| Tag | Content |
|---|
EnhancerAtlas ID | HS105-66929 |
Organism | Homo sapiens |
Tissue/cell | IMR90 |
Coordinate | chr5:171844880-171846910 |
TF binding sites/motifs | | TF | JASPAR ID | Coordinate | Motif Sequence | Strand | -Log10(p-value) |
| RREB1 | MA0073.1 | chr5:171845640-171845660 | TGCTGGGGTGTGTGTGGGGG | - | 6.07 | | Spz1 | MA0111.1 | chr5:171845962-171845973 | AGGGTATCAGC | + | 6.32 |
|
| | Number of super-enhancer constituents: 20 | ID | Coordinate | Tissue/cell |
| SE_00928 | chr5:171843898-171847291 | Adrenal_Gland | | SE_03107 | chr5:171844520-171845442 | Bladder | | SE_03107 | chr5:171845655-171846239 | Bladder | | SE_03107 | chr5:171846467-171846910 | Bladder | | SE_04308 | chr5:171843963-171849109 | Brain_Anterior_Caudate | | SE_05113 | chr5:171843772-171850268 | Brain_Cingulate_Gyrus | | SE_06023 | chr5:171843710-171854463 | Brain_Hippocampus_Middle | | SE_07041 | chr5:171843832-171849422 | Brain_Hippocampus_Middle_150 | | SE_08116 | chr5:171843767-171850557 | Brain_Inferior_Temporal_Lobe | | SE_25970 | chr5:171844084-171849848 | Duodenum_Smooth_Muscle | | SE_26839 | chr5:171843777-171849052 | Esophagus | | SE_29714 | chr5:171843977-171849024 | Fetal_Muscle | | SE_32077 | chr5:171844656-171847291 | Gastric | | SE_43258 | chr5:171844007-171847253 | Lung | | SE_44523 | chr5:171844405-171849008 | NHDF-Ad | | SE_45975 | chr5:171843834-171849044 | Osteoblasts | | SE_46662 | chr5:171843911-171847231 | Ovary | | SE_50406 | chr5:171843782-171849002 | Sigmoid_Colon | | SE_53173 | chr5:171843896-171848960 | Small_Intestine | | SE_54733 | chr5:171843651-171849340 | Stomach_Smooth_Muscle |
|
| | Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder | | Number of disease enhancers: 1 | Chromosome | Start | End |
|
| | Number: 1 | ID | Chromosome | Start | End |
| GH05I172416 | chr5 | 171843787 | 171848922 |
|
Enhancer Sequence | CATGACCACT AAATCATTCT AGAACATCTT CATCACCCCG AAAAGGTACC CAGTACCCAT 60
TAGCAGTATC TTCCCGTTTT CCCCTAGCCT CTGGCAGCCA CGAACCTGCT TTCTGTCTAT 120
GAATCTGCCT CTTTTGGACA CAGATAAGTT TTAACTCACG AGAACCTTGT GAAGCAGCCA 180
CTAGAGAGAG GAGCCCCAGA AAAGCAGAGC AGCTAAAAGT GTGGATACTG GGGTCGCCTG 240
CCAGCTTCCA ATCTGAGCTC TGAGGCTCAC TAGCTGTGTG ACTTCGGGCG AACCACTTAA 300
CCTCTCTGAG CCTGGGTTTC TTCATTTGCG TAATTGGATA AGCTTGTCTG AAGGACTGAA 360
TGAGTCACTA CATCTAGATG TTTAGCAGGA TGGGGGCCCA CATTCAGTGT TCCAGAAATG 420
CCAGCTGTTT CTATTGTTTT CACCCCATGT CACCAATGAG GGCTCTCAGG CACAGAGGGG 480
TTAAGGGGTG TGCCCAAGGC CACACAGCTG GAGGGTGGCT GGGCCCCAGG TCTCCTGACT 540
GAGTCCTCTG CTTTTTCCAT TACGCCACAC TGGCCTTGCT GCTCCTCCAC CAAGGCTCGG 600
CTCTCCCCAC GCTGTTTGGG CCAAGTTACT TCTGAAAATA CCAGGGCTGC TTGCCAGACA 660
AGAGGGAGGG GAGGGTGGAA TCATGAAATC ATCTAACTCC AGGGTGTTGC AGGCCCGCAA 720
GGGCTGGTGC GATCCTGCCC TAACCTCTTC CAGCTTTCCC TGCTGGGGTG TGTGTGGGGG 780
AGGAGGCGGC CGGTTCCACG ATGCTTCCAG GATAAGCAGG ACCCTCTGGA ATTCCATGAC 840
TTTCCCACTC CAGCCGTCCA TCTGGGACTC TGAGCCTGGA TGAAGTCCTG CCTTAGACAA 900
CTTTGTTACA GGAGGGAAGC CTGTCACGGC AACCCCCCAG TTATTACCGA TTATGCTGAG 960
CATGGAGGAA AACCTTAAGT TCTGGTAGAA ATAAGAAAGT TGAGTCGGAA CAGGAGAGTG 1020
GAAGGAACAC TGGCCTTGGG ACAGGAAGAC CCGTGATCAA ACCCTGGCTC AAGCATTCCC 1080
AAAGGGTATC AGCTTGGGCA AGTCACACCT GTGCAGAGGG ACGGCTGACA GCTAACGCGC 1140
TTACTGAGCC AGGTGCGTCC GCTTAACCAG CACAATAAAT GCACGAGGAA GGCACTTTCA 1200
TTCCTACTAT GCAGATGAGG AGGCTGAGGC TCAGAAACAT ACAGCGGTGA CCCCAAGCTG 1260
AGCCCTGAAC AGGCAAAGCT GAGATTTGCA CCCAGGTCTG TCTGACTGAA AGCCAAGGTC 1320
TTAAGCCTTA GGCTGCGCTG GAACAGGGAA CTCAGAGAAC CCAGTCCACC TTGCACAGGG 1380
CCTGGACGCG TGCCTCGACA TGTCAGCAAT GAACAACATT TGCATAAGCA CTTCCAGGGC 1440
CCCCTTCCCA CTCCGCTTCT CATTAAATCT CTTCCAGATG ACTCTACGTC CCCACCTCCT 1500
CGGCAACAGC TGACAGGCTC AGCAGTGAAC TATGATCCAG GGCCCTTAGG ACAATCAGAT 1560
TCTCCCTTCT GGAGACTGGA ATCAGCATCC AGAAACTCTA GTGCTTTGAC AACAGGGAAG 1620
GACACTGCAG CTCCAGGTGG AAGGTGCTCA CTGGGGGTTG CTCTTGGGGG ATGTGGGCCA 1680
GTGGGCAACT GCAGGAAGTG GTCCAGAACA GGCTCCATGG GAGATCCTGA GGCTACAAGG 1740
ACAGATGGCC CGGGAGCTGC CAGCTGGTTC CTGGCCCCTG CGAGGCTGGC TGCATTTTCT 1800
GCTCTGGGTT TCAGGGAACA ATATATCCAA CCCCACCCCT CTCTTCGTGC CCAAGCTAGC 1860
TGAGTGGGCT TTGCTCGGTG GATGTAAATA ATTCCTGGGA TAACAATCAG GTGTTATTGT 1920
TCTGTACCTC CTCTTCTGCT CCTTGGAGGT GTCAGGCAGG CAAGAGGCCT CTGAAAGCAA 1980
AATACAGGTA GCCCTCCCTA TCTAGACCCT CACTGCACAA AAAGTCAGTC 2030
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