EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DR013-15888 
Organism
Danio rerio 
Tissue/cell
Intestine 
Coordinate
chr16:39935943-39937143 
TF binding sites/motifs
Number: 7             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
Sox6MA0515.1chr16:39936771-39936781CCATTGTTTT+6.02
TBX19MA0804.1chr16:39936318-39936338TCTCACACCTATTTGTCAAA+6.61
TBX19MA0804.1chr16:39936318-39936338TCTCACACCTATTTGTCAAA-7.2
TBXTMA0009.2chr16:39936320-39936336TCACACCTATTTGTCA+6.41
TBXTMA0009.2chr16:39936320-39936336TCACACCTATTTGTCA-6.56
TEAD1MA0090.2chr16:39936257-39936267ATGGAATGTG-6.02
TEAD4MA0809.1chr16:39936257-39936267ATGGAATGTG-6.02
Enhancer Sequence
GTGTGTGTGT GTGCAGTCTA ATTAGCATCG GACAGTTAGA GTGACTGTGA CCCAAGACTC 60
TCTCCGACCT CTCATTCTGA CCTGCCTACC GGCGTCCGCA AGTTCAATCC CGACCCCACA 120
AACACACGGT CATTCATAGA GACACTCAAA CACCCACACA AAAGGGAAAG ACATCCCTTC 180
ATGAATGCCA ATACGCTCTC TAATTGGCTC GTGCGGGCAT TCCTGGCTTC TTTAAACAAA 240
TGTTGGCCAT TAAGCAGTGA GTGAGATGAT TAGTGTGAAG TTGGTGTGCA GTGCACCGAT 300
ACACGAGTCC TCTTATGGAA TGTGTCCACA CAGCCATTAG CACGCTGTCC CTGACATGCC 360
CCGTGTCCTC TCTCCTCTCA CACCTATTTG TCAAACCGCC TACCGTTTCT TGCCGAAATA 420
ATAACACCCC AATCAGAGCC TGCGACTAGT GTGTGTCTAA CCTTATTTTT TTGAAGTGCA 480
AGACAGAAAA GGAAGCTGAT GGAAGTCAGA CAGACTGTAG CGGAATATAG ATGCCGAAAG 540
TTTAAAAGAC ATTTTAAAGT TTAACATCCT CCCCCAAAAG GCCCTTCTGC TTTCTGGCTA 600
CCGCAGTGTG AGATGAAAGC GCTTGTGCTT CTACAAAAGA CTTATTTTTT TGTGCCTAGC 660
ACCACTTTAG CCAGCTAAAT GCATCTCATC CCGGCGACCG GCATTGGGAA ATACAATCTC 720
GGTGCAGAGG GAAATGTCTG GGCCAGCATT TCAAACAAAA GCACGCTCGC ACAAAAGGAC 780
GAGGAGGGTA AAACCCTGGG ACACTGGGCA GTGTAGGCCC TTAGGGGACC ATTGTTTTCG 840
ATAGAGCATT ATGAAGCGAT ACACATGCGC AGAAAACGCA CGCTTAAGTT GAGGTTGAGA 900
CCTGGCTGCA CACAAAGGAG CTTAATCATT CATAAAACTG GAGAGGCTGA TAAAATATGC 960
AGCACATGAA GTGCTCCGGT GCTGCCTAAA CTTTTAAAAA GACACATCGA ATCACTGACA 1020
CGACTATTGT GTGCGTGTAC GCGATTAGCT TGCTGGGGCT GAAAGGATGA GGTCACGCTG 1080
TTTGTAGCAT CTCTAGGGCG AATTCTGAGC GCGTCCTCTA CTTCCTGTCT TATTTGCTTT 1140
TTTATGCAGT TGTCTTGTTC CATTCTGGGC TTCTTTATGT GCCTTTTTAC TACTTCGCTA 1200