EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DM006-02865 
Organism
Drosophila melanogaster 
Tissue/cell
embryo_2-3 
Coordinate
chrX:174807-176700 
TF binding sites/motifs
Number: 36             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
Abd-BMA0165.1chrX:175402-175408TACTAT+4.01
CG11617MA0173.1chrX:174842-174848TAAAAA+4.01
CG4328-RAMA0182.1chrX:175763-175769AACGCC+4.01
Cf2MA0015.1chrX:176388-176397AATGCGGGC-4.23
Cf2MA0015.1chrX:176386-176395AAAATGCGG-4.75
DMA0445.1chrX:176475-176485AAGATCTCGT-4.05
DrMA0188.1chrX:176141-176147CCCGCT+4.1
MadMA0535.1chrX:174892-174906TGCTGATTGCTACC-5.35
Ptx1MA0201.1chrX:176554-176560GAATAT+4.1
Ptx1MA0201.1chrX:176339-176345ATTTAC-4.1
br(var.2)MA0011.1chrX:176679-176686AACACAA-4.12
br(var.3)MA0012.1chrX:175282-175292AATTCTACAC+4
br(var.4)MA0013.1chrX:175453-175463TGAAATTGAC+4.07
brMA0010.1chrX:176478-176491ATCTCGTTCATAC+5
cadMA0216.2chrX:175276-175286TTCCGGAATT+4.28
exdMA0222.1chrX:176589-176596CATAATA-4.01
exdMA0222.1chrX:175726-175733GCTGTGG-4.24
exexMA0224.1chrX:175167-175173AATTGA+4.01
exexMA0224.1chrX:175168-175174ATTGAA-4.01
hbMA0049.1chrX:176318-176327TTTTTTGGT+4.19
hbMA0049.1chrX:176460-176469GCTTTTGTA+4.22
hbMA0049.1chrX:176189-176198AATTTAAAA-4.35
hbMA0049.1chrX:176190-176199ATTTAAAAT-4.71
kniMA0451.1chrX:175870-175881TAAACCTTCAA-4.08
nubMA0197.2chrX:175262-175273CTTATCGGCAA-4.18
nubMA0197.2chrX:174916-174927ATCTTCGCGAA+4.36
onecutMA0235.1chrX:176509-176515TTGGCT-4.01
ovoMA0126.1chrX:176605-176613GCGTTGCA+4.14
panMA0237.2chrX:175979-175992CATTTAAAATACT+4.41
prdMA0239.1chrX:176605-176613GCGTTGCA+4.14
slboMA0244.1chrX:175254-175261ACTTATT+4.4
slp1MA0458.1chrX:176308-176318TGGCAAGAAG-4.1
snaMA0086.2chrX:175440-175452TTCTATATCATT+5.09
su(Hw)MA0533.1chrX:175250-175270CCCTACTTATTCCTTATCGG-4.51
tllMA0459.1chrX:176586-176595GGGCATAAT+4.51
vndMA0253.1chrX:175658-175666GTGTGACA+5.04
Enhancer Sequence
CGGTACAAAC TTAAGTCTCT TAACATTTTT ATTGATAAAA AAATCTTTCA GAGTCGCATT 60
TCGTACACTT CTATCAGGGC CGCATTGCTG ATTGCTACCT AAAAATGTAA TCTTCGCGAA 120
AAGTCACAAT AAGTAGCATT CGCAAAAGTC GCGTTAACCG TATGTGTTCT AAGTAGGTAA 180
TTAATCACTC TAAAACATTG ACTAACACAC ATATCAAAAA TTTTTTGAAA CTCAATTAAT 240
TTTCGTAAGC ACTAAAAAAG AAGGTCATCG ATGGCACGTG GTTTTTAACA TTGATTAATT 300
TACATTTGCG TTACATAACT TAAGCCTTGA TCTTAATCCG TTAAGAAAAA AGTGTTCAAC 360
AATTGAAACA TTTTTAAAAA CACATTTATG CCAAAAAACG AATCAAATTC CCCATAGTGG 420
CTTTGGATTT ATCTGAAACT TGGCCCTACT TATTCCTTAT CGGCAATTCT TCCGGAATTC 480
TACACGAACT GGCCTTATCG GTTCTGCATA ATCGAAACTG GCAGTGATCT TGAATTCAGT 540
ATTTAATCCA GCTTGGCAAC TTAAAACTGA ATTGGGTCAA AGGGGTCGAG GCGTGTACTA 600
TTTCCGTTTA TTTCACAATT GGCAATAATA TTCTTCTATA TCATTATGAA ATTGACCACT 660
GGAAATTTTT GAGTAGCATA AGACAAATTA ATTGTTTTTA CTTTACAACT ATTATTTAAA 720
AGAAACAAAT AAATATTCAC GAAATAATTT ATGTTGCAAT TCATTGCTTT CACATCAATA 780
TGTTATGTTG AAGGTCCTCT GATGCTAATA GCCGCCACCG AGTGAAACGA AGGTCACGAG 840
TTCCATATAC TGTGTGACAG TGGAAAACTA GATTAAGGTC CCTAACGTAG TTTCCAAGGT 900
TTAGTTGTTT TTGCAATAGG CTGTGGGCAA ATAGGATTAT CCGAATGTTT TGTGAGAACG 960
CCGGCCGGTG GGCAGAATGC TTGGGTGAGC CTGTGTTTTG TTGGTGCTGG TGGGATTGCC 1020
GTGTGTCACT GCCAGTCAAA TGTCGGCGAC GTTTGCCGTC AATTAAACCT TCAAGCTGTC 1080
ATCCACAAAA CCCACTAACA CACAACCCAT TGATCCACCA CCTACAGAAC CACCGCAAGG 1140
AGGAAAAGCT TGAGTTAAAT GGGAAAAACC TACATTTAAA ATACTGATAG TACGGTAGTA 1200
CACGGCTCAC ACAGACAACA TCCTATTATG ATGTCTACTG TTTGCTGTTC ATATGGCGAA 1260
TACCCCACGT GGACCCGAGT GCGCCTGCGT CTGTTTTGAT ATAAAAAACA AGAGAGAATG 1320
CTATAGTCGA GTTCCCCGCT TATCAGATAC CCGTTCATCA ACTAGTGTGA ATGCGAACGC 1380
GAAATTTAAA ATTATTCTGT GGTATCAATA AATATTGGGG AATGAAATAA GAAAAAATTT 1440
AAGAATTGTT CAAAAGTGTG GGCGTGATCG GTTTGGCGTC TTTAGGAGTT TGGAGTGGGC 1500
ATGGCAAGAA GTTTTTTGGT AAATCGATAG AAATTTACAC GAGTAATAAA ATTATGGCAT 1560
AATATCAAAC AATTTTTCAA AAATGCGGGC GTGGCAACAA ACTTGCGCTG CGTCTTTGTC 1620
TCTAAAATCT GCATGCTGAA TCTCAACCTT CTAGCTTTTG TAGTTCCGAA GATCTCGTTC 1680
ATACGAACAT GGCTAGATCG ACTTGGCTAT TGATCTTGAT CAATAATATA TATACTTTAT 1740
ATAGTTGGAA TATATACACT CTACGGGTAA AAAATAAATG GGCATAATAA CACTGTCAGC 1800
GTTGCAAGTT TTGGATGATT AAGTCCACAT TTCTTGAAGT TTTGTCATCA CATATGGCTC 1860
GTGAATCACA TGAACACAAA TTTCGTGGAA TTC 1893