EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DR013-10387 
Organism
Danio rerio 
Tissue/cell
Intestine 
Coordinate
chr14:3384517-3385517 
TF binding sites/motifs
Number: 10             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
CDX2MA0465.1chr14:3385336-3385347AAGCAATAAAA+6.32
FERD3LMA1485.1chr14:3385248-3385262GTAACAGCTGCTAC+6.61
FERD3LMA1485.1chr14:3385248-3385262GTAACAGCTGCTAC-6.66
FOXK2MA1103.1chr14:3385207-3385218TTTGTTTACAT-6.32
FOXP2MA0593.1chr14:3385207-3385218TTTGTTTACAT-6.14
Foxj3MA0851.1chr14:3385204-3385221GGGTTTGTTTACATCTT-6.67
HOXD9MA0913.2chr14:3385338-3385348GCAATAAAAC+6.02
Myod1MA0499.1chr14:3385247-3385260GGTAACAGCTGCT-6.33
PRDM1MA0508.2chr14:3384596-3384606TCACTTTCAC+6.02
Sox11MA0869.1chr14:3384702-3384717AACAATTGAAGTGTG+6.34
Enhancer Sequence
AAAAATGTGT CAAGTCACAG CCATTGAAAC ATTTTACTAC GGGAAATAAC AAGTGAGGTT 60
TTACTTAGGT CTTTAGCATT CACTTTCACT CTCTGCACTT CCTTTATGAG AGTGACTTGC 120
ATGCACTGCA TCAAGAACTT TGAGAAAGAC ACTGGTGCAA TGTGAATGCA GAATATTGAT 180
GGCGAAACAA TTGAAGTGTG TATGAAACTT CAAGCACTGT TTCCATATTG CTTGGATTCG 240
GGCTCATCAG ACTGCTTCAG ACTTCACAAT GCCAACCCTA AGTTCCCTGC TGAAAAATCC 300
AGCTTAAACC AGCCTAGGCT GGTTGGCTGG TTTTAGCTGG TCAACCAGCC TGGTTTTAGA 360
GAGGTTTTGG CCATTTCCAG GCTGGTTTCC AGCCATTTCC AGCCTGGTCT TAGCTGGTCA 420
GGCTGGAAAA TGACAGCCAA ATCCAGCTAA AACCAGCTTG ACCAGCCTGG TTTAAGCTGG 480
ATATAGCTGG TTTTGGCTGG ACTCCCAGCT TGGCTAGGCT GGTCAAGCTG GTTTTAGCTG 540
GTCATCTCCC AGCCTGACCA GCTAAGACCA GGCTGGAAAT GGCTGGAAAC CAGTCTGGAA 600
GTGGCCAAAA CCCCTCTAAA ACCAGCCTGG TCGACCAGCT AAAACCAGCC AACCAGCCTA 660
GGCTGGTTTA GGCTGGATTT TTCAGCAGGG TTTGTTTACA TCTTGTTGGT TACATAAATT 720
AATCTCCAGT GGTAACAGCT GCTACCCAGG TGGAATTAGT AACAAGCTCC TCTGGGATAA 780
ATCATGAAGA GACACACTGA GAGTCAAGTG CTGCACACCA AGCAATAAAA CACAACACAA 840
AAGGCTGAAA TATCTGCCAT TCCTCCTTAT ATGTATGTGC TTAACTGACT AAAGGCGATT 900
ACAAATGCTG TGTACAAAGA CCAGGGCAAT CAAAACACTT GGCATGCAAA ATAGGCAAAT 960
ATGAATGTAA CAGCGATATC TGATCTAAAC TGTGTTGGCT 1000