EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DR004-14024 
Organism
Danio rerio 
Tissue/cell
Embryo_4.5hpf 
Coordinate
chr15:27158369-27159389 
TF binding sites/motifs
Number: 30             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
CTCFMA0139.1chr15:27159073-27159092CAGCGCCACCTGCTGGCCA-9.21
CTCFMA0139.1chr15:27159073-27159092CAGCGCCACCTGCTGGCCA-9.21
IKZF1MA1508.1chr15:27159265-27159277GGAACAGGAAGT+6.44
IKZF1MA1508.1chr15:27159265-27159277GGAACAGGAAGT+6.44
KLF13MA0657.1chr15:27159215-27159233CGCAGAGGGGTGTGTCCG-6.19
KLF13MA0657.1chr15:27159366-27159384TTGAAGTGGGCGTGGCAA-6.21
KLF13MA0657.1chr15:27159366-27159384TTGAAGTGGGCGTGGCAA-6.21
KLF13MA0657.1chr15:27158579-27158597CGGAAGTGGGCGTGGCAA-6.46
KLF14MA0740.1chr15:27159218-27159232AGAGGGGTGTGTCC-6.17
KLF14MA0740.1chr15:27158582-27158596AAGTGGGCGTGGCA-7.73
KLF14MA0740.1chr15:27159369-27159383AAGTGGGCGTGGCA-7.73
KLF14MA0740.1chr15:27159369-27159383AAGTGGGCGTGGCA-7.73
MTF1MA0863.1chr15:27158531-27158545TTTGCACACGCCTC+6
MTF1MA0863.1chr15:27158531-27158545TTTGCACACGCCTC+6
SP1MA0079.4chr15:27158583-27158598AGTGGGCGTGGCAAA-6.18
SP1MA0079.4chr15:27159370-27159385AGTGGGCGTGGCAAA-6.18
SP1MA0079.4chr15:27159370-27159385AGTGGGCGTGGCAAA-6.18
SP3MA0746.2chr15:27158583-27158596AGTGGGCGTGGCA-6.71
SP3MA0746.2chr15:27159370-27159383AGTGGGCGTGGCA-6.71
SP3MA0746.2chr15:27159370-27159383AGTGGGCGTGGCA-6.71
SP4MA0685.1chr15:27158581-27158598GAAGTGGGCGTGGCAAA-6.99
SP4MA0685.1chr15:27159368-27159385GAAGTGGGCGTGGCAAA-6.99
SP4MA0685.1chr15:27159368-27159385GAAGTGGGCGTGGCAAA-6.99
SP8MA0747.1chr15:27158583-27158595AGTGGGCGTGGC-7.22
SP8MA0747.1chr15:27159370-27159382AGTGGGCGTGGC-7.22
SP8MA0747.1chr15:27159370-27159382AGTGGGCGTGGC-7.22
SPI1MA0080.4chr15:27158957-27158971CAAAAGAGGAAGTA+6.41
SPI1MA0080.4chr15:27158957-27158971CAAAAGAGGAAGTA+7.1
SPICMA0687.1chr15:27158957-27158971CAAAAGAGGAAGTA+6.86
SPICMA0687.1chr15:27158957-27158971CAAAAGAGGAAGTA+7.95
Enhancer Sequence
CTATTGGAAT TGCTCCGTTT CTTATTATTA GGGACCGAGC ACCGAAACGG TGCGTAGGCC 60
CTATTGGAAT TGCTCCGTTT ATTATTATTA TTATTATTAT TATTCTCCTG CGGAATGAAT 120
CGCGGTTTTG AGGGGCTAAA CATGCCCGAA AACTCACGCA ACTTTGCACA CGCCTCAGAA 180
GTGGCGAAAA TTTACGTTTG TTATGGGCTT CGGAAGTGGG CGTGGCAAAA TGACTCGACA 240
GCGCCACCTA GAAAAATTAA ACGGACGAGC CCCCGATCCA CGAATCACGC ACATGCACAA 300
AAACTGGCAC ACACCTCAAA CATGCCAAAA CATACGAAAA AGTCTCTTGG AGCCATATCT 360
CAAACCCAAC AGGAAGTCGG ATATTTTTAA CTTCCTGCGG CGAAAAAGTG GCGTTTTTGC 420
CATTTCCAGG CGTTGTATTT TAACGAACTC CTCCTAGGGA TTTTATCCGA TCGACACCAG 480
AATTGGGTTT TGTCATCTAA AGGCCTTGGC GATGTTAAAT TGCGAAGCTT TAGAGTTTTC 540
GTCAATGGGC GTGTCCGTGG CGGCCTCGCA AACTTTGACG ATTCGCCACA AAAGAGGAAG 600
TAGTTATAAC TCAGGCATGC ATTATCAGAT CTGCCTCAAA ATTCACACGC TTGATAAGAG 660
TCCTGACCTG AACACGTTTA CATGCCGCTA TCCAGATACA GTTACAGCGC CACCTGCTGG 720
CCACAGGAAA TGACATGATT TACGGAGTTA TAAACTCCTC CCACAAATTT TATCGTATCA 780
ACACCAAAAT TGAGTGGTGT TATCTGAAAG CTCTAGCGAT GTTATATTGT GAAGATCTAG 840
AGTTTTCGCA GAGGGGTGTG TCCGTGGCGG TATGACAAAC CTCAACGCTT CGCCATGGAA 900
CAGGAAGTCC TTATAACACA ACCACACAAT GTCCGATTTG CCTGAAACTT CACATGGTTG 960
ATAAACGTCA TCTCTTGAAC ACATCCACAT AACAATATTG AAGTGGGCGT GGCAAAATGA 1020