Drosophila EvoPrinterHD - EvoPrint and EvoDifferences Profile

Conserved Sequence Parsing Instructions
To curate selected conserved sequences in both forward and reverse orientations:

1. Enter a short three to four character name to identify the origin of the sequences.

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3. Select the "Extract CSBs" button

Conserved Sequence Block Name:
EvoPrint
Evodifferences Profile
Enhanced BLAT Score Card


  
    
	
	  D.melanogaster ato Genomic EvoPrint
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      Black capital letters represent bases in the D.melanogaster ato reference sequence that are conserved in the D.sechellia, D.erecta, D.yakuba, D.ananassae, D.pseudoobscura, D.virilis, D.mojavensis, D.willistoni  and D.grimshawi orthologous DNAs.


    Reference genome repeat sequences: Blue underlining indicates single-copy repeats and Red underlining identifies multi-copy repeats.
    
(ORF orientation in 5' --> 3' direction)


 cacttgcgcctgcatctccaacaccagctgccacggctttcactcgcaattctattgcacccacccacgagcgca
ttcaaaaaaagcaaccacacacgctgtttgttgttctgctgcttgtatggattccaaatcgtccgaaaaaagcgt
gtgccatctgtcgcctggcgctgcatttccaaaatatcgatgcgaataaaagaaaaaatcggaagtaaaaagcgt
tcgtcgtattcggtttggctcgtcaacaaactgggatagcgacagcgaggggaatcgtgaggaggattggaggac
gaggtgtttagaccggaccaacaggctaaacgaccgaccgcccgccttggctgaaagaggagagcacaacgtttt
tggacgcgtgtggccaaagttaatgaagcgtttaagaattaacttgtggccaaacggagaaaaaaaggcccgaac
agttaggggcgagaatgagactcaaaaaaagggattatggctgcttattggcgtcaaaaaatgctgtataaaaaa
ggatggtcagtggtcaagtgtttcataaaacaaaataccagcacgttctagaatacatcacaaagttgcatattc
aaatacaaatgtattttatccttaaggcaaaccaagacaatacgattacttacaaaaccattttaacaataactc
tgaacacgaaactgaaggagtcacatagaacacagagatcgcattggcatTGATCTAtTTtCcTcATAAATATGt
ATTAAATTagaggattccctttcatatttaatttcttttgtgcccaaaggaataatcaattcaagcccgccttca
aaacctagctcataagcatgtccttgctgggctcattgtgtgtttttgtgttttttTGTTTGtcCAACCCTtGaA
GAGATTGATTATTGTTTATATttgtgcccctgcatcgatgtgtacatacatatatatctgtatccaatgtatagg
catgtGAATGCAgTGCAAACAggagaaggattgtGGtcaACGCCAACGCatccccttttGAATTGGGGCAATTAA
AGTtgttcgctcgactcactccgCTGAATggctatgtatgcggaCACGTGATAGAacggggccagggatattatc
ctgctttcccctggagacgaatccaaggcaattaaccccttttggccctcatcttccactcctgcgagggcgtta
agtcagacacgagtttcgggtcgatttatcaaataattccacgaatacctagaattcgaaatagagcgatcttcg
cgctgagattcagatatttggaaatcgaaagacgtctgggaatttgtcctggcgtcggttcgatcgcttgtaatt
atgctaattatgagtttgatttgtgatttcgactctcttggagtccattaaacgaaaacatcttctcttgttggg
ccttttgttctttccgaaaaaaaaacattgagctaattgcgctgctcctggattttcacacattttgctctagtt
acaattaaccgaaactccttttcctgctgcaaatggcaaatgccaaaggactttctgccaggatcattgatcatt
ctgctaatttgctgggaattttccccttcttaggcaatgtcctcagctacctgaccagattcatccttccagtct
ctgtgtggtcacttcagctaactataagtgacctttgcgGTTgaAaATATcAatTTtCATAaAATgCAATTGTCA
CCttagcgccgagacctcccccaatgtcagcgcgccaactctatcttagaatttgattatcgaattagaaaacac
tgaccaaattacctgtacagatcccggcagacagtagtcaCTTATCtGATggtCaATTTTTCAATTTCActgtct
GAtGTTgAgAAATtacacccccgaccatctatatcagttacgatttacatttcactcttaacactatccgaaaac
aaggtaagACaTATCAATTACccAcgAtcggtgttCGTTGACAGtcgcactactgcattgggatagaaattgaaa
ttgggattgggattgggattggatttgggtttggatttggcctggtattgctgctggaggatccttCtTaGAAAG
TcATTTCTCAcACTGaccgttcTGGGAtTTGTTtgTgTtTcATTTcgATTTctTTTGTccgggctacttgaatgt
ggcccaagtggcttcacttttacaccagacaggcgacggtgccagcggtgaggtggaggtgccaaatgtgccaat
ggcacttatgggaaatgggaattatcataaactgacctccgcagaatggcctgcaacaaaacagaaaaaaaaata
aataaaaataaaataaaaaaaaagagaagcagacacgaacgaggactgAAATCCTTGAAACCGTTTGAAAGTTTC
GCTTTTTttggactcacagccccatcgcacggttgttaccctaatttcggctcatcttcatccagtcatccagac
tccgggccctgatcatcggcagcttatctcatctctctagcCGGCGCACGCGTGTCATcccGGGCAGCAATCAAA
GTGATatGAAAATTGCaTTTGGGTTCAACAGGTTCGcagttttcgattgctgatcgctgtggccaatgcacctta
aaaaaatatgtatacctggctaaaataaatatcaaaatttaatggatgggattagggataaggagttcattaaat
acttctatttgaagctacaattatatttaataatgtacggtttcttatacaggcatttaaaatttttgcactaca
catcggtgttttcgctcagtgcactcttgctgttctttgctgttctgttaaTTTTGTTTGcCtAAAGGTTAAACG
TGCGAATTTCACCcaaaggcaatcgccagtttcgagggctccagggactcggatttcggtgaTAATCgGTCTGAC
TTcTgactgaccatccactcctgctcctgatcccactccatttatatctgcgattcGCGTACgGTACGCGAATTT
cgctgtttcgcCTAATTAAATGTAATTTggTACTTCCTTtTCAGCCGAAATAATgCATATAAATaGTATCTTTAG
tTTACATTTtATattcccccacccgccaccggctCTCATTATTATAaATTTTCGTTTTCTTtcagcgatcggcga
gtggtctccgatcggcccaggtcctgatccagatccaaatccagatcctcattcttccttctactcctactcctt
ctcccggaggtcagtagcgtccctttccgggggttgaattcaaaggaattcgctgggtcctccggcactctcacc
ttttccgcggccaacaaatcttgagtgcaacaatatggcaattgttgtgtattgctacgagAACTTGTTAATTGT
TTcGCGCTCGAGtGGccaagagctctgaatgggctgcggcagtcttcattccgcggtgcttctaggtgctccttg
ggttttttttttcaggaaaacactttccagacggcccattgtggccaactccattcattcatggagtgcaactag
agcgggatcgtgacccgattgtcgaggggcaatcctgcaattgctgctttgccgcctgccgccgcaAATTAGAtG
CTCAATTacgctacgAaAaTTCCtgggTAATTcgtggaccattcctcgagcttctatcgaattacactagcagaa
aacctacatatactttactccataaggaacctcaggaattgtagtcaaccgaaaaatattattaacaaggatgaa
aatcgcagtgtttgatataaatttatgcaaattaaactcataagatttttgtactaaaaagtgatctaacaatat
ttttcagttccaagaactgatttcatagccattttcgaaagtgtatgcattaattctctatgcaatcatgacagt
gagtcactcctaacttGAAAGTgAAttTtgACCACGTGgtgtttctggtctagtcgtctctagccctttgccaat
aAttTTTcatcccgGCCACtTCCTTCCGcAAAATGTTCTCACACTTgacccgctgttgggagacgcccaaaggat
cggatctcgggaacgggtcgagatcggaAGTggtTgagcaacaggaggggacagcatctctcctaggcatcgcca
aTGTTgcttCaAcaatttttttgaAAATCTTATTAAAAActgTTgttATTtctgccgcgaccttttcttcgtcct
ttgtgtgtgagtttcgttttcgtttcttTTTTtATTGCTTTAATCATTTTTATTTTGTGCGGCTTCCGTGCCACC
TGTTATGgttactaccatggagccaaggagtccagaggagcgaggagagcagccgaggtCCTTcagAGCCTTTTT
GATTTTTCTCAAGTGATTgCGTAGTTTTCAtcTgTTTtctgtgttccagcgagcagtgTTTCAAATTTGAAtTgA
tcacttggcagggatctgggatagggtttCGTGggaccaggatcctcgcttataacaataccaatcacAATTTGT
CgatcggttatgatgCaCTTCCGAttcggaaacgagggtagagccaacaaacaaggatccaatatgcaccatgaa
actaatgtttgatagccacattaatatgccaacgaaaacttgggctcccttactatgcgctttgaaatcgaatct
tgtttttcagatctgagaaatctgctttcaaaacacaaactcgtatgtttctaattagagttcaatttgtcagtg
cttcatttgttgaatcgatttggttctaagaaatttgttttcgatataagttaaattttcaagatagcatgcagt
acatggcacctacatggacatggttaatcgacctgcatatcaactatctactataaaatatgtgtagcgaatttg
tcttgtttcgatgaaggataaaaggatcactgctggcgccagtcagttgcgaagatcacctcagatactgatcgg
cagtaaTGTTGGCAAAACAAcaccaccgcgctcgaattgccgcaTCAAAGtCgGCGACAAaaAtcGCtctgacat
ggtccgatccaatctgggcagatacgctcataaggagcacggagctgatgtgccatccctcagccggatGATAAc
CATCaGtAggCAATCTaTgacaaagcgccggcacaacaggaggtgagGGcGTGcCCAAACAATGACACAGTGGGC
GCTGCAaggactcgactccgactactctgtggACGTGTGTATAATCTAGTTTTAATTTTCATGGGAATTAACCCA
TGgccgtcacaattttccggccacttcgtacAATgtGCAATTTatgcgatatttgtttaagcaattttgatcagc
tcccagcgatgatagccagttccaactgaatcccgtccaatgtttgactccacttgactttttatccccgtcgag
gagcatatgtacatatgATATtttccaTTTTTccaccgccccaatcggtggtCAATATTTGcagAGcCaagtCAA
ACAacggtctcacataacaaggggagctctttcctcctcctcgacttggtccttctgcATTTgCATATTTaATTT
GcCTTTAATGAATTTTCAATTTGACAATTGcCgAaATGCCaCACAagaggccaggattcgatttggggccaggcc
acccacgtgcacggaactgggggaatgggaactaccccagttgcggagatggcatgccatgccgattgcatgtcc
atgtccatgtccgtgtccagactcctgctcctttcgcttttcgctctcgtctgcaaaatgggacagaGTGtTAAA
TGcTAATAAAATAAgTAACAtACAAAtttttCAATTTcagctaAAAAAaataactgggccgaagacgtttaagtc
gagcaggagctggtggactgggattcggtctggatatatataaatatggatctggacAACACTTTCACGgCCcAg
AGcGACTtgCTAATgGgAgTCGTTGACgtgagCCTACTTTcctcttgttggcatctcttgcgcctacacgttcct
catgccgaagagagtcctggaaagagtatactgaattaggccggctagtcagcaatttggttacttaacaaaatg
tagaaaataactaaattaatttagttactgcgtcaatagtttaatggcctaagtaactaatacatgatttgagag
tttagtaaaaaacccaatatacaattataacattcaccatattatattacactcaagaatatacaggttggtttt
tctaggataatataagaatatgatttggatatgactacaagagtgtttcatgtttcacccaagcagattcatacc
cattcaattggctttgtcatgcgctTTCTGGAAGCTGcTCcAcATCAgttgcattcccatcgatggccaagttgc
atTTATgcatATTGACatGaAAgaagtggcccgttaccagcgtattgatgccaatgagctggagctgaggtattg
gaggtactggtactcataaggtatgtgggtccgatgtgagggatcagccactcgaTAAcTGACAGGCACGCAAGG
CGCCcgatgccgaccattggcgaaaaaagaactcgacttgacttggaatgaccctttttgccccctcgactggCa
GCACGTGcatattgcgatgcggcaatgaaaatgtaaatttcccaatcgatatgcagcggATGCCttgacatcggc
taatgccgataagcgaaaaactttacagcggagatgcaatccgagggatacgatctgcacaggtacatatTGCAG
GTGTAActactgtctgttgcggcaagtggcTCGTAAATTGCAtggaaggacattcacgagggacgttcaggacat
tcgaggtctctcaggggtggacaaaaggtcaaacatgcctgtgtgcgtcCAATAAATTggtggtgccgctcTtGg
TGCGGTTTGTTGTGTGACATTTTTATCTAATTGAcagcgtttttattgcccggcaaaaagatcagatcctTTGGG
GCGTGCTaCtagttgtgcgactgggtggccgcggaacttcaaagatgcccgaacactcccccgcaagtggttgat
gtagaattcgttgcattatGATTTCCAgCGAAtCATTaaggattaaggggcgtagcgaagggatctaaggaccac
cgtggacgcttcgttttgctgtgtcatcctgggatctacaactaaattccctgctcacgatcgaacacacggccg
tattaattgcaaggcgctaaaatgttaacccagctcttagttactgcctGcCACGCTTATTAggcacgacgaggg
ctaaggtgaaggtcagtcctggcactcggtcAAGCGTGTCCTTGaagggccggcgctatcatctaccttcttcat
ggtaccggcaacaagcgtatCAATTGGAaAATTTGCCAagTTGTAATAAACAAGATTtTtCATTGcGATAttccg
cccccgactttgggtaagcatgtcgaatgacccggcggcggtggatttgtaaggatttccctagccgtgatcagg
tagatcgaacccacttgcaaccgatgcagattagataaactcataagacccgctctgccATTTGGTGCTGACAAA
TCgccaagggatttttgcaaatttcgcttcgctttgcggtcgactttaatcccgtttagggattcaaatcgattg
tttgtccaagttctgtttacatttccgcccatattccTGTTCCGGttgtgccggccatCCtaTAATCATCTTGTT
AgCGGCTTTAGATgcCcaGATAgtcggttttctaGCGCCAttttaagctcgcaacgaactgaggtataaccgggc
tctctgagaccgctgcAActCACCACCaactGcCATTGGtcgtgccactcgggCGGCACGTGCTGccttctgtGG
cAACTcGTTTacctgcccccctacctgcctttcaggcccttctgaccgtcgtggtggatttgtgagtataaatag
ggccgaaaggacgagagaccagtcagaaacccgccagcactcgcagcgttcgtatcgtttcatccagcaacataa
caccaccatacagcagcagcaacATGTCGTCCAGTGAgATcTATCGCTAcTAcTACAAgACctCcGAGGActTGC
AgGGcTTcAAGacagccgccgccgagccgtacttcAATCCcATGGCaGCCTAcAaTCCcggcgTgAccCAcTAcc
agtTCAAtggcAAcacccTGGCcAGCagcAgcaactacttgtCgGCCAATGGcTTCATcAGcTTcGAgCAGGCCA
GtTCcGATGGcTGGATctcctcctcgccggctagcCAcCGaTCtGAGAGTCCcGAgTAtGTgGATCTcAAtAccA
TgtacaatggaggCtGCAAcaacatggcccagaaccaacaatacggaatgattatggagcagtctgttgtttcca
cagcgcctgcaattccagtggcctctcctccggcagtggaggtcatgggctcctccaacgtgggcacttgcaaaa
cgattccagcctcagcaggtccgaaaccgaagcgtagctataccaagaagaaccagccaagcaccaccgccacct
ccacaccgactgcagctgcggagtcatctgcctcagtgaatctctacacggaggagttccagaactttgactttg
acaactccgccttgttcgatgacagcgtcgaggatgacgaggacctcatgctcttcagtggcggtgaggacttcg
atggcaatgatggatcctttgacttggccgatggtgagaaccaagatgccgctgccggaggctctggaaagaaga
ggcgtggcaagcagatcacacccgtcgtgaagaggAAGcgtCGcCTgGCcGCcaAtgcacgtgagcgtcgtcggA
TGCAgAacCTcAAccaGGCcTTCGAtCGtCTcCGccagtaccTtCCcTGtcTGGGaAACGAtCGcCAgcTGTCCA
AaCAcGAgACcCTcCAaATGGCCCAgACCTAcATatccgctctcGGgGAtCTGcTgCGctgaattcccggatccc
gatcccagtcccaagtactattctcagttattgttggagcTTGCCAAATgTTGTAgctactttgtatatattgcc
tggagcccagTAGtgAATTAccGcttaagtattatgcTGTTTattgTTTAgttaattagcctaaatggaagacaa
tgattaagactaaggaagacaaaataaaagcaccattaataatttaaaacatatgttcgttttttgttaacgggg
actttctaacagttttagtagctatgcaacaattcctagatgcaaaatgataaatacaaaaattccaagccatcc
aaatcctttcatctctgaacaattctgtttccccaatcctcgatatccacacttatcggcggggcATCaATTCtC
ACACagtgaattggacTTTATTATatGggGgAAGGTGATCGATTTGGCGCTTCGCGATCAATTTGTAGACAGtTC
gacaAAATTAGgGCccctcttaatcgggttggcCAAAACAAATAcgcagcggacgATAATTAcacggcAcgGcgc
gcCgGAcTGTaGCTGCCAAATTAAGTTAAGTGTtGGGcTGATCTGcTTTcAGCAGtcgcaggtcgcatgcaatgt
ccgtatgtccgcttgtccgtatgtccatttgtccgtcgctgtccctggaacctctgcaacttcatatcccagtgg
aagtcccagtcgagccccgaaaatcaagcgccactcACAAATCGtTTAAtacGAAgttCGATccccGATCGttgt
tggcggataaactcagcggcttaagactttaagccgaaactgtgcactcagcaaaacaagaaggtgttgaagaag
ttttgttcaataagttaatgtaataaataatattatttaaggtaatataataaaatgtatatagtacaagatagg
atcaaagcaaacctttatagttagttctacacagaattcattccctttaaaatataattaaatatattatttagt
gatattagatggatgatatttttggatctgttgaataaataaatcctatgacgatttctggcagtgcaacatatc
attcagcttaaaacggagcagagatccccggcccagtcagtcagtcatTCAGTCAGTCAGTCAATCATTcgtaag
attcgaagccaatttgttgatagcgacagcaacgcccgagtgccggcgattcgatcgactcccgcatgggaattg
gagcgctcggtggcggctagcgagggtgggggcgtggcagcgaccggatttcgtgggctgttacTGTTTGTTTTg
cAAAATcATtttCGGGCGTcgccgcaaaagctgcacggatttcggggcacataATCAAAAgGAAATTCACATAAT
TAGTTAagcggcagcgcggcatcGaCAGggCTtCGTTAAATTGTTAATGACTTAATTTAGtgatcgcgaggtgcg
ggcgtctccccaggcgtcttttccagcggctgaggcaattatatttgtataggcgcgaatgcgaggcataaaggc
gatatcctgccgatatccctggagtgtcgCTCTTGTTAGCGACAATTTACGGCTTtGAACGCTTCCGCACAAaGC
GctGCCGTCAATTTGTCAATTACACAAATTGTTcggctccgttcggttcccccatctcaaaagccacgcacaaca
aaagggtgcgatccgtcgtgatgcgggaagagaggccttcctgccaatatcggtcgttattcccgagcagctact
ccagctaccacctgcaTGCAGCTGCACAGcacagcagagattcggagcctcgaATTCaGATccaGCTtCCaaAAT
GCAACTgcctgcCAATACAATTAGTTAGAATTCATGAATGGcAactcgaccccagtcgagttctggcattctgac
ttactggctcactgcgtttcggcattcggctttcagctttcggcctttggcttttggcagtgccgccgacacagc
agcaacatcacgccggaaaacaggaggagcagtagtggcagaagtggcagaagtggcagaagtggcagaagcggc
agccaCTTGCATGTCTTTGTCAATTTATAGACAGCTTGCCTGAGCATTATTAACACGTATTATTacgggtatgca
ttcgatgtccgttgtggggctgcatattttgtgggtttttctggccgttcgaacggggggaaacgaatgcccccg
aAATTTGTCATGTCGATAATTGGcgaGCTTtAttttgaggtttttgaggttgcttatattttttgtgtccgacgc
tttggttagttagtgcatctgtatctgtaaatgtatgtacatctgcgttaagtaacTTAATGAGCTTTAACACCA
TCAATTTGTCAcTTCTtgTTAGtGTCgccatggggcagtatctaaatgggttattgtaccgatcgacttgcatct
tgttaagtggtaaggttttaaggctcgttatgtgcagactatattggtcttagctgaagttcaaggacttaagca
gtttgctcaacaaattgaaagaattttacagtggagcaagtttttatagattaaaactacctgaaaataaagcga
aataaacacttaggaaacaggtagttctgacaatccattgtgccccgtaagattcaattaccccaatgcacattt
tttaattgcggttttggtatgttttgaaataatttatatgctatttctatgaatgtttttttgttatctcgctca
atagaatttctcatgcctttttgggcacaatttccctcattttcgaaagatctaaccacaaacattactttgtat
ctttttttgtttatttctcaAGTGCAGTTTCCGTTTCCGccgaTtTgTTTTGGcATTGTTGTGTGAAcATTTTgC
GCTGATCCttTAATTgTTGCgCAAccttcgctggcgaaattgcaggaacccaggtccgcagcccacggtcccaag
gattcggtgattaatgccggacctttctcccaagtcGCGTGtgcagcgaaattagtgggatttcgtattgtgTGt
gtgGGcatcggcatccgatcggtttaagccaaactcaaagtccggtccAAAtGAaTGCAATTATTAAGtCATAAA
ACGgacaacgtaaaatgccaaAgtCTGTAATTAGCGACACcAAATCACggcagccgcgcccccttttcttaatac
atcctttctcagcccattatcgggcatTGTGTGCGGtccgcgaggaaaggagagagattacctggcataggaaga
ggcagagtcctctggaggtcaccgtttgttttgggaagtcctggcccacaaggttagcggCAATTaGTcAAacgA
TTcGCaAcGCatctaCCATCAATcaacgtagggccatgggcTCCggTTACcgatcctgatcatcattatcctcgt
cctcctcatcgggagcagtaacaaacTTaACCGTTAcccatTTGACAAatAATTCGCACGGCCaacggcccaaaa
atctctgggtaactcaattagccacacagacgatcggcacggcacacttgactgactttcggtttccaaacccaa
gagtccagattcaggacccaccaagttggtgggcatcccaaagaaccaaagttctcAGTATCTCACGcTGCAgcc
aacggtgatcgaagatcga
  
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ato Genomic Evodifferences Profile - Relaxed EvoPrint

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Black capital letters represent bases conserved in all species and colored bases represent sequences present in all species except D.sechellia, D.erecta, D.yakuba, D.ananassae, D.pseudoobscura, D.virilis, D.mojavensis, D.willistoni or D.grimshawi.

Reference genome repeat sequences: Blue underlining indicates single-copy repeats and Red underlining identifies multi-copy repeats.

cacttgcgcctgcatctccaacaccagctgccacggctttcactcgcaattctattgcacccacccacgagcgca
ttcaaaaaaagcaaccaCACACgctgttTgTTGTtctgcTGcTTGTAtGGATTCCAAATCgtCcGAAAAAAGCGT
gtgccatcTGTCGCctGgCgcTGCaTTTcCAAAatatcgatgcgaataaaagaAAaaaTCGGAAGTAAaAAGcGT
tcgtcgtattcggtttggctcgtcaacaaactgggatagcgacagcgaggggaatcgtgaggaggattggaggac
gaggtgtttagaccggaccaacaggctaaacgaccgaccgcccgccttggctgaaagaggagagcacaacgtttt
tggaCGCGTGTGGCCAAAgTTAATGAAGCGTTtaAgAattAACTTGtggccaaacggagaaaaaaaggcccgaac
agttaggggcgagaatgagactcaaaaaaagggattatggctgcttattggcgtcaaaaaatgctgtataaaaaa
ggatggtcagtggtcaagtgtttcataaaacaaaataccagcacgttctagaatacatcacaaagttgcatattc
aaatacaaatgtattttatccttaaggcaaaccaagacaatacgattacttacaaaaccattttaacaataactc
tgaacacgaaactgaaggagtcacatagaacacagagatcgcattggcatTGATCTATTTtCCTCATAAATATGT
ATTAAATTagaggattccctttcatattTAATttcTtTtGtgCcCaaaGGAATAATcAATTcAAgccCgCCtTCA
aaacctagctcataaGCATGTCCTTGctgggctcatTGtGtgtttttgtgttttTTTGTTTGtcCAACCCTTGAA
GAGATTGATTATTGTTTATATTTGTgcccctgcatcgatgtgtacatacatatatatctgtatccaatgtatagg
cATgtGAATGCAGTGCAAACAggagaaggATTGTGGtCaACGCCAACGCAtcccctTtTGAATTGGGGCAATTAA
AGTtGttcgctcgactcACtccGCTGAATggctatgtatgcggACACGTGATAGAacggggccagggatattatc
ctgctttcccctggagacgaatccaaggcaattaaccccttttggccctcatcttccactcctgCGaGGGCGTTA
AgTCAGACACGAGtTtcggGTCgATTTATCAAAtaAttccacgaatacctagaattcgaaatagagcgatcttcg
cgctgagattcagatatttggaaatcgaaagacgtctgggaatttgtcctggcgtcggttcgatcgcttgtaatt
atgctaattatgagtttgatttgtgatttcgactctcttggagtccattaaacgaaaacatcttctcttgttggg
ccttttgttctttccgaaaaaaaaacattgagctaattgcgctgctcctggattttcaCACatTTtGCTCtaGTT
aCAAttaaccgaaactccttttcctgctgcaaatggcaaatgccaaaggactttctgccaggatcattgatcatt
ctgctaatttgctgggaattttccccttcttaggcaatgtcctcagctacctgaccagattcatccttccagtct
cTGTGTGGTCActtcagctaactataagtgaccttTGcgGTTGaAAATATCAATTTTCATAaAATgCAATTGTCA
CCTtagcgccgaGACCTCCcccaatgtcagcgcgccaactctatcttagaatttgattatcgaattagaaaacac
tgaccaaattacctgtacagatcccggcagacagtagtcaCTTATCTGATggtCAATTTTTCAATTTCAcTgtCT
GATGTTGAgAAATtacaCCcccgacCAtCtATATCAGTTACgATTTACATTTcactcttaacactatccgaaaac
AAGgtAAgACATATCAATTACCcACgATCggtgttCGTTGACAGtcgcactactgcattgggatagaaattgaaa
ttgggattgggattgggattggatttgggtttggatttggcctggtattgctgctggaggatccttCtTAGAAAG
TcATTTCTCACACTGaccgttcTGGGATTTGTTTGTgTTTcATTTCgATTTCTTTTGTCcgggctacttgaatgt
ggcccaagtggcttcacttttacaccagacaggcgacggtgccagcggtgaggtggaggtgccaaatgtgccaat
gGCACtTATGGGAAaTgggAATTATcATAAACTGACctccgcagaatggcctgcaacaaaacagAAAAAAAAATA
AATAAAAatAAAATAAAAAAAaAgagaagcagacacgaacgaggactgAAATCCTTGAAACCGTTTGAAAGTTTC
GCTTTTTTtggactcacagccccatcgcacggtTGtTACCCTAATTTcggctcatcttcatccagtcatccagac
tccgggccctgatcatcggcagcttatctcatctctctaGCCGGCGCACGCGTGTCATcCcGGGCAGCAATCAAA
GTGATATGAAAATTGCaTTTGGGTTCAACAGGTTCGcagttttcgattgctgatcgctgtggccaatgcacctta
aaaaaatatgtatacctggctaaaataaatatcaaaatttaatggatgggattagggataaggagttcattaaat
acttctatttgaagctacaattatatttaataatgtacggtttcttatacaggcatttaaaatttttgcactaca
catcggtgttttcgctcagtgcactcttgctgttctttgcTGTtcTGTtaaTTTTGTTTGCCtAAAGGTTAAACG
TGCGAATTTCACCcAaaggcaatcgccagtttcgagggctccagggactcggaTTTCGGTGaTAATCgGTCTGAC
TTCTgactgaccatccaCTcCTGcTCCTGatcccactccatttatatctgcgattcGCGTACgGTACGCGAATTT
cgctgtttcgcCTAATTAAATGTAATTTGGTACTTCCTTTTCAGCCGAAATAATgCATATAAATAGTATCTTTAG
TTTACATTTTATattcccccacccgccaCCgGctCTCATTATTATAaATTTTCGTTTTCTTTcagcgatcggcga
gtggtctccgatcggcccaggtcctgatccagatccaaatccagatcctcattcttccttctactcctactcctt
ctcccggaggtcagtagcgtccctttccgggggttgaaTTCAaAgGAATTcgctgggtcctccggcactctcacc
ttttccgcggccaacaaatcttgagtgcaacaatatggcaattgttgtgtattgctacGAgAACTTGTTAATTGT
TTcGCGCTCGAGTGGCcaagagctctgaatgggctgcggcagtcttcattccgcggtgcttctaggtgctccttg
ggttttttttttcaggaAAACACTTTCCAgacgGccCATTGTGgccaactccattcattcatggagtgcaactag
agcgggatcgtgacccgattgtcgaggggcaatcCtGCAATTGctgctttgccgcctgcCGCCGCAAATTAGAtG
CTCAATTACgCtACgAaAATTCCTgggTAATTcgtggaccattcctcgagcttctatcgaattacactagcagaa
aacctacatatactttactccataaggaacctcaggaattgtagtcaaccgaaaaatattattaacaaggatgaa
aatcgcagtgtttgatataaatttatgcaaattaaactcataagatttttgtactaaaaagtgatctaacaatat
ttttcagttccaagaactgatttcatagccattttcgaaagtgtatgcattaattctctatgcaatcatgacagt
gagtcactcctaacttGAAAGTGAATtTtgACCACGTGGTGtttctggtctagtcgtctctagccctttgccaaT
aAttTTTcATcccgGCCACtTCCTTCCGcAAAATGTTCTCACACTTgacccGCTGttgggagACGCCCaAAGGAT
CgGatctcgggaacgggtcgagATCGGAAGTggtTgagcaacaggaggggacAGCATCtctcctaggcatcgcca
aTGTTGctTCAAcaatttttttgAAAATCTTATTAAAAAcTGTTgttATTTCTgccgcgaccttttcttcgtCcT
TTgtgtgtgagtttcgttttcgtttcttTTTTTATTGCTTTAATCATTTTTATTTTGTGCGGCTTCCGTGCCACC
TGTTATGgttactaccatggagccaaggagtccagaggagcgaggagagcagccgaGgtCCTTcaGAGCCTTTTT
GATTTTTCTCAAGTGATTGCGTAGTTTTCATCTgTTTtcTgTGTTccagcgagcagTGTTTCAAATTTGAATTGA
TCActTGgcaggGaTCTGGGatagggtttCGTGGGAccaggatcctcgcttataacaataccaATCaCAATTTGT
CGaTcggTTATgAtgCACTTCCGAtTcggaaacgagggtagagccaacaaacaaggatccaatatgcaccatgaa
actaatgtttgatagccacattaatatgccaacgaaaacttgggctcccttactatgcgctttgaaatcgaatct
tgtttttcagatctgagaaatctgctttcaaaacacaaactcgtatgtttctaattagagttcaatttgtcagtg
cttcatttgttgaatcgatttggttctaagaaatttgttttcgatataagttaaattttcaagatagcatgcagt
acatggcacctacatggacatggttaatcgacctgcatatcaactatctactataaaatatgtgtagcgaatttg
tcttgtttcgatgaaggataaaaggatcactgctggcgccagtcagTTGCgAAGATCAcCtcAGATactgatcgg
cagtaaTGTTGGCAAAACAAcaccaccgcgctcgaattgccgcaTCAAAGtCGGCGACAAAAATcGCTctgacat
ggtccgatccaatctgggcagatacgctcataaggagcacggagctgatgtgccatccctcagccggaTGATAAC
CATCAGTAgGCAATCTATgACAAagcgccggcacaacaggaggtgagGGCGTGCCCAAACAATGACACAGTGGGC
GCTGCAaggactcgactccgactactctgtggACGTGTGTATAATCTAGTTTTAATTTTCATGGGAATTAACCCA
TGgccgtcacaattttccggccacttcgtACAATGTGCAATTTAtgcgaTATttgtttaagcaattttgatcagc
tcccagcgatgatagccagttccaactgaatcccgtccaatgtttgactcCACTTGACTTTTTatccccgtcgag
gagcatatgTACATATgATATtttccaTTTTTccaccgccccaatcggtgGTCAATATTTGCagAGcCAAGTCAA
ACAacggtctcacataacaaggggagctctttcctcctcctcgacttggtccttctGcATTTgCATATTTaATTT
GCCTTTAATGAATTTTCAATTTGACAATTGcCgAAATGCCaCACAagaggccaggattcgatttggggccaGGCC
ACCCACgtgcacggaactgggggaatgggaactaccccagttgcggagatggcatgccatgccgattgcatgtcc
atgtccatgtccgtgtccagactcctgctcctttcgcttttcgctcTCgtctgcaaaatgggacagaGTGTTAAA
TGCTAATAAAATAAGTAACATACAAATTTTTCAATTTcaGctaAAAAAAaTaacTggGCcgaagacgtttaagtc
gagcaggagctggtggactgggattcggtctggatatatataaatatggatctGGACAACACTTTCACGGCCcAG
AGcGACTTGCTAATgGGAGTCGTTGACGTGaGCCTACTTTcctcttgttggcatctcttgcgcctacacgttcct
catgccgaagagagtcctggaaagagtatactgaattaggccggctagtcagcaatttggttacttaacaaaatg
tagaaaataactaaattaatttagttactgcgtcaatagtttaatggcctaagtaactaatacatgatttgagag
tttagtaaaaaacccaatatacaattataacattcaccatattatattacactcaagaatatacaggttggtttt
tctaggataatataagaatatgatttggatatgactacaagagtgtttcatgtttcacccaagcagattcatacc
cattcaattggctTTgtCATGCGCTTTCTGGAAGCTGcTCcACATCAgttgcattcccatcgatggccAAGTTGC
atTTATGCaTATTGACATGAAAgaAgtggcCCGTTAccagcgtattgatgccaatgagctggagctgaggtattg
gaggtactggtactcataaggtatgtgggtccgatgtgagggatcagccactcgaTAAcTGACAGGCACGCAAGG
CGCCcgatgccgaccattggcgaaaaaagaactcgacttgacttggaatgaccctttttgccccctcgactggCA
GCACGTGcatattgcgatgcggcaatgaaaatgTAAAtTTcccAATCGATatgcagCGGATGCCTtgaCATCgGC
tAatgccgataagcgaaaaactTtacagcggagatgcaatccgaggGATaCGATCtgcacaggtacatatTGCAG
GTGTAACtACTGTCtGTtgcggcaagtggCTCGTAAATTGCAtggaaggacattcacgagggacgttcaggacat
tcgaggtctctcaggggtggacaaaaggtcaaacatgcctgtgtgcgtCCAATAAATTggtggtgccgctCTTGG
TGCGGTTTGTTGTGTGACATTTTTATCTAATTGACAgCGTTTTtATTGCCcggcaaaaagatcagatcctTTGGG
GCGTGCTACtagttgtgcgactgggtggccgcggaacttcaaagatgcccgaacactcccccgcaagtggttgat
gtagaattcgttgcatTATGATTTCCAGCGAATCATTAaggattaaggggcgtagcgaagggatctaaggaccac
cgtggacgcttcgttttgctgtgtcatcctgggatcTACAACTAAATTccctgctcacgatcgaacacacggccg
tatTAATtGcaagGCGCTAAAATgTtAacccagctcttaGTtactGcCtGcCACGCTTATTAGgCacgacgaggg
ctaaggtgaaggtcagtcctggcactcggtCAAGCGTGTCCTTGaagggccggcgctatcatctaccttcttcat
ggtaccggcaacaaGCgTATCAATTGGAaAATTTGCCAaGTTGTAATAAACAAGATTTTTCATTGCGATAttccg
cccccgactttgggtaagcatgtcgaatgacccggcggcggtggatttgtaaggatttccctagccgtgatcagg
tagatcgaacccacttgcaaccgatgcagattagataaactcaTaagacccgctCTGCCATTTGGTGCTGACAAA
TCgccaagGGATTTTTGCAAATtTcgcttcgCTTtGcGGTcgactttAATCCcGTTtagggattcaaatcgattg
tttgtccaagttctgtttaCATTTCCGCCcatattCCTGTTCCGGttgtgccggccatCCtATAATCATCTTGTT
AGCGGCTTTAGATgCCcaGATAgtcggttttctAGCGCCAttttaagctcgcaacgaactgaggtataaccgggc
tctctgagaccgctgCAAcTCACCACCaacTGCCATTGGtcgtgccactcggGCGGCACGTGCTGCCttctgtGG
CAACTcGTTTACCTGccccccTACCTGCctttcaggcccttctgaccgtcgTGGTGGatttgtgaGTATAAATAg
ggccgaaaggacgagagaccagtcagaaacccgccagcactcgcagcgttcgtatcgtttcatccagcaacataa
caccaccatacagcagcagcaaCATGTCGTCCAGTGAgATcTATCGCTAcTAcTACAAGACctCcGAGGActTGC
AGGGcTTcAAGaCaGccGCcgccGAGCCgTAcTTcAATCCCATGGCaGCCTAcAATCCcGGCGTgACcCAcTAcC
AGtTCAATgGcAAcaCccTGGCCAGCAGCAgcaactactTgTCgGCCAATGGcTTCATcAGCTTCGAGCAGGCCA
GtTCcGATGGCTGGATCtCcTCcTCgCCGgctaGcCAcCGaTCtGAGAGTCCCGAGTAtGTgGATCTCAATACcA
TgTACAAtggaggCTGCAACaacatggcccagaaccaacaatacggaatgattatggagcagtctgttgtttcca
cagcgcctgcaattccagtggcctctcctccggcagtggaggtcatgggctcctccaacgtgggcacttgcaaaa
cgattccagcctcagcaggtccgaaaccgaagcgtagctataccaagaagaaccagccaagcaccaccgccacct
ccacaccgactgcagctgcggagtcatctgcctcagtgaatctctacacggaggagttccagaactttgactttg
acaactccgccttgttcGAtGACagcGtcGAGGAtGAcgaggacctcatgctcttcagtggcggtgaggacTTCG
AtggcaAtGAtggatcCTTtgacttggcCGATGGtGAgaaccaagATGccgctgccggaggctctggaaagaaga
ggCGtgGCAAgcagatcacacccgtcgtgaagaggAAGCGTCGcCTgGCcGCcAAtGcacgtgagCGTCGTCGgA
TGCAGAAcCTcAAcCAGGCCTTCGAtCGtCTcCGcCAGTAcCTtCCCTGtCTGGGaAACGAtCGcCAgcTGTCCA
AaCAcGAgACcCTcCAAATGGCCCAGACCTAcATatccgCtCTcGGgGATCTGcTgCGcTgaattcccggatccc
gatcccagtcccaagtactattctcagttattgttggagcTTGCCAAATgTTGTAgctacttTGTAtAtAttgcc
tggAGCCCAGTAGTgAATTAccGctTAAGTATTatGcTGTTTATTGTTTAGTtAAttagcctaaatggaagacAA
TgATTaagactaaggaagacaaAATAAAagcaccattaataatttaaaacatatgttcgttttttgttaacgggg
actttctaacagttttagtagctatgcaacaattcctagatgcaaaatgataaatacaaaaattccaagccatcc
aaatcctttcatctctgaacaattctgtttccccaatcctcgatatccacacttatcggcgggGCATCaATTCTC
ACACAGtgaattggaCTTTATTATaTGGgGgAAGGTGATCGATTTGGCGCTTCGCGATCAATTTGTAGACAGtTC
gaCaAAATTAGgGCCcctcttaatcgggttggCCAAAACAAATACgcagcggacgATAATTAcAcgGCAcgGCGC
gcCgGAcTGTaGCTGCCAAATTAAGTTAAGTGTtGGGCTGATCTGCTTTCAGCAGTcgcaggtcgcatgcaatgt
ccgtatgtccgcttgtccgtatgtccatttgtccgtcgctgtccctggaacctctgcaacttcatatcccagtgg
aagtcccagtcgagccccgaAAAtcaAGCGCCACTcACAAATCGTTTAAtaCGAAgTTCGATccccGATCGTTGt
TGGcGGATAAactcagcggcttaagactttaagccgaaactgtgcactcagcaaaacaagaaggtgttgaagaag
ttttgttcaataagttaatgtaataaataatattatttaaggtaatataataaaatgtatatagtacaagatagg
atcaaagcaaacctttatagttagttctacacagaattcattccctttaaaatataattaaatatattatttagt
gatattagatggatgatatttttggatctgttgaataaataaatcctatgacgatttctggcagtgcaacatatc
attcagcttaaaacggagcagagatccccggcccagtCAGtCAGTCAtTCAGTCAGTCAGTCAATCATTcGtaAG
ATtcgAAgCCAATTTGTTGATAGCGacagcaacgcccgagtgccggcgattcgatcgactcccgcatgggaattg
gagcgctcggtggcggctagcgagggtgggggcgtggcagcgaccggatTTCGTGGGctGttacTGTTTGTTTTg
cAAAATcATTTTCGGGCGTcGCCgcAaaAgctgcacggatttcggggcacatAATCAAAAGGAAATTCACATAAT
TAGTTAagCGGCagCGcggcaTCGACAGgGCTTCGTTAAATTGTTAATGACTTAATTTAGtgatcgcgaggtgcg
ggcgtctccccaggcgtcttttccagcggctgaggcaattatatttgtataggcgcgaatgcgaggcataaaggc
gatatcctgccgatatccctggagTgtCGCTCTTGTTAGCGACAATTTACGGCTTTGAACGCTTCCGCACAAaGC
GctGCCGTCAATTTGTCAATTACACAAATTGTTcggctccgttcggttcccccatctcaaaagccacgcacaaca
aaagggtgcgatccgtcgtgatgcgggaagagaggccttcctgccaatatcggtcgttattcccgagcagctact
ccagctaccacctgcaTGCAGCTGCACAGcacagcagagattcggagcctcgaATTCaGATcCaGCTTCCAAAAT
GCAACTGCcTGCCAATACAATTAGTTAGAATTCATGAATGGcAactcgACCCCAGtcgagttctggcattctgac
ttactggctcactgcgtttcggcattcggctttcagctttcggcctttggcttttggcagtgccgccgacacagc
agcaacatcacgccggaaaacaggaggagcagtagtggcagaagtggcagaagtggcagaagtggcagaagcggc
agccaCTTGCATGTCTTTGTCAATTTATAGACAGCTTGCCTGAGCATTATTAACACGTATTATTAcgggtaTGCa
TtCGatgtccgttgtggggctgcatattttgtgggtttttctggccgttcgaacggggggaaacgaatgcccccg
AAATTTGTCATGTCGATAATTGGCGaGCTTTAtTTTGAGGTTTTTgaggttgcttatattttttgtgtccgacgc
tttggttagttagtgcatcTGTATCTGtaaatgtatgtacatctgcgTTAagtAAcTTAATGAGCTTTAACACCA
TCAATTTGTCACTTCTTgTTAGtGTCgCCATggggcagtatctaaatgggttattgtaccgatcgacttgcatct
tgttaagtggtaaggttttaaggctcgttatgtgcagactatattggtcttagctgaagttcaaggacttaagca
gtttgctcaacaaattgaaagaattttacagtggagcaagtttttatagattaaaactacctgaaaataaagcga
aataaacacttaggaaacaggtagttctgacaatccattgtgccccgtaagattcaattaccccaatgcacattt
tttaattgcggttttggtatgttttgaaataatttatatgctatttctatgaatgtttttttgttatctcgctca
atagaatTTCTCATGCCTTtttgggcacaatttccctcattttcgaaagatctaaccacaaacattactttgtat
ctttttttgtttatttctcAAGTGCAGTTTCCGTTTCCGccGaTTTgTTTTGGCATTGTTGTGTGAACATTTTgC
GCTGATCCTTTAATTgTTGCGCAAccttcgctggcgaaattgcaggaacccaggtccgcagcccacggtcccaag
gattcggtgattaatgccggacctttctcccaagtCGCGTGTgCAgcgaaattagtgggatttcgtattgtGTGT
GTGGGCatcggcatccgatcggtttaaGcCaaactcaAAGTccggtCCAAATGAaTGCAATTATTAAGtCATAAA
ACGgaCaaCGtaAAATGCCaAAGTCTGTAATTAGCGACACCAAATCACGgcagccgCGCCCccttttcttaatac
atcctttctcagcccattatcgggCaTTGTGTGCGGtccgcgaggaaaggagagagattacctggcataggaaga
ggcagagtcctctggaggtcaccgtttgttttgggaagtcctggcccacaaggttagcGGCAATTAGTCAAAcgA
TTcGCaAcGCaTctaCCATCAATCAacgtAGggccatgggcTCCGgTTACcgAtcctgatcatcattatcctcgt
cctcctcatcgggagCagtAACAaAcTTAACCGTTACccatTTGACAAAtAATTCGCACGGCCaacggcccaaaa
atctCTGGGtAACTCAATTAGCCACAcagacgatcggcacggcacacTTGAcTgAcTttcggtttccaaacccaa
gagtccagattcaggacccaccaagttggtgggcatcccaaagaaccaaagttcTcAGTATCTCACGcTGCAGcC
aacggtgatcgaagatcgac
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6375
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9450
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10275
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12450
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12675

Enhanced BLAT Score Card

 (Back to Top)


 Drosophila EvoPrinterHD  -  Generate EvoPrint and EvoDifferences Profile


  
 Gene Name: ato
        

     Reference Genome: D.melanogaster
    



 Click on individual Species and Composite eBLATs to
view eBLAT alignments.



  
    
      Score
    
     =  
    
    
      Total number of aligning bases.
    
  
  
   
     Start/End
   
    =  
   
   
     First and last aligning bases in reference sequence.
   
  
  
    
      Ns
    
     =  
    
    
      # of Sequence gap(s).
    
  


 
View test species eBLAT to identify gap(s).








  
    
      R/D
    
     =  
    
    
       Sequence rearrangements and/or duplications.
    
  
  
    
        R
    
    
      =  
    
    
      Total # of aligning bases unique to the 2^nd or 3^rd eBLAT
    
  
  
    
        D
    
    
      =  
    
    
      Total # of common aligning bases
    
  
  
    
      Red
    
    
      =  
    
    
       Common to 1^st, 2^nd  and 3^rd eBLATs
    
  
  
    
      Brown
    
    
      =  
    
    
      Common to the 1^st and 2^nd eBLATs
    
  
  
    
      Magenta
    
    
      =  
    
    
      Common to the 1^st and 3^rd eBLATs
    
  






 
    
         
            
              D.melanogaster
              (Ref  Sequence)
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            12620
            1
            12620 0 26 
  
           
            150
            2289
            10121 0 
                 0 /
                 124
               
  
           
            159
            861
            8211 0 
                 0 /
                 133
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.sechellia
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            11792
            1
            12620 0 42 
  
           
            124
            1853
            9659 1 
                 9 /
                 64
               
  
           
            127
            8804
            9659 1 
                 2 /
                 74
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.erecta
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            11181
            1
            12620 0 36 
  
           
            161
            2276
            9644 0 
                 12 /
                 112
               
  
           
            112
            2007
            9644 0 
                 13 /
                 62
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.yakuba
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            11169
            1
            12620 0 30 
  
           
            98
            9597
            10121 1 
                 3 /
                 65
               
  
           
            188
            2030
            10113 0 
                 52 /
                 106
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.simulans
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10683
            1
            11388 1  
  
           
            1086
            11467
            12620 2 
                 1008 /
                 0
               
  
           
            286
            2008
            12468 1 
                 31 /
                 177
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.ananassae
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            7272
            36
            12618 0 24 
  
           
            138
            2306
            10117 3 
                 39 /
                 23
               
  
           
            90
            2306
            10117 0 
                 14 /
                 0
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.pseudoobscura
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            7153
            1
            12616 0 43 
  
           
            172
            2026
            10114 0 
                 58 /
                 45
               
  
           
            103
            2315
            10114 0 
                 18 /
                 16
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.persimilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            7030
            1
            12601 0  
  
           
            51
            2008
            2059 0 
                 51 /
                 0
               
  
           
            91
            2308
            11031 0 
                 40 /
                 51
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.virilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            5064
            80
            12600 0 17 
  
           
            124
            9875
            10468 0 
                 57 /
                 26
               
  
           
            70
            9696
            10133 0 
                 10 /
                 19
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.mojavensis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            4994
            90
            12601 0  
  
           
            185
            2188
            10117 0 
                 75 /
                 44
               
  
           
            103
            2315
            10119 0 
                 26 /
                 11
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.willistoni
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            4957
            22
            12620 0 43 
  
           
            170
            1807
            10142 0 
                 41 /
                 47
               
  
           
            110
            8015
            10119 0 
                 26 /
                 2
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.grimshawi
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            4484
            726
            12597 0  
  
           
            335
            8643
            9125 0 
                 9 /
                 326
               
  
           
            201
            2315
            11874 0 
                 126 /
                 75
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
D.melanogaster ato Genomic EvoPrint (Back to Top)
Black capital letters represent bases in the D.melanogaster ato reference sequence that are conserved in the D.sechellia, D.erecta, D.yakuba, D.ananassae, D.pseudoobscura, D.virilis, D.mojavensis, D.willistoni and D.grimshawi orthologous DNAs. Reference genome repeat sequences: Blue underlining indicates single-copy repeats and Red underlining identifies multi-copy repeats.
Drosophila EvoPrinterHD - EvoPrint and EvoDifferences Profile

D.melanogaster ato Genomic EvoPrint (Back to Top)

ato Genomic Evodifferences Profile - Relaxed EvoPrint (Back to Top)

Enhanced BLAT Score Card (Back to Top)

Drosophila EvoPrinterHD - Generate EvoPrint and EvoDifferences Profile
