EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
MM076-01980 
Organism
Mus musculus 
Tissue/cell
Hindbrain_E11.5 
Coordinate
chr10:76652880-76655080 
Target genes
Number: 5             
NameEnsembl ID
TF binding sites/motifs
Number: 19             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
ESR1MA0112.3chr10:76653748-76653765AAGGTCACTGTGACTTC+6.03
ESR1MA0112.3chr10:76653748-76653765AAGGTCACTGTGACTTC-6.23
ESR2MA0258.2chr10:76653749-76653764AGGTCACTGTGACTT+6.14
RFX1MA0509.2chr10:76654076-76654092CGTTGCCATGGCAGCC-6.01
RFX2MA0600.2chr10:76654076-76654092CGTTGCCATGGCAGCC-6.28
RFX2MA0600.2chr10:76654076-76654092CGTTGCCATGGCAGCC+6.3
RFX3MA0798.1chr10:76654076-76654092CGTTGCCATGGCAGCC+6.57
RFX3MA0798.1chr10:76654076-76654092CGTTGCCATGGCAGCC-6.61
RFX4MA0799.1chr10:76654076-76654092CGTTGCCATGGCAGCC-6.15
RFX5MA0510.2chr10:76654076-76654092CGTTGCCATGGCAGCC-6.77
RFX5MA0510.2chr10:76654076-76654092CGTTGCCATGGCAGCC+6.81
RREB1MA0073.1chr10:76654151-76654171GGGGTGGGGGTGAGGGGTGG-6.58
RREB1MA0073.1chr10:76654165-76654185GGGTGGGGGTGGGGTGGGGG-6.74
RREB1MA0073.1chr10:76654164-76654184GGGGTGGGGGTGGGGTGGGG-8.54
STAT1MA0137.3chr10:76653455-76653466TTTCTAGGAAA+6.14
STAT3MA0144.2chr10:76654216-76654227TTTCCCAGAAG-6.62
Stat4MA0518.1chr10:76653455-76653469TTTCTAGGAAATGG+7.31
USF1MA0093.2chr10:76653144-76653155GCCACGTGACC+6.62
USF2MA0526.2chr10:76653142-76653158TTGCCACGTGACCTTT-6.01
Number of super-enhancer constituents: 1             
IDCoordinateTissue/cell
mSE_10095chr10:76652086-76658017Embryonic_stem_cells
Enhancer Sequence
TTGGGCAAGA GCCCCAAATT GCCTCTAGCC GCATTTACAC ACTTTCAGTC ACACACATAC 60
ACACATACAG GCACAAGCAA ATACTTACAC ACACACACAC ATACACACAC ACAGTCACAC 120
ACATTTGCAC ACCACAAACT CTCACACACA CGGGAGGCAG AGAATTGTTT GCGGCCCTCG 180
CTAAGAGCAT GGGGTCACAT TTTTCATTGC TAAGTGACCT TTATAAATAA CCATGACAGT 240
ACTACAGGGA TTGATTGTGG AATTGCCACG TGACCTTTAT CTATGAATAG CCATGATAGC 300
ACTACAGGGA TTGATTCTGG GATTGCCAGT AAGTTTTATC CAGAATGTGA ATTTGCAAGT 360
ATGAAAGATG GTGATCAGGT GGTCATTGAG ACTCGGCTCT ATTTTATTTA AAAGGAACTA 420
TAGAGACCAT AGCATTGTAG GAAAACAACA TTACCAGACT CTTTTACTAC CACAGGGTCC 480
CTAGGCCTGT AAGGCAAAAC CAGACCCTTT TGATCATTCC AGGGATACCA CTGAGCTGGG 540
TAGTGCACTA GAAATGAATG TTTGCCTGGA ATCAGTTTCT AGGAAATGGA CCTAATGCTG 600
ACCCCTAGCA CAGAAGTGTG GGGAAAGGAG GGAAGAGCCT TCCACTTCTA GGGAGGTCAC 660
AGTGTCTTCT AGACAGCTTT TATCTGCAAG TAACAGGTAA GTTGTTCCTA TCTCACGAGT 720
CCTGAGCCAG TGGCGCTGGA TTCAAGCGCC CCCTCAATGT CCCATGCTAA ATGCTATCTT 780
TAAAAGAAAA GCAAAGATGA GATTTGTCCC CAGATGAATC ATCTGCTCTC CCTGGGATAG 840
CTCCTTTCTA AGTAGTCAGG ATTTCTTCAA GGTCACTGTG ACTTCTGTGG GCTCATAGTG 900
CTAAGTTACA TGCGTGGGAC CTCACAGAAC AGAGCCCCTG ATAGTCTGGC TTTCTTGCAG 960
GTTAAGTTGG TGTGGTGGTT ACAGTATTCA CAATAGGCTT GCGGCTCCAA AATTAAGTTT 1020
CCAACTGTGC AAGCTAAAGC TCTTTCCTGC AGGCTCTTGT GAGCACCGAT CAGGTAGGGG 1080
GGAAAGCCCT GTAGCCAAGG ACCACCCAGC TTCTTGGACA CTTAAGCAGC CCTGTCCAGC 1140
CCTGGCTTGC TGGCTGGGGA ATTCACAAGG AAGGGATGCG CCTGACCCTG CATGCCCGTT 1200
GCCATGGCAG CCACCCCATG CTGGTGGGCT GCACAAGAGC TGGATTCCTT ACATAGCTGG 1260
GAGCCCAGGT GGGGGTGGGG GTGAGGGGTG GGGGTGGGGT GGGGGTGGCT GGAGCCTGGA 1320
CACTTAAGAA TCTTGCTTTC CCAGAAGCCA GTTCGAGCTG CACATTTCTA TCCATCTGTC 1380
TCTGCCCCTC CCTACCTGAG GCTCAGCTCA GCTCTGGTGG ACTCAGGAAT GGGTCAAATC 1440
AGGGGTGCAA TGGGGGAAAT CTGAGTGTGG GAGCAATCAA CCTGTAGAAA GTGATGTTTC 1500
TCTTCATCTG AGACTGCGTG GATGGGCTGC AAGGTCCCTT AGTTACAGAC AGACATTGCT 1560
ATCCATCAGA GCAGAACCCA GCTGTCTGTG AGGAGGCATA CGGCCCTCCT GGCTACTGGG 1620
ATGAGCCTGT TCTACTGTGG GTAGCTTCTG ATCCTAGCGT TTCCAGGAGC ATGGGCCTTA 1680
AAGCAGCCCC AGGGAGATGG CAGAGCGGCC ATGCCTGTTT TCCTCCTTCT GTGAGTTGGC 1740
ATCAGGGTCA CCTTTCTGGA ACTGGAAGGG CATGAAGTGC AGGAAACAAG ACCTTGTGTC 1800
TTCAGCTTTC TTCCCACCTT ACAGGGACAG CTCCGCTAGA GAGTTCTGTC CCTTACAGTT 1860
CCATGAGACC TCACACAGGG CAGGACCTGG GAGGCAGGAG CTGATGCAGA GGCCATGGAT 1920
GGGTGCTGCT TACTGGCTTG TTCTCGTGGC TTGCTCAACC TGCTTTCTTG CAGCACCCAG 1980
GACCAGCAGC CCACAGTGAG CTGGACCCTC CCATTCCACC ACCAAGTCAA TGAATGAACC 2040
ACACACAGTC TTGCCCACAG TCACTCAGGT GGGGTTATTT TTTCAATTGA AGTTTCCTCT 2100
TCCTAAAGGA CCTTAGCTTA CATCAAGGTG AACTAAAACG AGCCAGCACA TACCCCAAGG 2160
CTCTACTCAA CCTCACTGCC CCTCCTGTCT CTGGCTCCCC 2200