EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS130-08053 
Organism
Homo sapiens 
Tissue/cell
MDA-MB-231 
Coordinate
chr13:111042320-111044370 
SNPs
Number: 1             
IDChromosomePositionGenome Version
rs55940034chr13111043309hg19
TF binding sites/motifs
Number: 3             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
NEUROG1MA0623.2chr13:111043266-111043276GACATATGTC+6.02
NEUROG1MA0623.2chr13:111043266-111043276GACATATGTC-6.02
SREBF1MA0595.1chr13:111042511-111042521ATCACCCCAC+6.02
Number of super-enhancer constituents: 24             
IDCoordinateTissue/cell
SE_00002chr13:111038168-111081448Adipose_Nuclei
SE_01535chr13:111038978-111043340Aorta
SE_01535chr13:111043348-111044522Aorta
SE_02237chr13:111039518-111052677Astrocytes
SE_25773chr13:111039535-111054460Duodenum_Smooth_Muscle
SE_26670chr13:111042422-111043074Esophagus
SE_29554chr13:111038230-111045961Fetal_Muscle
SE_37003chr13:111039274-111059996HSMMtube
SE_38033chr13:111042230-111045878HUVEC
SE_40609chr13:111042298-111043418Left_Ventricle
SE_40609chr13:111043451-111044566Left_Ventricle
SE_42124chr13:111042360-111043083Lung
SE_42124chr13:111043391-111044457Lung
SE_44350chr13:111039587-111045833NHDF-Ad
SE_45553chr13:111039434-111067659Osteoblasts
SE_51324chr13:111042307-111044111Skeletal_Muscle
SE_51789chr13:111042393-111043093Skeletal_Muscle_Myoblast
SE_51789chr13:111043230-111044003Skeletal_Muscle_Myoblast
SE_53243chr13:111042397-111043251Small_Intestine
SE_53243chr13:111043349-111044468Small_Intestine
SE_54480chr13:111035005-111054225Stomach_Smooth_Muscle
SE_56134chr13:111042246-111044706u87
SE_63579chr13:111042270-111044003HSMM
SE_67966chr13:111042246-111044706u87
Number: 1             
IDChromosomeStartEnd
GH13I110386chr13111039064111067347
Enhancer Sequence
CAAGTATAGT ACACACTTGA TGAAATTAAC TCAGTTTTAT TAAATGCCTA TTTTATTGGC 60
ATGGGATGAT TTAAGATGAA GACTCTCAGT GTTAACGGCC TCAATTCATT TATTCAAAAA 120
GCATGTATTG AGCCTGCTCT GGGTGCCAGC TACTATGCTA GGTGCAAGGA TGTAAATATT 180
CGTAAGACAC AATCACCCCA CTCAGGATTT TTTGCTGTCT ACTTTTATTG TCCTGTGAAG 240
AGGAAAGTTT GGAGAGACCC ACTCCCCTCC AAAGTGGGTT TCTAGGTCAT GTCCCATCAC 300
AGGAGGACCA GGGCTCTTGA GCTCGTTGGG AATTCCAGGA AGACTTCCAT GGAAGGTGGC 360
TGGAGTCTCT GTCTCCACAG ATTCCCAAAG GTCACGCAGT GACCCTGCAC AGGGAGCCTT 420
GAAACCTTTG CAGTTGGAGC CAGAGGGACT CCACACACCT TCTAGCCCAG CGCTGGGAGT 480
CTGTGGGTGG GACCCCGAGT GGTGATGTGT TGCACTCAAC GCCATGCCAT GGGTGAGGAG 540
CAGAACCTGG TCCACACTCA CTCTGGTAAA CTGACACCCC ATTAAACCAT GTTTTAAAAC 600
TTGTGTATTG GGAACTTCAC TGAACTCAGC AGTAGTTATT CCATAGGGCA GCTGGAAACC 660
ATTCTTTAGG GACTGGAAAG TCCATTCTCA TGCCCTTTGA CTTCCTTGAT GTTAATTCTA 720
AATGACACAT TCTCAGGATG TTTTCCCCAG AGGAATCCTA TATGGCAGGG CTGTGTACAG 780
GCCTGAGAAG CGACAGGGCA GCCTGCGGTT ACACTTGACT GAGTAATCCG CTTGTTTAGG 840
GCTGTGGCCG ATGAGTCCCT GTTCCCATGG TATCCTAAAC GTTTGCAGTT ATTACCAAAT 900
CTGAATTCAA CCCTCATCTT TTATATTGAA ATTCCTTTTT TAAAAAGACA TATGTCAAGT 960
GGAAGCTATT TCATTTGTAT CTGACACTAT CTTTTCAAAC TGTTTATCCA ATCATTTGGG 1020
TCCCAAGTGA ATTACGAATT CATCAACTTA AGGAAGAAAC TTGGAGGTTA AGACTTCTTT 1080
TTACGATACT CCCTCATTCA TGAAAAAATG CGTTTATTTT TAGTAGTGCT TTGGATTCTG 1140
TGTTTTGTTT GTTCTTTGGT TTTGTTTCTA GAAGAGTCTT GTTGGAAGCT CTGTTTCCAG 1200
AATGCTGGAT TGGCTGTGGT GGGGTCCATA ACCCACTGCC TGTATCAAAC TCATACTTCA 1260
AGAAAATATT AAATAGTTGC AGTATCTACA GGGCCTCTAC AGAGCCCCTT CTGCTATTAG 1320
CAGGGATGTG ACTTTAGGTC ACAAAAGAAC TAGAAGCAAA ATGGTGACTA TCAGAAAACC 1380
TTACCCAATA GGAGTAGCCA GACTTGGTCA TTTGTGAGGA GTCCGGCAGC CGGGGTTCCA 1440
GCATCTCTGT TGCTTCCCTG CTGTTGCCAG TGTAAATGTT TTATCATAGT CAGGATCTGT 1500
TGAGTTAAAA GAATATCCAG AGATATAACA ATGCATTCTT TGTCTGAGTC ATTAAGAATG 1560
TTTATGAAGA AGAAATTGAG TAGTGAAAAG CACAGATTCA GAGCCCGGCA GATCTTCCTC 1620
TGAAAATTGG CTCTACCGCT TACTAGCGCG ATGCCCTTGA GTAATTCTCT AATCTCTGTA 1680
AGCCTCAGTG TTTAGTTCTG CAAAACAGAA GAGCAACACC TTTCTTTCAG GGTCGTCATT 1740
GGGATTCGAG GTAGACAAAG TAATCTTTAG TATCTAGTCA CATGATCATT GGTCCCCAGG 1800
TGCTCGCTAA AAGGCAGCCT CCACCCGTCC TGAGAGTGAA CCACTGCATT CTTCAGTGTT 1860
CCCGGCTGGC AGGTGTGGAC TGCTGGTTCT CTTCAGTTTG CTCTGAAAAT CTCACTTTGC 1920
TTTGCCCTTG CTGGATATTT ACCCAGGTTT CTTGGGCTCT TTCTGCCCCC ACGTGTCTTG 1980
CACATCCCAG CAGGTGTCTC CTCTGGGGCC TTCTCTCCTC TTGGCCCCAC ACATTCTGTT 2040
TGCTCCCAGG 2050