EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS048-00553 
Organism
Homo sapiens 
Tissue/cell
Fetal_small_intestine 
Coordinate
chr1:22261650-22263500 
TF binding sites/motifs
Number: 2             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
KLF16MA0741.1chr1:22263417-22263428GCCCCGCCCCC+6.02
KLF5MA0599.1chr1:22263417-22263427GCCCCGCCCC+6.02
Number of super-enhancer constituents: 33             
IDCoordinateTissue/cell
SE_00032chr1:22219419-22267496Adipose_Nuclei
SE_00908chr1:22261596-22264688Adrenal_Gland
SE_01556chr1:22261530-22263764Aorta
SE_06476chr1:22261367-22263627Brain_Hippocampus_Middle
SE_23160chr1:22261630-22263874Colon_Crypt_1
SE_23793chr1:22261720-22263849Colon_Crypt_2
SE_24796chr1:22261738-22264525Colon_Crypt_3
SE_25801chr1:22261365-22263627Duodenum_Smooth_Muscle
SE_26605chr1:22257148-22267389Esophagus
SE_28012chr1:22261549-22263751Fetal_Intestine
SE_28954chr1:22261602-22263609Fetal_Intestine_Large
SE_29681chr1:22261769-22263486Fetal_Muscle
SE_36920chr1:22219607-22267740HSMMtube
SE_37945chr1:22255424-22263634HUVEC
SE_39947chr1:22261526-22263741K562
SE_40620chr1:22245016-22267401Left_Ventricle
SE_42167chr1:22261460-22267388Lung
SE_44366chr1:22261557-22263587NHDF-Ad
SE_45173chr1:22261569-22263770NHLF
SE_45699chr1:22261367-22267470Osteoblasts
SE_46764chr1:22262406-22263493Ovary
SE_47433chr1:22256278-22263564Panc1
SE_48478chr1:22261595-22267357Psoas_Muscle
SE_48565chr1:22261529-22263860Right_Atrium
SE_49456chr1:22261666-22263834Right_Ventricle
SE_50206chr1:22261617-22264760Sigmoid_Colon
SE_51733chr1:22261531-22263604Skeletal_Muscle_Myoblast
SE_52462chr1:22261588-22263776Small_Intestine
SE_53700chr1:22261588-22266966Spleen
SE_54522chr1:22243934-22263810Stomach_Smooth_Muscle
SE_56811chr1:22261715-22264609VACO_400
SE_63519chr1:22261385-22263783HSMM
SE_68865chr1:22261652-22263809H9
Enhancer Sequence
GCCTCCCAAA GTGCTGGGAT TACAGGCATG AGCCACCGCG CCTGGCCTGA AAAACTTTTT 60
AAAAAGAATT TTATAAAGAG ACTTCAGGGG CCAAGCTCTT TCCAGCCCAC CACCAGCAGC 120
CTGGGGTGGG ACAGCGACCC TCCATGTGTT GCTGAGAAGG CTCTCTAATC CCACAGGATT 180
GGAGCTGCCT GTTTATTTGT CTAAATTACC GCCCACCAGC CTGTGAGTGC TGGGAAGGCA 240
CAGACAGGGC CTGTCCTTGC TGGTCCAACC CACCCCAGCC CCTAGCACCA CACGAGGTTC 300
ACTGGTTCAC TGGCACACAG TAGGTGCATG GCAAATATCT GCCCAAAGAA TGAACCTCTG 360
TACTCCCAGT GACTGCCATG GAATGTCGCT CAGTGATGAT CTGTTGAATG AACAAGTGAA 420
TGAGATGATC TGCCACGGTC CAGGAATGTC TGTGGAAATT CCTCATGCAC ACAGCAAACA 480
ACTCCACCCA CCGCCATCCT ACCGCACCCG GGCATGGAGG AGCCCCTCAT CGGGGGCAGA 540
GCTGGGGGAA GGTCAGGAAA GACTGTTGGG CCTCGGAAAA CATCCCACGT GCTAGGTTGG 600
TGCGTTGGGA AAAGTAAAAG TCAGTGCCAG GAGTGCAAGT TCAGGTCAAG ACTAGGGAGC 660
TACTGGATGG CCCTGCTGAA TATTTTGGGG TGAGAGGCTG AAACAGGAGG ACGACAGAGG 720
AGGCTGCCCA GAGTGGGGAT GGGGGAGGAG AAGTGCTGGG TGGGTGGGGC AAGAGCAGTG 780
AGGAGCCAGG TCTGGGTGGG GGCTTGACGA GTGACTCAGG AGGGTAGAGG TGCGATGAAG 840
CCAGGAAGGT GAGGCCAGGC AGGCAGTTCC TGGGTAAACA CCAGCCTGGT TAGAAAAGTC 900
CCTCTCTTGG CTCAGAGAAC AGGGAGGCAG GTATGGGGAC TGCCTAGGAG CACCTCGGAG 960
AGAGTGGGGG TGGCTCTGTG GCTCCCCACG GTAGGCTCGG CTCCCCAGAT GTGCCCCCAC 1020
CCACATCTGC CACTAGCTCC CTGCCCACCG ACCCCACCCA GTCCTCCTCA AGTTCACTCA 1080
GGTCCTCAGG GCCTCTGCTG GCCAAGTGCC TTCTAAGCCT CGGGATTCCT GACCGTAGAA 1140
TTCCCTTTTC CTCCACCTAA GCTCAGAGTA GGGGACTAGA CTGCAAGGGC AGGCCTCTCC 1200
CTGCCTCTTG GAGACCTGGG AAGAGGAAAG CTGGGGAACT CGGGTCCCCC AAGGGTGCAC 1260
TGCATCCCCG CACCACGCAC TTTGCAGCTC ATTCCACGCA GTCCAGCAAC GCCCTGCAGC 1320
TATGCATTTT GAGGCCGTGC ATTTTGAGTT CCCTTGACCC ACGTGGGGCT GGCCTCAGAG 1380
AGGTTAACTA GCGTGCCCCA GGTCACACAG TTACTCAGTG AAAGGCAGGG ATTGATTCAA 1440
CTCTTCGGCT GTATGACTCC AAGGCCCGTG GGTGTTCCAC ACAAGCTTCA GTTCTGTCCC 1500
AAAAGTTTTG CTTGTGCCTA CCTGGGTCCA AGCTCCCCAA GGTGATAGAC GGTGTGGTAA 1560
AGTTTCAGCG AGACTCATAG GGTCCCCATC ACCACTGAGT GGCCGTTCTG CCAAGCTGGC 1620
GCAGAAGGGT TCCCTCGTCC TGCCAAGTTC CCACCCTGCT CAAAGTTTCC CCTCCTGGTC 1680
CCCAGGAATG GTAGGCCGGA CCATGCCCAG CGAGACTCCA GCACTCGGCA ACGTGGCCGA 1740
GAGACCCACG GGCTCCCACA CGGGCCAGCC CCGCCCCCAG CCCCACGAAG GGTCCTGACT 1800
GGTGGCCCCC CTGGATTAGC CCCATGCCGC AGGGTGGCGC CGGCCCGGGG 1850