EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DM006-01743 
Organism
Drosophila melanogaster 
Tissue/cell
embryo_2-3 
Coordinate
chr3L:15745553-15747431 
TF binding sites/motifs
Number: 75             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
Abd-BMA0165.1chr3L:15745731-15745737AAAAAA-4.01
Abd-BMA0165.1chr3L:15746743-15746749TCAGAA-4.01
AntpMA0166.1chr3L:15747198-15747204AACGGC-4.01
BEAF-32MA0529.1chr3L:15746081-15746095AAGTAAAGTAAATA-4.15
BEAF-32MA0529.1chr3L:15745563-15745577AACAGGAGCCATCC+4.35
Bgb|runMA0242.1chr3L:15747302-15747310GAGATTGT-4.07
Bgb|runMA0242.1chr3L:15747166-15747174TGCACATG-5.09
CG11617MA0173.1chr3L:15746045-15746051AATCAC-4.01
CG18599MA0177.1chr3L:15746751-15746757ATCTGA+4.01
CG18599MA0177.1chr3L:15747423-15747429ATACGC-4.01
CG4328-RAMA0182.1chr3L:15745565-15745571CAGGAG-4.01
CG9876MA0184.1chr3L:15746751-15746757ATCTGA+4.01
CG9876MA0184.1chr3L:15747423-15747429ATACGC-4.01
DMA0445.1chr3L:15746019-15746029CGTAAAGGTC-4.04
DfdMA0186.1chr3L:15747198-15747204AACGGC-4.01
E5MA0189.1chr3L:15746751-15746757ATCTGA+4.01
E5MA0189.1chr3L:15747423-15747429ATACGC-4.01
HHEXMA0183.1chr3L:15745641-15745648AGTGCGG+4.49
HHEXMA0183.1chr3L:15745643-15745650TGCGGGA-4.49
Lim3MA0195.1chr3L:15746751-15746757ATCTGA+4.01
Lim3MA0195.1chr3L:15747423-15747429ATACGC-4.01
OdsHMA0198.1chr3L:15746751-15746757ATCTGA+4.01
OdsHMA0198.1chr3L:15747423-15747429ATACGC-4.01
PHDPMA0457.1chr3L:15746751-15746757ATCTGA+4.01
PHDPMA0457.1chr3L:15747423-15747429ATACGC-4.01
Pph13MA0200.1chr3L:15746751-15746757ATCTGA+4.01
Pph13MA0200.1chr3L:15747423-15747429ATACGC-4.01
Ptx1MA0201.1chr3L:15745972-15745978AGTTCC+4.1
Ptx1MA0201.1chr3L:15746157-15746163TATATT+4.1
Ptx1MA0201.1chr3L:15745837-15745843AAACAC-4.1
RxMA0202.1chr3L:15746751-15746757ATCTGA+4.01
RxMA0202.1chr3L:15747423-15747429ATACGC-4.01
ScrMA0203.1chr3L:15747198-15747204AACGGC-4.01
Stat92EMA0532.1chr3L:15746194-15746208CTTTCCGTTTTCCA-4.16
Stat92EMA0532.1chr3L:15746538-15746552TGCCAGCGTTTTGA-4.23
UbxMA0094.2chr3L:15745641-15745648AGTGCGG+4.49
UbxMA0094.2chr3L:15745643-15745650TGCGGGA-4.49
Vsx2MA0180.1chr3L:15746751-15746759ATCTGAGA-4.12
Vsx2MA0180.1chr3L:15745641-15745649AGTGCGGG+4
Vsx2MA0180.1chr3L:15745642-15745650GTGCGGGA-4
apMA0209.1chr3L:15746751-15746757ATCTGA+4.01
apMA0209.1chr3L:15747423-15747429ATACGC-4.01
bapMA0211.1chr3L:15746774-15746780GCAGAA+4.1
bapMA0211.1chr3L:15746605-15746611GGGAGC-4.1
btnMA0215.1chr3L:15747198-15747204AACGGC-4.01
cadMA0216.2chr3L:15745729-15745739AAAAAAAAAT+4.69
emsMA0219.1chr3L:15747198-15747204AACGGC-4.01
ftzMA0225.1chr3L:15747198-15747204AACGGC-4.01
hMA0449.1chr3L:15746462-15746471ATTAGCAAT+4.67
hMA0449.1chr3L:15746462-15746471ATTAGCAAT-4.67
hbMA0049.1chr3L:15747001-15747010TTGTTGCTT-4.16
hbMA0049.1chr3L:15745878-15745887AGCAGCAAC-4.35
hbMA0049.1chr3L:15745879-15745888GCAGCAACA-5.08
indMA0228.1chr3L:15746751-15746757ATCTGA+4.01
indMA0228.1chr3L:15747423-15747429ATACGC-4.01
invMA0229.1chr3L:15745641-15745648AGTGCGG+4.09
invMA0229.1chr3L:15745643-15745650TGCGGGA-4.09
kniMA0451.1chr3L:15746072-15746083GGCCATTGTAA+4.33
panMA0237.2chr3L:15747061-15747074ATCAGCAGCAGTA+4.27
panMA0237.2chr3L:15747168-15747181CACATGTGGCATA+4.49
panMA0237.2chr3L:15746911-15746924ATTTTTGCAAAGT+4.66
pnrMA0536.1chr3L:15746262-15746272CCCAGCTGAG+4.04
pnrMA0536.1chr3L:15746081-15746091AAGTAAAGTA+4.05
pnrMA0536.1chr3L:15745567-15745577GGAGCCATCC-4.14
roMA0241.1chr3L:15746751-15746757ATCTGA+4.01
roMA0241.1chr3L:15747423-15747429ATACGC-4.01
slp1MA0458.1chr3L:15747094-15747104AACAGCCCGT+4.07
snaMA0086.2chr3L:15746276-15746288AGCCAAAGTCGA+4.18
snaMA0086.2chr3L:15746473-15746485CGACAGCCATTT-4.47
su(Hw)MA0533.1chr3L:15745595-15745615AAAGTGGGGAAAACAGCCAG-4.26
tinMA0247.2chr3L:15746438-15746447TTAATCAGC-4.73
tllMA0459.1chr3L:15746857-15746866ATCTGTTTC+4.63
twiMA0249.1chr3L:15746404-15746415TCTTTGCCACG+4.13
twiMA0249.1chr3L:15746483-15746494TTACTGCAAAT+5.05
vndMA0253.1chr3L:15746605-15746613GGGAGCGG-4.02
Enhancer Sequence
GGCCAAAAAG AACAGGAGCC ATCCAAAGTG GTGAAGACGA AAAAAGTGGG GAAAACAGCC 60
AGCAACTGAC AGGCTGACAA GCCAAAAGAG TGCGGGAGGA TGAGCTATAT GGCACATGGA 120
GGAATGTCAA AGCAAAATGA AGCCATTAAA TGAACGGCAA AACTTGGAGC CAGCCGAAAA 180
AAAAATCGAA TATACGTCGG AAACAGAAGG CAGAAGTAGT ACGACTTCTA AGCCAAAAAG 240
CACTGGCAAC AAAATTCTAA CACCCGCTGA CGACCCGATG GGCAAAACAC TCGTTGCCAC 300
AGCAGCAGCA TCAACATCCA AAAGCAGCAG CAACAGCATC AGTCCCAGCA GCAACATCAG 360
GAGCCACAGA AGCAGCAACA CCAGGCGGCA ACATCATCTC CTTGTCGTAG CCCAGATGGA 420
GTTCCTGGAG GAGATGGAGG TGGGAATGAA GGTGAGGACC AACTCTCGTA AAGGTCGACA 480
TCTTTCACAA GGAATCACTG AGAAAAAAAC GGTAATCTAG GCCATTGTAA GTAAAGTAAA 540
TAAATAATGC AATATTACAA GTAGTTAATA ACAAAACTTA TAGTGTAAGC GTAAAACTAC 600
TTTCTATATT TGTTTCAGTT TTTTCTCGCA GTGTAAAGTC GCTTTCCGTT TTCCACTGCT 660
GAATTTGACA GGTCGCGAAA AAGCCCTCTA AGCTCCACAT CAGCGAATTC CCAGCTGAGA 720
TTGAGCCAAA GTCGAAATTG TAATGGCTTC CCCAGATGCA ACATGAACTT AAGAGTGTTA 780
ATAGTTTTCC ACATATTGCA CTGGCCCAAT GTGAATATTT CACACTCAGC TTCGATGCTG 840
CAGTTGAAGT TTCTTTGCCA CGCCAAGTGA AGACTGTGCT CCACATTAAT CAGCTAATAA 900
TGCCAGGCAA TTAGCAATTG CGACAGCCAT TTACTGCAAA TCCCCTAGAT ACTCAAAGGC 960
AAGAAAAATG CCATCCATTT TCATATGCCA GCGTTTTGAG GTAGCGCTGC GCCGAAAAAC 1020
TTTGCTCACA AGACAAACGA CTTGTCAGTT TGGGGAGCGG TGCACTGTAG AAAAAGTTGA 1080
TGTATTCTTC AGGCACCTGC AGAAAATAAA AGGAGGCCTG TTGTTATGTT TGTTATGAAT 1140
AAAAATATAT AAATTAAATA TTTAATATCT AAAAGATTTT GTGCGTGAAG TCAGAAGAAT 1200
CTGAGAAACA TTCATCAAAG AGCAGAAGAA TGAAACACAC CTCTAATTTT GCCAGCTATT 1260
TATCATTTCG TTTCTTTGTG TAGCTTGAAG AATAGGGGCT TTCGATCTGT TTCTGGATCT 1320
GCTTTTTGCC TGAGCCCCGT TCACGTGAGT TCTGCAACAT TTTTGCAAAG TAATTGCTCA 1380
TTTTGACAGG TCGTGCAACG CCCTTGTTTG CAGTGGCAGC TTCTTCTGCT TTTTCTGCTG 1440
CCACCGGCTT GTTGCTTCCT GCCAGCAGCA ATGGATGTTG CATTTGCAGC AGTAGCAGCC 1500
GTAGCAGCAT CAGCAGCAGT AGAAGCAGCA GAATAACCTG CAACAGCCCG TATTTCTTCA 1560
CATGCGAGAA AGCAATAAAA TCTTATAGTT TGTTTTTTGT GCCCGCCGCT TTCTGCACAT 1620
GTGGCATACC GACAACGACA AATGCAACGG CGACTGGGAA AAAAAAGCGA CAACAATGAC 1680
GACACTGACT ACTGACTCGC CTCTGTCACT GACAGCCCGT CAAAAAAAGG GGTTTTTCGA 1740
GGGTGGCAGG AGATTGTAGA AAGAGGGAAA GGACGAAGGT GAGAGGTCCA AGAGGGGGAT 1800
TGAATATCCT CCAGTTGTCG TGAACGGCAA TGTGCCGCTA TTTTCTTTTA TCCTGCGAGT 1860
TTGCGAAAGG ATACGCTA 1878