EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
HS105-08786 
Organism
Homo sapiens 
Tissue/cell
IMR90 
Coordinate
chr10:17067270-17069110 
TF binding sites/motifs
Number: 8             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
RFX1MA0509.2chr10:17067775-17067791TGTTGCTATGACAACT+6.38
RFX1MA0509.2chr10:17067775-17067791TGTTGCTATGACAACT-6.38
RFX2MA0600.2chr10:17067775-17067791TGTTGCTATGACAACT-6.26
RFX2MA0600.2chr10:17067775-17067791TGTTGCTATGACAACT+6.4
RFX5MA0510.2chr10:17067775-17067791TGTTGCTATGACAACT+6.21
RREB1MA0073.1chr10:17068155-17068175CCCCAAACAACCACCACAGC+6.67
RREB1MA0073.1chr10:17068154-17068174ACCCCAAACAACCACCACAG+6.73
Stat6MA0520.1chr10:17067612-17067627TTTTTCCAGAGAAAC+6.35
Number of super-enhancer constituents: 20             
IDCoordinateTissue/cell
SE_00693chr10:17064124-17068088Adipose_Nuclei
SE_02279chr10:17063748-17069478Astrocytes
SE_09959chr10:17063329-17070260CD14
SE_12360chr10:17064454-17070140CD3
SE_16659chr10:17064314-17070250CD4_Naive_Primary_8pool
SE_17226chr10:17064697-17070025CD4p_CD225int_CD127p_Tmem
SE_18814chr10:17064341-17074249CD4p_CD25-_Il17-_PMAstim_Th
SE_19922chr10:17064493-17072796CD4p_CD25-_Il17p_PMAstim_Th17
SE_21442chr10:17066882-17070160CD8_Memory_7pool
SE_26240chr10:17064115-17068562Duodenum_Smooth_Muscle
SE_29863chr10:17067617-17068400Fetal_Muscle
SE_37595chr10:17064302-17069938HSMMtube
SE_38004chr10:17064380-17073255HUVEC
SE_44159chr10:17063596-17072780NHDF-Ad
SE_44819chr10:17063898-17069691NHLF
SE_45725chr10:17063483-17070392Osteoblasts
SE_47324chr10:17062926-17069482Panc1
SE_55749chr10:17063010-17072777u87
SE_63635chr10:17064588-17069776HSMM
SE_67629chr10:17063010-17072777u87
Diseases: AD,Huntington,Obesity,Parkinson,Prostate cancer,Schizophrenia and Sleep disorder
Number of disease enhancers: 1             
ChromosomeStartEnd
chr101706755917067950
Number: 1             
IDChromosomeStartEnd
GH10I017021chr101706328117072895
Enhancer Sequence
GAAGTGAGTG TCACTAATAG AAGATTATAT TTCAATCACA AGCAGGAAAG CAATTTTATT 60
GTAGAATGTA CTTGACTAAT GTCAATGTGG CCAGAGCCAG GCTCTGTGTT CATAGCCCAG 120
CTCTAAAATT TAGAGAACAC AATTTTGTGA AAATTATTGA ACTTCTTCAA GCTAAAATGT 180
CTTTATCTAT AAATCTGGCA CCATAATGGT ACTTATCTCA TAATATTGTT GCCAACAGCA 240
AATGAGATAA ACCACGTAAA AGGTTTGCTA TGAGGCCTGG CATGTGGAAT GTGCTCAAAT 300
TGTTACTCTA ACTCTTTGTC AGAGGCAAAG GGAATCAACA TTTTTTTCCA GAGAAACCAC 360
CCAAAATAGC TATGAGAAAA GAAAGATGTT GGGGATTAGA GAACAGGAGC TGACTCACAT 420
AAAAGAGTTC ACAGAAATCG TCACTGGTAG GGCAGATGGG GAAGTGATGA ATTCAGTGAG 480
GAGGTGGAGG CCAATCCTCG CAGTGTGTTG CTATGACAAC TTGGGCATTG TGGAGACTGA 540
GGCATCCCGG ACAGCCATGC AGAAACCAAG GCGAATCATC CTGTGTGGGG TGGAGATAAG 600
CATGCTGTGT GTGTGGAAGG GATTGCGGGA GGACAGATCA TGCAGGGGAC AGCAGCAAAG 660
AGAGTTAGGA AACCAGAGGC TGTTAAGGCT GCCACGGTGA GGTGGATAGA GTCCACTGGC 720
AAGCAAAGTG GCTCTCATGC TAAAAGTGAG CAGCATCTCT TCCTGTTGCA GCCTCCCTTC 780
CCCTTTGGGT CCTACCCAGC CCTGTAGTTC CTGCTGCTGA ATCACTGGAG ATCCAGAAGG 840
ATGGGACCTA GGGAATTCTC AGGGCATCTG CTCAGATGTT CCCCACCCCA AACAACCACC 900
ACAGCAGGAT CTGTGGAGAG GCCTCATTAG GGTGATTGTT AAAAATGTTG TTGCTGAGGT 960
TTGCACTCAC ATCTCCTGGA AAAACTTGGA ACTTTATCCA AGTTCAGGTT ACTTTAAATT 1020
TGAAGGGCTT TGAAATGTTC CTGTAACAAC AGTAGAAATT GCAAAGCAAG AATCACAGAG 1080
GCTGGTTGTG GTGGCTCACG CCTGTAATCC CAGCCCTTAG GGAAGCCGAA GCGGGTGATC 1140
ACTTGAGGCC AGGAGTTCAA GACCAGCCTG GGCAACATGG CAAAACCCTG TCTCTACTAA 1200
AAATATAAAA AATTAGCCGG GTGTGGTGGC GTACGCCTGT AGTCCCAGCT ACTTGGAAGA 1260
CTGAGGCAGG AGAATCACTT GAACCCCAGG AGGTGGAGCT TGCAGTGAGC CGAGATCGCA 1320
CCACTGCACT CCAGCCTGGG AAACAGAGCA AGATTCTCTC AAAAAAAAAA ATAAATAAAT 1380
AAATAATAAG AATCACAGAG GAGATACAGC GCTTCCATTG TGGATAAGCA AAGCCCAAGG 1440
GGGCAAATGC AAAATCAAAT CATGGTGGAT AAATGAGGCA AATGTAGAGG AAGGCTGATA 1500
AGCAGAGCAT GGTTGATCCC AGCCGACTCC AAGATGGCCC TTGGGAGGCT AAGTCCCCTC 1560
CATAAGGCAC ATGGCCACTC ATAGCATGCT CCCTGACATA GGCACAGAAA AAGCCGCCTT 1620
GCCATGTGCT GACAGGGTGG GGCAGGAAAT ATGAAATATC ATCTAAAAGT AACAATTACT 1680
CATAATGTTG GGCTTTGCAT GAGAGCAAAA AACCCATCGA AATACCACAT TTTGAGTTAC 1740
TTGGTGTCAC CCTGAGTTAC AGGTCTGTCT CATATAAAAA CCAGCGTTTC CTTTCTATGT 1800
GGTGGCTAGT TGCTGTCTGC TCTTACTAGA ATTTACATTT 1840