EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS184-09488 
Organism
Homo sapiens 
Tissue/cell
T47D 
Coordinate
chr13:114829490-114831430 
TF binding sites/motifs
Number: 6             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
ESR2MA0258.2chr13:114831180-114831195GGGTCACACAGCCCT+6.01
IRF1MA0050.2chr13:114830067-114830088AAAAGAAAAATGAAACCGGCT-6.27
MLXMA0663.1chr13:114830742-114830752ATCACGTGAT+6.02
MLXMA0663.1chr13:114830742-114830752ATCACGTGAT-6.02
MLXIPLMA0664.1chr13:114830742-114830752ATCACGTGAT+6.02
MLXIPLMA0664.1chr13:114830742-114830752ATCACGTGAT-6.02
Number of super-enhancer constituents: 25             
IDCoordinateTissue/cell
SE_00138chr13:114827062-114835371Adipose_Nuclei
SE_00817chr13:114829703-114829968Adipose_Tissue
SE_00817chr13:114830145-114830505Adipose_Tissue
SE_03425chr13:114828941-114831797Brain_Angular_Gyrus
SE_04238chr13:114828827-114832657Brain_Anterior_Caudate
SE_05108chr13:114827606-114834983Brain_Cingulate_Gyrus
SE_05953chr13:114828885-114835100Brain_Hippocampus_Middle
SE_07043chr13:114828880-114835230Brain_Hippocampus_Middle_150
SE_08101chr13:114828923-114832389Brain_Inferior_Temporal_Lobe
SE_09714chr13:114827574-114835404CD14
SE_17352chr13:114828918-114835297CD4p_CD25-_CD45RAp_Naive
SE_18337chr13:114828780-114835034CD4p_CD25-_Il17-_PMAstim_Th
SE_22425chr13:114829000-114835146CD8_primiary
SE_30552chr13:114828907-114835038Fetal_Muscle
SE_34578chr13:114828908-114832944HCT-116
SE_39266chr13:114828826-114835076IMR90
SE_43356chr13:114828948-114835116Lung
SE_43778chr13:114828945-114835312MM1S
SE_44448chr13:114827784-114835135NHDF-Ad
SE_44958chr13:114828684-114835047NHLF
SE_46283chr13:114827829-114835063Osteoblasts
SE_50768chr13:114828922-114835063Sigmoid_Colon
SE_53836chr13:114828807-114835313Spleen
SE_58808chr13:114808446-114835298Ly1
SE_67256chr13:114828945-114835312MM1S
Number: 1             
IDChromosomeStartEnd
GH13I114062chr13114827994114835274
Enhancer Sequence
CCCTCCGGGA ACTTCTGAAT GTGTGTTGCA ACTTAAAAGA CATATTATTT CACAACATTT 60
AAGGAGGATC TTTTTTGAAC TAAAAAAACC CCCACAAATT TGTTAAATTT GTCACCAGTG 120
GGTGACTATG GACCTGTGAT CAGCCAACTC TGAAATGAGC TCCAGCAGAT GGACACAGCG 180
TCCCAGGACC TGCAGGAGCA GAGGCTGCGA GGCCAGCCAC GTCCACCTCG ATCACGTCAC 240
CTCGTGGGCA GAATGGCCTA CGCCCCATGT CCTCCCAGCC CCACCCAGAA CCCACGGTGA 300
GCACCCGGCA GGAAGTGGCC ACAGCACCAT CACTGGAGGC CACGCGGAGT CTGAGGACAG 360
CAGCTTTCCC CCCTATGCTG TTGTGGGGAC TCCAGGCTCA GCCTGAGGAC AGGGTCAGTT 420
CCCTCCACAC AGCACCAACA CTCCCAGGTG CAAAGCCCAG GCCCACGGAC AGCCCCCCGC 480
TGTCCGTGGG TCTCATGGTG GGGGCACCCA TTTTCTTTCA TCAGCAGGAA GGTTTGTGCT 540
TTCTCCTTCC TGGGCAGCAG AGTTTGAAGC GTATTCCAAA AGAAAAATGA AACCGGCTGA 600
ACGCTAGGGC ATTCCTCCCA TCCCCCATCC TGTTCGGTGG CCTGTGCCGG ACAATCTCTT 660
CTTTCTGATG GACTCAAAGG GGCCACACAG CCACCAGGTG CCCCCCTTCC CATCAGCAGC 720
TTAACCTCGG GGTATCTCTT GGACAGGCCG GCTTTGTCTC CAGCCGAGGT CAGCAGCAGT 780
CAGATGCGGG ATGAATGCCT GGCCCAGGCG GCCCCCACTC ACCGCCCGAG GGCTCTGGAA 840
CTCTCTTTCC AAATAAAGAA AAAGTGCGGC CTGAGAGGAC CAGGCTCGCC TGAAATCCTG 900
CCATGTGGCC TAAGGAAATT AACGCACGCA GCAGCCTCTC CCTCTGAGGC AGAGACCCTG 960
GCAAAGTCTC CTTTCCCTCA GTCATTTCTG GAAGAAGTGC AAATGAAGTT TCACAGAATC 1020
AAGCAAACTT TCACGGGGAA AAAAGAAAAA ACCTCTTGCA GAAAACAGAG TTGACCTTTA 1080
AGTAGTGGCT CTGATGAGGG GAAACCATCT GAACTGAATT CCTCCTCCTC CTGGAGCCTG 1140
GAGCAGGGGC TCAGCTGGGA CCAGCAGAGA AACCCCCGCC TTCTCCTCCC TGAGTCACTT 1200
CCCAGCATCT GCGCAAGGCT GGCGCTGCCC CATCCCGCCT GCGGCTGCTC CCATCACGTG 1260
ATCATAAGAA AATAAACCTG GTTTCCCAGC TCTGTGCTCT GCCGCAGGCT CGGGGCCCAT 1320
TTCCCAAACG CTGGGGGGAG CCGGGAGCTG CCAGGGCTGC CCCAGCCTCG GGGTAGAGGG 1380
TAAAGGCTGC GTGAAGAGGA ACCAAACCCC AAACCGGGTC TGCGAAGCAG CCCTGGGGCT 1440
CCCAAGCCAG CCTCTGGGCT GAGCTCTGCG GTCCTGAGTC ACTGCCTGAC TCATCCTCAG 1500
AGGCGCCCCA CAGAGAAGGG GCAACTTGGC CAGGGAAAAT GCTCCATCTC CGCAAAGGAC 1560
AGGAGGCAAA ACACACCCAT CAGAAGCACA TGGCCAGTGC AGGGCCACAC AGCCCTGGCT 1620
CCCACAGACC GCAGGCTGGA GAATGGGGGT CCGCGGTCAG CTCATAGCCC ACCCGCCACC 1680
CAGCACTGCA GGGTCACACA GCCCTGGCTC CCAGAGGTCA GAGGCTGGAG GGCAGGGGTC 1740
CGTGGTCAGC TCACAGCCCA CTCACCACCC AGCACGGCAG GTCTCAGCGG AAGCCCCACA 1800
CACACTGGGT TGCAGCCTCC TGTGGTTCAA GATGGGTGGG GTTATTTTGA AATGTTGGCA 1860
AATAGAGCTG TGAGTCTTCA AACGGAACCC AAAGACTCAG TGAGGAAAGC AGGCGGGCTG 1920
GGCTGAGACT CACAGCTGCA 1940