EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS109-01047 
Organism
Homo sapiens 
Tissue/cell
Kasumi-1 
Coordinate
chr1:111416520-111418550 
SNPs
Number: 1             
IDChromosomePositionGenome Version
rs2885805chr1111417915hg19
TF binding sites/motifs
Number: 5             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
Gata4MA0482.1chr1:111417081-111417092GGGAGATAAGA-6.62
NFIAMA0670.1chr1:111417905-111417915ACTTGGCACC-6.02
PRDM1MA0508.2chr1:111417729-111417739TCACTTTCAC+6.02
RARA(var.2)MA0730.1chr1:111417452-111417469TGCCCTCTGATTGACCT-6.53
Sox6MA0515.1chr1:111418110-111418120CCATTGTTTT+6.02
Number of super-enhancer constituents: 21             
IDCoordinateTissue/cell
SE_09643chr1:111413314-111425037CD14
SE_10682chr1:111412194-111418811CD19_Primary
SE_11016chr1:111408923-111448078CD20
SE_12195chr1:111413626-111418842CD3
SE_13120chr1:111414229-111419002CD34_Primary_RO01480
SE_13514chr1:111413409-111425175CD34_Primary_RO01536
SE_14512chr1:111413558-111425473CD4_Memory_Primary_7pool
SE_15727chr1:111414573-111421437CD4_Memory_Primary_8pool
SE_16463chr1:111414680-111421065CD4_Naive_Primary_8pool
SE_17261chr1:111414492-111421237CD4p_CD225int_CD127p_Tmem
SE_17666chr1:111413035-111427490CD4p_CD25-_CD45RAp_Naive
SE_18327chr1:111412870-111427843CD4p_CD25-_Il17-_PMAstim_Th
SE_19462chr1:111413960-111425040CD4p_CD25-_Il17p_PMAstim_Th17
SE_20228chr1:111412931-111419177CD56
SE_20808chr1:111413606-111425141CD8_Memory_7pool
SE_21708chr1:111414211-111419016CD8_Naive_7pool
SE_22090chr1:111413011-111424887CD8_Naive_8pool
SE_22526chr1:111413077-111427544CD8_primiary
SE_40284chr1:111414735-111418647K562
SE_61332chr1:111412919-111424803HBL1
SE_62397chr1:111400341-111424606Tonsil
Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder
Number of disease enhancers: 2             
ChromosomeStartEnd
chr1111417000111418400
chr1111417124111417532
Enhancer Sequence
ATCCTTGGTG TACAAAACAT GACCACTGAT AAATGTCACA TGAAATGCAC GTATAAAATG 60
CAATCCCCAA AACTTGATAC TGCAGTAATT TCCAATCATG TGCTGTAACT AATGACTGAG 120
GTTGCATGGA CTCAGCAAAG TGTTAGCAGA GCTTCGGTCC TGACTCTCTG TGACCACCAT 180
CGGAAACTCT ATGTAAGAGC TTTCTTCTTC CAAGACCTGT GAGAATTTCA CTTGATTATG 240
CCCTGGAGCA GAAAGGAGAA AGTTCTCTTT GATTACACCC ACCCATCTAA GTATGAGGAT 300
TGGGAACAGG GCAGAGGGCT CTAGATTTCC AAGAGGGGTG GGGACGGGGA GAGGGCTCTG 360
GATTCCCAAA ACACCTCAGA GTTTATTGAG CCTTGTATTA AAAAATAAAA AGCAGTCTTT 420
TAAATAAATT CACTTAATAA TCAAGTGGTA GGTGCCTCCT GAGGCCAGGC ACTGTGCTTT 480
GGGAATTGTG GGGGAGGGAG ATGAAAAGGT AGAAGGAGAA TATTTGTCTA GCAAACAGTC 540
CTACTCTTAA GGAACTCCCA TGGGAGATAA GAGATATCAT ACTATGCGTG TGCTTTGGAA 600
GAAAGCTGAG AAAAAGCAAA CTCCCAGCTG CTGGACAAAC AAAGAGGTTT TGCTTTCTCA 660
ATCTTGAGGA GAATCTGTAC TATTTTGAAA TTGTGGTTGA ATGGGAGCAA AGACTGAACT 720
GAAACATTAT TTCCTGTGAT GTTTCCTGTG TGGGCCAGTT AAGAACACTT AATTTTTAAA 780
TGAAAGGATT GGGTACCTTT ATATTCATGA GGAATGATTC CAAGTTCATG CCTTCACAGC 840
TATGGTTACC ACCACCTAAG TGACCTCACC TTTGTTCACT GACAAGAGGC ACAAACTGGA 900
AAGGACAAAG TCTGTTGGTC CTTGGTTTTT TGTGCCCTCT GATTGACCTC TGACTGCACA 960
GAGGCCCTCG GACTCTGGTT CTCCTTTCCC ACTCCTACCC CATGGCCAGA TATGGCACTT 1020
GGTGCTGGAG ATACAGGATA ACAGAAAAGA TTATCATCTG AAAGGAGTTG TAGAGTTTAT 1080
TATGGATGAC AGTCACAGCA ATATACAAAT ACAGTGCAAT GTGCTCTTTT CTATAATAGA 1140
TGGAGAACGT GCACAAACTG TAGGAGTTAG GAGTGTGCCA AAAACTGCCT AGAGAGGTGA 1200
CTGGTGGGTT CACTTTCACA GAAGTATGGG TTTGCTATGG AGACATTCTA GACCAAGGGT 1260
GCTGTATATT CAAATTCAAA GAAGTGTGTA CCTCCAGGCA TGTTAGAAAT GAGAGAAAGC 1320
AAGTGAGACT GCAGTGTAAC ACACCATGTT TACAGAGCCA CATGAAGTGG AAAGCCCTTT 1380
CTCCTACTTG GCACCAGAAA GTGGAGGGCA AGATCGCTCA CCAGGCAGGT CCTAGGTCCA 1440
GCTCTGGGTG GGGCTATGCC CACCATGTTC ACACGACAGA ATTGATGGGA TGTGGGTTTG 1500
AAATGAGGGA GAAGAGGCAG GTTTTTGCCT CCTCAACCTA GATTTTCACT TAGAGCAGAA 1560
GGAAGGGTGG AGCTTCTTGT GAGGTTACAG CCATTGTTTT CAGCTTAGCT TCTGTTCCAG 1620
GAAGTACTGC ATTGATTCAG TTATAGTGGT TTGTTCTGCG TCCCTAGATT AGTCAGCCTA 1680
GGGCACTTCT TGTACCAAGC AAGCATCCAC TGTGTGTAGA TCACCCTGGG CCCTAGAGAC 1740
TGGGCACCTG TCCTCAGGAA GCTCCTAGGA CCCATCTGCC ACTGCAGGTG CAGGGCACTG 1800
AAGCAAAGTA ACCCAGAGAA AACAGACAGC TATGCAGAGC AGGACTCCAG CATGGCTGCT 1860
GGGGCAGAGG AGGGAAGGAT TGAGCTGGAG GTTGGGTGGT CAGTTTGAGA AGGCTGTCTG 1920
GAGGTAGGTT TTGGGAAAGA GAAAGACATG CATTTGCAAA GCCAGTGGAT GACCACTCAG 1980
AGTAAAGGCC AGGAATCTCT ATACTGAGAG TTAGAGGTGA GTGCTCTCTC 2030