACTGCGGG GCCGACTAGA TTGGAATAAA 1560
GAAATTCTGC CTGAAAGAAG TAAAAAATGC AGGCTGGGCG CGGTGGCTCA CATCTGTAAT 1620
CCTAGTACTT TGGGAGGCTG AAGTAGGCAG ATCACGAGGT CAGGAGATCA AGACCATCCT 1680
GGCTAATGCC GTGAAACCCT GTCTCTACTA AAAATACAAA AAATTAGCCG GGCGTGGTGG 1740
CATGCACCTG TAGTCCCAGC TAGTTGGGAG GCTGAAGCAG GAGAATCGCT GGAACCAGGG 1800
AGGTGGAGGT TGCAGTGAAC CAAGATTGCG CCACTGCACT CCAGCTTGGG TGACAGAGAG 1860
AAACTCTGTC TCAAAAACAA AAACAAAAAC AAACAAACAA ACAAAGAAGT AAAAAGTGCT 1920
TCTCAGAGGA GGACATAAGT GAAATGGGTC CTAAAGGAAT AAAGGATGCT CAGAAGTTTA 1980
CCTGGTGAAG CTAATTCTCA TGGTCACAGT TTAATATAGC CTTGATTGGC TAGACTTCTA 2040
AAGCCAGTTT CTAGAGCCAA GTTCAAGGCA AACTAGTAAC TCCTAGACTT GATTTTTCTA 2100
TTGCTTTCTC 2110
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