EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DM003-01733 
Organism
Drosophila melanogaster 
Tissue/cell
Blastoderm 
Coordinate
chr2L:22384125-22386110 
TF binding sites/motifs
Number: 30             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
B-H1MA0168.1chr2L:22384549-22384555AATTAA-4.01
B-H2MA0169.1chr2L:22384549-22384555AATTAA-4.01
C15MA0170.1chr2L:22384549-22384555AATTAA-4.01
CG11085MA0171.1chr2L:22384549-22384555AATTAA-4.01
CG15696-RAMA0176.1chr2L:22384549-22384555AATTAA-4.01
CG32532MA0179.1chr2L:22384549-22384555AATTAA-4.01
CG34031MA0444.1chr2L:22384549-22384555AATTAA-4.01
DMA0445.1chr2L:22384646-22384656AAACAAAAGC-4.73
Eip74EFMA0026.1chr2L:22385052-22385058CGGAAA+4.01
Ets21CMA0916.1chr2L:22385052-22385059CGGAAAT+4.43
HHEXMA0183.1chr2L:22384553-22384560AATTCAA-4.23
HmxMA0192.1chr2L:22384549-22384555AATTAA-4.01
KrMA0452.2chr2L:22384778-22384791TCAACTCTTCGCC+4.04
NK7.1MA0196.1chr2L:22384549-22384555AATTAA-4.01
Su(H)MA0085.1chr2L:22384183-22384198CCATGTTTCCCCCGG-4.2
dlMA0022.1chr2L:22385943-22385954CAAAAAAACCC-4.24
dlMA0022.1chr2L:22385944-22385955AAAAAAACCCA-4.49
hbMA0049.1chr2L:22385942-22385951CCAAAAAAA+4.37
lmsMA0175.1chr2L:22384549-22384555AATTAA-4.01
nubMA0197.2chr2L:22385381-22385392GCATTTGAATA-4.32
ovoMA0126.1chr2L:22385813-22385821CGGTTACG-4.22
panMA0237.2chr2L:22385780-22385793TAAAAGTAAACGA-4.19
prdMA0239.1chr2L:22385813-22385821CGGTTACG-4.22
schlankMA0193.1chr2L:22384368-22384374CACCAA+4.27
schlankMA0193.1chr2L:22385309-22385315CACCAA+4.27
slouMA0245.1chr2L:22384549-22384555AATTAA-4.01
snaMA0086.2chr2L:22385345-22385357GAACAGGTGAAT+4.49
tllMA0459.1chr2L:22385965-22385974AAAGCCAAC+4.26
unc-4MA0250.1chr2L:22384549-22384555AATTAA-4.01
zMA0255.1chr2L:22384773-22384782CCCACTCAA-4.36
Enhancer Sequence
TGTTCCCAAA AGGAAAACAG CTTTATAAGA CTATAATAAA AGCCACTAAT AAACTTGACC 60
ATGTTTCCCC CGGGAGTCCT ACATACTGGC CATCAGACCT CAATAAGCTG CCAGACCTGA 120
TCGACTTCGC AGTTACGAAA AATATTTCCC GCAGTTTGGT TAAAGCTGAA TGTCTGCCGG 180
ATCTGTCATC TGATCACTCG CCTGTACTAA TTCACCTCCG CCGGTACGCA GAAAACGTGA 240
AACCACCAAT CAGATTGACC TCTAGCAAAA CAAACTGGCT CAGGTATAAA AAATATATAA 300
GTTCACATAT TGAGCTAAGC CCAAAACTCA ATACTGAATC TGATATAGAG AGCTGCACGT 360
GTGCATTGCA ATCCATCCTT ACTGCAGCAG CTCTTACTGC AACACCCAAA ATAACAAATA 420
ATACAATTAA TTCAAAAAAG ACCAACGTAC AAATCGAGCA ACTCGTCCAC GTAAAACGTC 480
GCTTACGCAG AGAATGGCAA TCTTCCAGAT CCCCAACTGC AAAACAAAAG CTAAAAGCAG 540
CCACACGGAA ACTGGCCAAC GCTCTGAAAC AAGAAGAGGA CGACGATCAG CGCCGATACA 600
TAGAGCAACT CACACCAACA GGCACAAAAC AAAAGTCACT GTGGCGAGCC CACTCAACTC 660
TTCGCCCACC GACTGAAACC GTTTTGCCGA TAAGGAATTC CTCAGGTGGC TGGGCCCGTA 720
GTGATGAAGA CAGAGCCACC ACATTTGCCG CTCACCTACA AAATGTGTTC ACGCCAAACC 780
AGGCTACTAG CACATTCGCG CTACCGTCCT ATCCCGTAAA CCGCCATCAG CAACACACCC 840
CAATTGTGTT TCGTCCTAAA GAAATAACTA AAATAATCAA AGACAATCTC AGCCCGAAAA 900
AATCGCCCAG CTGCGACCTT ATAACACCGG AAATGATCAT CCAGCTGCCA CATTCTGCAT 960
TTCGCTACAT AACCAAGCTC TTTAATACCA TCACTAAACT TGGTTACTTT CCACAACGAT 1020
GGAAGAGGTC GATTATCATA ATGATTCCAA AGCCTGGTAA GAACCACACA GTCGCTTCAT 1080
CTTACAGACC AATAAGTCTA CTCTCATGCA TTTCGAAACT ATTCGAAAAA TGCCTGCTGA 1140
TCCGACTTAA TCAACATCTG ATATATCACA ATATAATCCC AGCCCACCAA TTTGGATTTC 1200
GCGAAAGCCA TGGAACCATT GAACAGGTGA ATCGTATTAC AACGGAAATA AGAACTGCAT 1260
TTGAATATCG CGAATACTGT ACAGCAGTAT TTTTAGACGT ATCCCAAGCA TTCGGCAGAG 1320
TCTGGCTCGA CGGCCTAATG TTTAAAATTA AAACATCCCT ACCCGAAAGC ACACACAAAC 1380
TTCTAAAGTC GTACCTCTAT GACAGAAAGT TTGCAGTGCG GTGCAACACT GCCACTTCCA 1440
CTGATCATAC AATTGAGGCT GGAGTCCCCC AAGGCAGCGT TCTTGGGCCA ACCTTATACC 1500
TCATCTATAC AGCCGACATC CCTACAAATA GTCGCACATA TCCACATTTG CCGACGATAC 1560
AGCTATCCTT AGCCGTTCAA GGTCCCCTAT CCAAGCTACA GCACAGTTGG CACTGTACCT 1620
CATCGACATT GAGAAGTGGT TCTCTGACTG GCGAATAAAA GTAAACGAGC AAAAATGCAA 1680
GCACGTGACG GTTACGCTAA ACAGACAAGA CTGTCCTCCG CTCTTATTGA ACAACATACC 1740
ACTCCCGAAA GCAGATGAGG TAGCGTACCT AGGAGTACAC CTTGACAGAA GACTCACATG 1800
GCGCAGGCAC ATTGAAGCCA AAAAAACCCA ACTTAAACTC AAAGCCAACA ACTTACAGTG 1860
GCTCATCAAC TCTGGTTCTC CGCTCAGCCT AGATCACAAG GTCTTGCTCT ACAATTCTAT 1920
ATTGAAACCA ATCTGGACCT ATGGCTCACA GTTATGGGGG CAATGCCAGC AACAGCAATA 1980
TTGAC 1985