EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
MM137-20032 
Organism
Mus musculus 
Tissue/cell
Prostate 
Coordinate
chr2:132037680-132038780 
Target genes
Number: 6             
NameEnsembl ID
TF binding sites/motifs
Number: 7             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
EsrraMA0592.2chr2:132038503-132038514TTCAAGGTCAA+6.14
HSF1MA0486.2chr2:132038388-132038401GAATATTCTGGAA-6.46
HSF2MA0770.1chr2:132038388-132038401GAATATTCTGGAA-6.48
HSF4MA0771.1chr2:132038388-132038401GAATATTCTGGAA-6.33
JUN(var.2)MA0489.1chr2:132038315-132038329GTGAGTCATTCTTT-6.1
Nfe2l2MA0150.2chr2:132038170-132038185TGCTTAGTCATGGTC-6.24
Nr5a2MA0505.1chr2:132038500-132038515TAGTTCAAGGTCAAC+6.69
Enhancer Sequence
CCTGAATTCA ATTCCCAACA ACCACATGGC TCACAACCAT CCGTAATGGT ATCTGATGCC 60
CTCTGAAGAC AGCTATAGTA TATTTATATG CATAAAATAA ATAAATCCTT ATTTTAAAAA 120
AAAAGACTAT TAAAAAGCAA AATGAGGGCC CCAGGGCATG CTCTGGCCCT GGGGCACATC 180
AAGGACAGGA AGTGACCACT CCACAGACAG ACTCTGACTC ACTGGTTATA TGGGGCACTG 240
ACCACACCCT TGCCTTGCCA GAGACCATAG TGTGGGTGAG ACCAGGGCTC CTCTGGGGAT 300
GATCAATGCC ATAATGGAGT GGAGGCAGAG GAGATTGGAG AAGCAGGGGT GGATACAGCT 360
GAGGCTGGAT CAGAAAGTGC CAGGCAAAGG GAGCTGCTCC AAAGCCCTGA ACTCGAGCTC 420
TGCTCAGGCA TCATCATTGA GTGGTCCCCA TTTCCACGCT GTCACGCACT GCGGAAATCT 480
CACACAGCCT TGCTTAGTCA TGGTCAGGCC AGCCAAGTCC AGTAAACCAA GTAGGCGACA 540
CATCATTGCC ACACTGTCTT GCTTCCTGGA TGGGGCTGGG ATTGGCCAGC CAAGTTGCAG 600
GCTCTGGCCT CAGGCCACTC AGCCAGTCAA GCAGGGTGAG TCATTCTTTA GAAGTCACTG 660
TCCTCTTCTG ATGGAGGTGA ACTGTTTCTT TCTCCTCCTA GAGGTTGTGA ATATTCTGGA 720
AAAGGCAATG GGGAGGAGCA AAGAGCGTTT CTTTAAAAAT AGAAGTGTTG CTGGGCACAG 780
TGGTGAGCTA TGAGTTTGAG GATAGCCTAG ACTACATAGC TAGTTCAAGG TCAACCTAGG 840
CTGTCTTAAA AAAAAATAAA AACAAAACAA CAAAAAATAA AAACAAATCA AAATAAAAAA 900
CCAACCAAAC CAACAGAAAA TGTCAAAACT TGAACACACC CAGGGGAGTG TGTTGTCGCA 960
TCACATAGCT GAAGAGGTTC ATACCTTGAA TTCCACTCTC GTGGGTCAGC CCTCCTTACC 1020
CCTTGTGAAC AAAAGTATGT TCATCTCCCT GCTAACTTCT TATTTCCTTT CTTTCTTTCT 1080
TTCTTTCTTT CTTTCTTTCT 1100