EnhancerAtlas 2.0: an updated resource with typical enhancer annotation in 600 tissue/cell types across nine species
EnhancerAtlas 2.0
TagContent
EnhancerAtlas ID
DM014-03814 
Organism
Drosophila melanogaster 
Tissue/cell
L3_eye_ante_discs 
Coordinate
chr2L:21408830-21410710 
Target genes
Number: 1             
NameEnsembl ID
TF binding sites/motifs
Number: 31             
TFJASPAR IDCoordinateMotif SequenceStrand-Log10(p-value)
B-H1MA0168.1chr2L:21408881-21408887AATTAA-4.01
B-H2MA0169.1chr2L:21408881-21408887AATTAA-4.01
C15MA0170.1chr2L:21408881-21408887AATTAA-4.01
CG11085MA0171.1chr2L:21408881-21408887AATTAA-4.01
CG11617MA0173.1chr2L:21408884-21408890TAACAT+4.01
CG15696-RAMA0176.1chr2L:21408881-21408887AATTAA-4.01
CG32532MA0179.1chr2L:21408881-21408887AATTAA-4.01
CG34031MA0444.1chr2L:21408881-21408887AATTAA-4.01
CTCFMA0531.1chr2L:21410695-21410709CCATAGGTGGTGCC+5.82
DllMA0187.1chr2L:21409170-21409176AATTGC+4.1
DllMA0187.1chr2L:21408880-21408886CAATTA-4.1
EcR|uspMA0534.1chr2L:21409338-21409352AAGTTGTTGCATCC+4.1
EcR|uspMA0534.1chr2L:21410053-21410067ATGTCATTTAATCT-4.23
HmxMA0192.1chr2L:21408881-21408887AATTAA-4.01
NK7.1MA0196.1chr2L:21408881-21408887AATTAA-4.01
dl(var.2)MA0023.1chr2L:21409413-21409422GGTAATCCC+4.01
gcm2MA0917.1chr2L:21409384-21409391TGCGGGC+4.18
invMA0229.1chr2L:21409616-21409623AATTAGA-4.31
kniMA0451.1chr2L:21409629-21409640CAGTAGGGCAA+4.08
lmsMA0175.1chr2L:21408881-21408887AATTAA-4.01
nubMA0197.2chr2L:21410478-21410489GCATTTCCATA-4.04
opaMA0456.1chr2L:21409593-21409604ACCCCTTGCTG+4.07
ovoMA0126.1chr2L:21408860-21408868GTAACAGT+5.3
prdMA0239.1chr2L:21408860-21408868GTAACAGT+5.3
slboMA0244.1chr2L:21410192-21410199TTGCAAA+4.4
slboMA0244.1chr2L:21409191-21409198TTGCAAT-4.4
slouMA0245.1chr2L:21408881-21408887AATTAA-4.01
su(Hw)MA0533.1chr2L:21409340-21409360GTTGTTGCATCCTTTGATAA-4.28
tllMA0459.1chr2L:21409534-21409543TTGACCTTT-4.12
tllMA0459.1chr2L:21409393-21409402AAAGTCAAC+4.9
unc-4MA0250.1chr2L:21408881-21408887AATTAA-4.01
Enhancer Sequence
TATTTAGAAG CGATGAATCC ATACAATGCA GTAACAGTAA CATAACAGCG CAATTAACAT 60
ATAAAAGATA AAACCAAACC TCTCACTAAT CATGTGAGGA CTTACAACTA TGTCTCATAT 120
TTCGAGGGGG TCTTTAGGGT TGTCCAAGTG TTTTGGCGAA ACCCATCCTT TTAAATCTCC 180
TTAGAGGCCT AGCAGGGAGT AAGCGTCTAG CAAGTATACT GTGGTGTCGT CTTAGTCTAT 240
CACTATATCT GCTGGTGTGC CTGGAGATCT GCTCTTCCAC TGTATGAAGA TTCAGATCAC 300
GGTGAAGGGT AGTGCCACGT ACATAGTATG GGCAGTCTGT AATTGCACGC ATGGCACGAT 360
TTTGCAATAC CAGAATGCGG TTGTAGTTGG ATTTTGCTGA AAGACCGCAG ATCTGTATTC 420
CGTACAGCCA GATCGGGGCT ACGCAGTGGA CGTAGACTGC TCTTTTGGCT CTCAGTGACA 480
TGGTGCTTTT TCTGTTTAAC AGCCATCGAA GTTGTTGCAT CCTTTGATAA CATCTCCGAG 540
ACGTAGCTTT CAGGTGCGGG CCGAAAGTCA ACCGTTTATC AAGGGTAATC CCGAGGTACT 600
TAGCCTGTGA AGGTTGATCT AGGATTACAT CTTCCAGTTC TATAGGTGCG GTGACGGGAC 660
TTAAGGTCTT CAAGGTGAAG CAGGGATTGA TGGTCTTTTG CGGATTGACC TTTAAATTCC 720
ATCTTTTGCA CCATGCAGCC AGAGTGGTGA GGTACTCTTG GAGACCCCTT GCTGCCTCGT 780
TGCAACAATT AGAGCTGTAC AGTAGGGCAA TATCGTCAGC GTACGTAGCA AGTAGGGCCT 840
TCCTGGGATC TGCCATATGA TAGGCGTTTG GGCAGGGCAG ATCTGCAGTA AATACTGAGT 900
AGAGCAACGG TCCCAGTACG CTGCCCTGCG GAACTCCAGC TCTCATAACT CCAGCTCCCC 960
TGACCATGAA TCTCCGATCT TCCAAGTATG ATCTTAGGAC GCCAAAATAT GGTGCTGGGA 1020
ATAACTTTTT AACTTTGCTG AGAAGGCCGT CATGCCAGAC CCTATCGAAT GCCTGTTGCA 1080
TGTCAATGAA CACACCATTG CAGTATTCCT TGTCATCAAA GGCCTGAAGG ATGTGTTTTG 1140
TCAGTCTGTG TACCTGCTCC ACAGTGCTGT GTCCCTGACG AAAACCAAAC TGATGATCCG 1200
GCAGGATACG ACGCTCGGTC ATAATGTCAT TTAATCTGTT GGCAATCAGT CGTTCCCATA 1260
GCCATTTTCC ACTGCTTTGG GAAAAACTGC ACCCTGAGTA TGGCATTATA TATCAGCGCC 1320
AAGTAGAGAA TTGCTCGAAC AGGTAGTGCT TTTAGTGTGG CATTGCAAAC GTTGTCGATG 1380
CCAGGAGACT TCTTTAACGG GAGAGATTTG ATAGCTTCGA CAATTTCCTC AACCCTGATG 1440
GGCTTAATAG TAGTGACATT TGCAGAGGTG TCTCTAGGCT ATCAAGCTTC TCTTGATACT 1500
GCTCCGTTGT AGCGAATTGG AAGTGGGTGA ACCTTGTCTC CAGATGATTT GCAAAACAAT 1560
TAGCCTGCTC CTCTTCATTT TTAGCAAGTT CACCTCCCGG ACACCTTATA GGAACCTGTC 1620
TAAACGGCTG TCTTTTAAGG GACTTGGTGC ATTTCCATAG CGAGTATCCA GCATCCACTG 1680
TGTAGTCCAT ACTAGCTAGT TTCTGCTCAA AAAAGTTGCT TCGAAGTTCT CTGAGGACGT 1740
TTCGTAGTTG CTTTGCGGCA CGGTTCCATA AAAGTCGGTC CCAGGGGTCT TGAGATCGGA 1800
TTGCTCGCCT TCGGAGTCTT CTTTTCTGTG TCAGAAGCTC TCTAGCCTCT CTTGTCAAGA 1860
CTATCCCATA GGTGGTGCCT 1880