EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS052-32844 
Organism
Homo sapiens 
Tissue/cell
Fibroblast_foreskin 
Coordinate
chr6:53223100-53224980 
TF binding sites/motifs
Number: 5             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
FOXP1MA0481.2chr6:53223508-53223520TTCTGTTTACTC-6.27
KLF5MA0599.1chr6:53224319-53224329GGGGCGGGGC-6.02
SPICMA0687.1chr6:53223620-53223634TTCTTCCTGTTTTT-6.37
ZNF263MA0528.1chr6:53223441-53223462TCCTCTACTTCCTCTTCCTCA-6.35
ZNF263MA0528.1chr6:53223438-53223459TTCTCCTCTACTTCCTCTTCC-6.51
Number of super-enhancer constituents: 27             
IDCoordinateTissue/cell
SE_00048chr6:53221880-53226188Adipose_Nuclei
SE_10077chr6:53222877-53225333CD14
SE_10347chr6:53221738-53225640CD19_Primary
SE_10851chr6:53221458-53227410CD20
SE_11915chr6:53222757-53227248CD3
SE_13505chr6:53222428-53225396CD34_Primary_RO01536
SE_14562chr6:53221796-53227225CD4_Memory_Primary_7pool
SE_15539chr6:53222933-53227236CD4_Memory_Primary_8pool
SE_16083chr6:53223142-53224849CD4_Naive_Primary_7pool
SE_16430chr6:53223103-53226968CD4_Naive_Primary_8pool
SE_16964chr6:53222976-53227334CD4p_CD225int_CD127p_Tmem
SE_17643chr6:53222451-53227514CD4p_CD25-_CD45RAp_Naive
SE_17871chr6:53221582-53227890CD4p_CD25-_CD45ROp_Memory
SE_18466chr6:53222054-53227384CD4p_CD25-_Il17-_PMAstim_Th
SE_19254chr6:53222784-53227390CD4p_CD25-_Il17p_PMAstim_Th17
SE_20223chr6:53222603-53227398CD56
SE_20970chr6:53222441-53226968CD8_Memory_7pool
SE_21698chr6:53223071-53226955CD8_Naive_7pool
SE_22474chr6:53222783-53227329CD8_primiary
SE_25444chr6:53222834-53228030DND41
SE_30822chr6:53223181-53225903Fetal_Muscle
SE_31070chr6:53223040-53225892Fetal_Thymus
SE_39375chr6:53221638-53225964Jurkat
SE_47315chr6:53221641-53226897Panc1
SE_60235chr6:53190767-53225498Ly4
SE_62487chr6:53196787-53227022Tonsil
SE_66250chr6:53221638-53225964Jurkat
Number: 1             
IDChromosomeStartEnd
GH06I053357chr65322186553227391
Enhancer Sequence
AAATTATCCT CCGCACATAG CAAGAAATCT AGAAGTCAGT GGATGCTGAG TACATATTTA 60
CTGACTATTC TTTGGGAACT TGGTATGTGC TAGGAATTGG GGTGATAAAA CTTTTTACCA 120
ATATATGGCA AAAAGCGATG TGCCTTAGGA AGTGCAAAAA AAGTGCTGTG GGAATCCACA 180
TGTCAAAGAG GATGAGGAAA GGGCATTGTA GCAGTAGGGC CTTTGCAAAG GCTGTATACC 240
CTCTTCTTAA AACTGCTCAC CTCTCCTCTT CCCAGGTCTC AATTGAGAAG TCATCGTTTT 300
AAAACGACAG GTCTTTCCCA TACCTGGCTA AAATCAGTTT CTCCTCTACT TCCTCTTCCT 360
CAGCCACTAC TTTACTTTGT CCACAGCACT TAGCACAATC TGTAGTTGTT CTGTTTACTC 420
ATTTTTACCT CCTACCTTCC CTATTACACT TCAGGATGGC AGAAACAAGT CTACCTTGTT 480
ACTGGGGTGT GCCGGGCATA AAGTGTGCGC ACACTTTTTT TTCTTCCTGT TTTTCGAGAT 540
AGGGTCTCGC TCTGTCGCCC AGGCTGGAGC GCAGTGGCGC GATCGCCGCT CACTGCAGCC 600
TCGAAGTCCT GGGCTCAAGC GATTCTCCTC CTTGGCCTCC CAAAGCGCTG GAATCAGGGG 660
TGTGAGCCAC CTGGCCTGAG TGACTGAATC TAAAATATGG AGTCAAAAAG GGGTATTGGT 720
GTAGGGACAG AAAAAAACTG GGTGTCCAGA CATGAATTCC AATCAAAGGA GCCGGGCCTT 780
CTTGGCACAT CGCGCTCCGA GAACCCGGGA GGGATCCAGA GAGGCGGGGA CGCCCTTTGT 840
CACCGGCCTG AGGGGCGGGC GTGGCTTCCC TTTGCAACCC CTTCCCCCAG TCTTGACCGC 900
AGGCCCTTGA GGGCCACCAT CACTTCTGGG TTCCCGGAAC GCGGTGGGCA CACTCGCGCC 960
AGGCGCGGGT ACCAGGGCCT GCCTGGGGCC CCCTCCTCCA CTCGCGCGGC GTGGACACCG 1020
TTAACTGCCT GTGGCTCAGG GCGGTGCCGC CGCCACCCCC GCGGCACTCG GCTCCTCTCG 1080
CCAGCCCTGC GCCACTCGGC TCCTTTCGCC CGCCCCGCGC CCTCGGCGGG CCCGCCCCGC 1140
TCCCCCGCGG CGGTCACCCC ATTCATTCCG CGGCTGCACC CACCAATCAC CGCTCACCAA 1200
CAGCGCCGCA TCTGGCGATG GGGCGGGGCC TCGCGAGGAG CACGCTCGCG CCCTCCCCGC 1260
CTTGAGCTCG CTCCCGGGCC GGGTAATTCC CGGGCAATGA CCAGACCTCG TCCCCGCGCT 1320
GACCCTTCCT GGGGACATCG GGTGGGGGTG GAGGAGGCGC TGAGCTAGGG AGAGGAGGGT 1380
TGTGCGGCCC GGACCACGCA ACCTTGGGAT CGGAGGGTGG TTGAGGCCTT GAGGGAAGAA 1440
TGGAAGGCGG CCTTGACTTC TGGTGCTTCC ACGCCCTTCA GATCCAGAGC CCAGAGCGTC 1500
CAGGCTGGAG TTTAGGACGT TCATCAGAGT CCCGAGACGC GCGAGTGGGT GGAACCGCGT 1560
GGGGCGGGAG AAGAGGGGGA GATTAGGCAG CAAGAAAATG GTCCCCGTGG GCAGTTCAGC 1620
CTAAACCTGG AGCTGGGGAA GGGCCTCTGG AGAGAAGCCT TAAATCGTTA CTCATCTTTC 1680
ACAGTCTTTT ATAATCGTGA ATGAGCCCTC CGTTGTAGAC TGTTAATGCG TGTCCAGGAT 1740
GCCCGAGAGT GGGGGTAAAA CAATAAAAGA CTCCTCCTGT TGTGATTAAA ATTATATTTG 1800
CTTTTTGTAT CCTCCTAAGT TCCATGATAT TGAAAATGTG TCTTGTTATA TTTCATAAAT 1860
GAGCTTTTAA AAAACTTCTG 1880