EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS118-15579 
Organism
Homo sapiens 
Tissue/cell
Liver 
Coordinate
chr5:156981060-156983190 
TF binding sites/motifs
Number: 3             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
NFKB1MA0105.4chr5:156981657-156981670AGGGGAATTCCCT-6.07
NFKB1MA0105.4chr5:156981657-156981670AGGGGAATTCCCT+6.18
ZNF263MA0528.1chr5:156981983-156982004GGAGGAAAGGGAAGGGGGAGA+6.74
Number of super-enhancer constituents: 17             
IDCoordinateTissue/cell
SE_10863chr5:156980024-157004770CD20
SE_18164chr5:156981003-156983245CD4p_CD25-_CD45ROp_Memory
SE_19604chr5:156981006-156982766CD4p_CD25-_Il17p_PMAstim_Th17
SE_25805chr5:156980840-156983223Duodenum_Smooth_Muscle
SE_27121chr5:156981016-156983218Esophagus
SE_30832chr5:156980874-156982371Fetal_Muscle
SE_36955chr5:156980665-156992644HSMMtube
SE_40934chr5:156981093-156983174Left_Ventricle
SE_42416chr5:156981093-156983139Lung
SE_48834chr5:156981074-156983140Right_Atrium
SE_50178chr5:156981087-156983055Sigmoid_Colon
SE_51718chr5:156982037-156983158Skeletal_Muscle_Myoblast
SE_52470chr5:156981087-156983119Small_Intestine
SE_53856chr5:156981114-156983183Spleen
SE_54595chr5:156980750-156983397Stomach_Smooth_Muscle
SE_62383chr5:156965587-157041636Tonsil
SE_63503chr5:156981078-156983175HSMM
Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder
Number of disease enhancers: 2             
ChromosomeStartEnd
chr5156981100156982200
chr5156981807156982744
Number: 1             
IDChromosomeStartEnd
GH05I157554chr5156981163156983202
Enhancer Sequence
AATACACTAT GACCTCATTT GTATATAAAT ATACATAGGG ATTTTTAAAA TCTACATAAA 60
ATATTAAGTT CATGGTAAAT GCTCACTCCC TCAATGCCAG CTATTGTTGT TATCTGAAGG 120
TAAGCAGCCT GATGATAAAG GGGTCCCCAA ACCCAAGCAT CCTGACTTCT TCCAAGTCCA 180
CAGCTTCCCT TAGTTCGGAT AAGGGTCCAT CTAAGGCCAA CAGGGCAGTT GACAGCTTCC 240
TCCCATTCAT TTTACCCCGT GCTCCTGCTG AAGAGCAGCC AGGAGAAATA AGCTTGAGAC 300
AAAAGAAAAC CGTGGACATC CTTCCTGGCT GCACAGGCAG CCCTGGCTGC GGATCCCTGG 360
AAGGAGAGCC GGAACCAGTG AACAAATCCC AACCTCATAT TGGACAGTTC AGGGCCTCAT 420
CTGATTCTGC AGGCACAGAA AAGAGGTACA GTTTGGCCCA CTGGAGAACA CTGCAAAGCA 480
GTGTTTTCGA GATACAATTA GGTCAAACTG GGCATCGCTG GAGAGCAGAA GTAATTTCCT 540
CCCAGGGGCA ATGGGTTTTA AGGTCAACTC TTCTTAATTA CATTTGGAAA CCAACTCAGG 600
GGAATTCCCT CTGACTTCAT TCTTAAATGC TTTTCTGACC CTGCAAAACA CAAATAACAG 660
TGTCTATTTA TTGTGCTCTC ATAGTGCACC AGGCACCCTG TAAATCCTTT AAGAGCATTA 720
CGTTATTGAA TTCCACACAC ATCCTATGAG GTTATTATCC CCATCACGTA GATGAGAAAA 780
CTGAGACTCT CAAAGGTTGA GCGACTTGCC AAAGCTTACA CCTCCAGGTA GTGCAAGGAG 840
CCAAGCTTGG GATGCACACC TGCCTGGATT ACACTATCAC ATTACACTGA CATGCAAATT 900
CTAACCAGGG CCTGGGAAAG GTAGGAGGAA AGGGAAGGGG GAGAGTAGAA CAATGAAGAA 960
GAAATGCCAG TGCTAACCAA AAAAGAGCCC AAAGCATAAT GAGCCAGGAC TATGCATCTG 1020
AGAGGCAATA TACTGCCCCA GTTAAAAGCC TGGACTTGGG AGTCAAACAG ATCTAGTTTC 1080
ACATCCTGGC CCTGCTCTTC CCACCCACAT GACTTTTAGC AAGTCACACT GCTCCACACC 1140
TCAGGGTCCC CATCTGCCAA ATAGGGCTAA TATAGGAATC TACTCTTCAT TGGTTGGTTG 1200
TGACAAGTGA AGTAGATGAC CCATATAAAT ACCACAGTAC GATGCCTGTT ATACAGGCAT 1260
CTCCTACTTT TTAGCTATCA CCATTTGTTA ATATGTGACA ATCATTCCTA GTTATCCTCA 1320
GCCAGAAGTT CCCTAAGGGC AGACAGAGCA TCAGAGAACA TGACCCGGAA CTTGGGTAAT 1380
GTAGATAAGC AATAACCACA CAGATTATTG CTCAATATGT TTTTTTCTCT TGTCATTTTC 1440
ATGCTTGAAG AAAGCTGCAA GGGCCACATG TCACAGCTTG CATCCCCAAA ACACCTGAAA 1500
ACATTTGTTC TGGACGTTGC ATTAGTACAA ATTAGCATGT ATTGAAAACC TGCTTGCTAT 1560
GTGCCAGACG TTGTACTAAG TGCATTGTCA TACATTATCT CCTAACCTCA CAAACCCTGT 1620
GTGTGTGTTT CCTGGGGCTA GTGTGTAATA AATTGTCACA AAATTGGTGG CTTCAAACAA 1680
CAGAAAGTTG TTTTCACACA GCTTGAGAGG TCAGAAGAAT GAAATCGGTA TTATTGGGCC 1740
AAAATCAAGG GGTCAGCAGG GCTGCGTGCC CTCTGGGAGA ATCTGTTCCT TGCCTCTTCC 1800
AGCTTCTCCT TGGCTCATGG CTGCACCACT CTAATCTCTG CCTCTGTGAT CACATCACTG 1860
TCTCCTGTTC TGTCTATAGT CAAATCTCCT TCTGCCTCCC TCTTATAAAT ATATTTGCCA 1920
TTGTATTTAG GGCCCATCCA GGTAATCCAA GATAATCTTC TCATCTCAAG ATCTTTGATT 1980
TTGTTGTTGT TGTTGTTGCT GTTGTTTGAG ACGGAGTCTC GCTCTGTCGC TGAGGCTGGA 2040
GTGCAGTGGT GTGACCTCAG CTCACTGCAA CCTCTGCCTC CCAGGCTCAA GTGACTCTTC 2100
TTTACTGCAA CCTGTTTTAT CAGCAAGGTT 2130