EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DR011-41194 
Organism
Danio rerio 
Tissue/cell
Embryo_epiboly_80 
Coordinate
chr6:36632670-36633770 
TF binding sites/motifs
Number: 8             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
HNF4GMA0484.1chr6:36633275-36633290TGAACTCTGACCTCT-6.08
Hnf4aMA0114.3chr6:36633273-36633289AGTGAACTCTGACCTC-6
NR2C2MA0504.1chr6:36633275-36633290TGAACTCTGACCTCT-7.03
RXRBMA0855.1chr6:36633275-36633289TGAACTCTGACCTC-6.02
RXRGMA0856.1chr6:36633275-36633289TGAACTCTGACCTC-6.3
RxraMA0512.2chr6:36633275-36633289TGAACTCTGACCTC-6.1
ZNF384MA1125.1chr6:36633546-36633558TTTTTTTTTTAT-6.27
ZNF384MA1125.1chr6:36633547-36633559TTTTTTTTTATT-6.62
Enhancer Sequence
CACAGAGATT ACTGTCTGTA ATTGCCAGTT CCTCAAAACA TCCTGCCTTA AATGAACATA 60
TACTCTGACA CACACACACA CACACACACA CACACCTACA TAATCAGCGC AGAGAGATTA 120
AACTAAAATG CACTATTATA GAAGAACTGA CATGGCCTTT CAGTTCAGCT TGTTTCTGAC 180
AAATCTAAAG ACCGTATCAT TGTCTTTCAG ATTACCTGTA CAAATATGAG GAAACGGCGT 240
GCTGTATGTC AGGTGCCACG GGCCAGTGTG TGTGGGACCA GTGGGAGTGG CAAGGCGCCA 300
GGCTGCCCTT ATCAGCCCCT ACGGCCCAGT CACCGCTCCC GAGAGACGGC CGGGGAGGGA 360
GCCAGGAGTC CCTTTGTTGT TTTCTCTGAT CTACGACCGG CCTTTATGGC ATGCTCTAGA 420
TCACTATCAC TGTGGGAAAG ACAGAAAGAA GGCCCTGGGA GGGTGTGCGT GTGTGTTTAT 480
GTGTGTGATC GACCGAACAA CCTCTGCCTT TGACTCTCCG ACAACTATCG CAGGGCCTGT 540
CGCTGCTGAT ATTGCTCATA AAGAAGCCCT CGACCAGCTG CAGGGACGCG GGCGGATGAT 600
AAGAGTGAAC TCTGACCTCT CGGTTCACCA GTCACACTAA CAACACAGAC ATCAATGAAG 660
TCATGAGGTA TGTCAAGGCA ATTACAGGCA ATATATGACT TATAGTTATC TTGTCATCTG 720
AGCTGCGAAC ATCATAGGAT ATTAAGTGCA AATAAATTTG GACAATTGGT CAACTGGATG 780
AACACATCAT TCCTCAAATA AAAATTATTT ATCTGGTTTA ATGTTAATAT GTTGTGAAAA 840
TAAATGAATA CATGTCTATA AAAGTATACC TCAACATTTT TTTTTTATTT GTCATTTACT 900
CATCCTCATG CTGTTTCAGA TGAACAGTCA TTTACACAAA GAAAGACTGA GTCTTAAATG 960
ACTGTGCTGT TTTAACCCTC TATTTAGTAT AATATGGACA AACTCAAACC CCTAAGCAGT 1020
TGTTTAATAG ATGTCTAATA GACATACAAA CATAGTCGTC TTGGCTAAAA CAAGGCTAAA 1080
CTTGGGCTGT CAGTGAAAAT 1100