EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DR001-18634 
Organism
Danio rerio 
Tissue/cell
Embryo_2.5hpf 
Coordinate
chr21:25803121-25804201 
TF binding sites/motifs
Number: 8             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
CTCFLMA1102.1chr21:25803932-25803946CCCCAGGGGGCCCC+6.05
CTCFLMA1102.1chr21:25803202-25803216GGTGCCCCCTGGCC-6.12
CTCFLMA1102.1chr21:25803386-25803400GGTGCCCCCTGGCC-6.12
CTCFLMA1102.1chr21:25803478-25803492GGTGCCCCCTGGCC-6.12
CTCFLMA1102.1chr21:25803570-25803584GGTGCCCCCTGGCC-6.12
CTCFLMA1102.1chr21:25804122-25804136GGTGCCCCCTGGCC-6.12
Znf423MA0116.1chr21:25803613-25803628GCAACCCAGGGGTCC-6.32
Znf423MA0116.1chr21:25803613-25803628GCAACCCAGGGGTCC+6.76
Enhancer Sequence
GCAATCCACT TAGGGGCCTA TGACCCCACC AAGCTACCCA GGGGTTCACC TCTCTCCCTG 60
GACTTGCAGT ATAGGCCCCA GGGTGCCCCC TGGCCCTCCA ACTGGGGGCC TCTGACCCCA 120
GCAAGCTACC CAGGGGTCCA CCTCTCTCCC TGGACTAGCA GTGTAGGCCC CAGGGTGCCC 180
CCTTGCCCTC CACCTTAGGG CTCCTGAACC CAGCAAGCTA CCCAGGGGTC CACCTCTCTC 240
CCTGGACTTG CAGTGTAGGC CACAGGGTGC CCCCTGGCCC TCCACCTAAG GGCTCCTGAC 300
CCCAGCAAGC TACACAGGGG TCCACCTCTC TCCCTGGAAT TGCAGTGTAG GCCCCAGGGT 360
GCCCCCTGGC CCTCCACCTA GGGGCCCCTG ACCCCAGCAA CCTACCCAGG GATCCACCTC 420
TCTTCTTAGA CTTGCAGTAT AGGCCCCAGG GTGCCCCCTG GCCCTCCACC TAGGGGCCCC 480
TGACCCCACT GAGCAACCCA GGGGTCCACT TCCCTCCCTG GACTTCCAGT AATGGCCTCA 540
GGGTGCCCCC TTGCCCTCCT CCTAGGGGTC TCTGACCCCA GCAAGCTACC CAGTGGTCAA 600
CCTCTCTCCC TGGACTTGCA GTAAATGCCC CCGGGTGCCC ACTAGCCCTC CACCTAAGAG 660
CTCATGACCC TAGCAAACTA CCCAGGGGTC CACCTCTCTC CCTGGACTTG CAGTATAGGC 720
CCCAGCGTGC CCCCTGGCCC TCCACCTAAG AGCTCATGAC CCCAGCAAAC TACCCAGGGG 780
TCCACCTCTC TCCCTGAACT TGCAGTGTAG GCCCCAGGGG GCCCCCTGGC CCTCCACCTA 840
GGGGTTCCTG ACCCAAGCAA GCTACCCTGG GGTCCACCTC TCTCCCTGGA CTTGCAGTAT 900
AGGCCCCAGC GTGCCCCCTG GCCCTCCACC TAGGGGCCCC TGACCCCAGC AAGCTACCAA 960
GGGGTCCACC TCTCTCCCTG GACTTGCAGT ATAGGCCCCA GGGTGCCCCC TGGCCCTCCA 1020
CCTAGGGGCT CCTGACCCAA GCAAGCTACC CTGGGGTCCA CCTCTCTCCC TGGACTTGCA 1080