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.

2. Using your cursor, highlight region of interest in the EvoPrint or EvoDifferences profile.

3. Select the "Extract CSBs" button

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


  
    
	
	  D.melanogaster Axn Genomic EvoPrint
    (Back to Top)
	
    
  
  
      Black capital letters represent bases in the D.melanogaster Axn reference sequence that are conserved in the D.erecta, D.ananassae, D.grimshawi  and D.virilis 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)


 agcgtactgaggcttgtccatgctgaatacgaaattcgagaattgttcgacaataaaagatttgaatttgaagct
gtgagtgctgctgcctttccagtcgatgaaaatagaaaacctatctacccttctatcatccctggcgccacctgt
aggccttgtagcgcaacataagtgcggacgcgaaccacaaggtgaccccaagtcgagctgccacctttcgcagtg
ttggcaatccagttggcatccccgaggcgagctatcgaaccagttcgatttcgaaccacgcaactctagcatgta
atcgttcgtctcgccgtctaacatttgtgtcgaactacattttgttttgccattcaataaatctattatttacca
ctgaataagcggcgccacggagccctaaaagagtgtgcgcgttccggagactcggcgcacagcggcccgcagcga
tacgtccatgaaaatcgaACgGCAaCAGcAGCAGCacccacaaccagcggagGCAACAGCAACAAAAtacacaaa
ataaagaagcagcagacggaaaagtgcacaaatggtgcagaactgagtggaaaggccaccgagcacagatttctc
acagtgcaggagcccggagacgccgaaatgctctagagggcggcgcttcagcacgattttctccccgcggagagc
ccaaagttgccagcggacgaggatgactgctcctggcgaagcattaagttaagagacatacagccattgtttaca
gcaggcagctcagacaccgggataggataggataggatatgccctcgggccagcccacttgagttgaggagagca
gaggagaggatcgggatccgtgcgcgaggagaggatctgcagccTTGTTTAGCATTTAgtccggtcatcgtgcca
gcgccttgttaaccacactcTcTTGTTTACGTTTgcttgtTTGTTGAActccacaaatcgtccttccattaattg
ttagtcacgcgtccctCTCGTTGAGCAcactAATCAAAATGAAAgCaTCCTCGTCgatatcgaaattgaagttga
aattgaaatcgaaattgaaagctaagttgcaattgaaatcgaagCGTCCAGCCgttaaagCtACAatcaaatTaC
aCCCGTCCAAaCCCAcCTCGTCAtcgccattgccatcgtcaccgccatcgaagattggagccagggccgtcagga
ctgcgccaggatcagtcgtctgccatcccaattgagtgaagccgaggatacacgaatctaagggtgagtactgct
cttggaattcccatgcacaatccataactaatgctattactttcttacgcagtttgtggattattggatttgcac
aacttacttaaggactaatattaatactttaagaaaggcacaacataagtctgattaatgatctagttgtatcaa
gggaaatgattggaattagacaatttattcacgtctaactaatatctcaaatattaatagtaatttgaatgatcc
tttgtaagaaatgtgagcatatattttgcaataatagtaactttatgaaatgtatatttcattaaatcgaaggat
gatacctgatcattgaaaaagtcatttagaacgccatgcaaattctaatcatccaactaaaatattgctcaatta
attagtttgcagcacatttaatttatttctgaggtgtatgtgccaatgggatcccatagaaactgtatatatctt
ttaacttcattaacaaatcaattaattaacaaaacagtaaaacataattatattatcatcctgcattcatatcca
taatatacaatgttacctatttaacaatttacacatcctcttctttcaggtactgaatgtactgcatcaactgta
atataagctacgtaaataggaatttatgcgaataagagtaattaagtgaagcgtgtagttaaacatttctacaaa
ccggacataaaaagattcaaccatcttaaaggacttgcagcgctatggattgatatgttctcaagcgttggccat
ttctcacttgagtttaatcggttagtgttctatcaccctttatattcaaagcattctttagatttatttaggcgt
ttattggatgcacccgtgcgcgaaatattttctcccccacaaatccaatatgtatggcttattgaaaaaaaggag
gcacttgggtggttgctactgattgatttaaagttcgctgtgttgaaaactaattcgatttgggctctgaaatgt
aaatttatttaagctgagccaaaaataatatttatacaattttatctctattaaaataccttccaattttatctt
tgatgcaatatttatgactggcatataaaaaagtttttttgtttaatttatttatggtatttgtattatgttttg
gtttgaatgattatttatgagatgcacgagactaaagatttttcttaaaattattttcattgttttggacttact
ttcttggcgaacaaaaatatacccaatggccaaatctcttttctcccaattgataattgataatatccttatgta
taaagcttgcctattATatATACATATttTATATAcattTATtTATATATatgTatATttaaaacagagtaaaag
tgttcataatttttttaactatcccataatgcttggtaaggctagaaacattagtcttcagataaaactttaact
ttaacatataacataaatttataccaaatggataacaatggctctaatcttttttttttccaaactcttaactat
atgtttacaaccttagtctttcgaacaaatattttagtattatatattgtcttagcttatttcaaaatgatttca
attgatctaatcttttcttcatttcactattctttcaggaacaactggaaccattcggaataccaatatcttccc
ctgatttcatgttgaattttttatgcaaattacatatgtgagtatacaacttatttttactttgtcaatggtttt
gaagtttaagacaactacgattgcatgcgagaatctcagaaatataaactagtatgaaaaactgatttacattga
tatacttaggtccttttccatttctcgaaacctaataatcatgacatcctgaagggttttaataaatccttttta
attggttattattcggaaactaccttttcactcaattgaaaaatcctcttagtgcaataaggataccatgatttc
actattgtttattgggctgcagcactctgattaaggaattgaataagtttccgttgtctcggagaggagcaacag
ttgaccgcgcccaagtgcatccttcgggtccttcggtgtccttgtaatgggcgttgcacctgaaaagtaggcgct
tccgcgctgaacttttccgcctgtgctggcaacttttgccgcgcacaaagtgccactattgaccttcggcaatac
tcgcagccgcagtgagtagtgcccgtgtttcccccagtttgccgggccagaccatgccggcgtggagtctagacc
gccatcagacgccgttcatcgggcggttggttgaGCAATggcggtcTTAACCTCATTAGAAACAAAcGaggctgc
cgccggtcgctcctcccttcgtattgttttcaaacttattcgaaaataatttccacatttgtgtttaggggagga
atcggactccggaggtgggtcttccatctcaacccttgccccacccctcggctttcaggaaggactacaatgcga
acccaactccgctgctctgtttatgtacaataagaacgggcgggcgtctggtccttcctttgccttgccactctg
gcagtgggccaggatttggtctgggcttgggcagcagggcatagaatggggggaccagggtctggggactcaaTC
TGGACCTGCGCATATTGGTTGCACACAatgactcctattcgcctgctgccgtctcgcttgctccGCCgcAaccAC
gGACACTcTGAAAaGAACATCCTTtGTgtgctGTTGTacaatgtacatggagcatcatcatgttggaggtcgtcc
cagcaccgccactcgcactcctgctcctccgcagggcagtccatcaacagctggtcgggatattcaaggggcagt
agtcctccactaagaaaaaatcctcgaaatggttgtattcgttcttaaaacacaaacatgtatagtgagtttcag
aatcaaagtgcagtccagtacagaaagcttaagtttgtttgagggtctcagattgttcaattgctcgtaaataaa
ctatttttaagtgataaagcaacttttaagctgtatacattcgtaactagcttaccaaaaagtaagccattgttc
gtttttcagttttacaagttgcgatatagatacaatctggcttatagaactcaagagctctaatcgttgattgat
aatggtgaagtaagaatatttacaatttgtatattccagtatcgtgttgaattgattacaacccactttctcaat
cccaaatagttaggtattgaagtactagatttttccctgagtgtcgatgtgctcaccgattaagttcgatttccg
tacataaacgacgtaagcgccatactcgctgtccgCATGCAACAATTGTGaatggaagaggctgtgggtgggtgc
gcacgatgatgaggatcaagcggaggatgcggcagtggaggactggccaggaagcgcaaccccgaaatggtttat
gtactctggctgctcggcatgggcgcacatacgtggctggcagggtgaaatctgccatcgctgtcaacgctggag
gaggattcggattcataatcgcagctcgggacgcgggcactcgttcagtttgactttccgcttgtcaaggcattg
tcaccgaatccctgtgctccgtggctcgtggcgagatttgtcaacaattagtggcgatagtaatccgaaaagtcg
cgcggatccgaagtgagcaacctgtcgcggcattgtggatgcatcaaaggtgatttagtgtcatgcgttgggccg
cagcatacctgcggtattgagatccttcggttgaaaggaaactaagccaaatccttcgagggctcctggcactgg
gcacctgggcaaccgttcgcagggaaaccctgggcagagcagtagctgtagcctccggcatgcgactggatggga
agccctcatctcacgctagacttacctgccaatcatcggaactcataacttgaaaagaatggaaagaattatccg
gcgaggcgtacgcaatctaatagggatagaaaaatcatcatcatcatctgccctcgagagggtctgctcatattt
cattgttgttcctcggctcaacattcgctcgcagcaaaatcaataaggatttatttaattatttcataatttccg
ttcaactgcatccgcacaacaatgaaacaaactagttgctgccagttgcttcgccgggggttgaactttaactcc
gagtgccttcaatttgtaatccattcgtttatcgggcgagaccatgtcttcatggcttccaaaaacagtttacac
gattctcaataggattgttttgggctttagatagtagccattcaccggcggcacatttaaatagtttagcaggag
gctggatcaagacattattatgcaaatcaaattgaaattaactgccaaatactcctgtctcactttaactatagt
tttttgtgcgaaacacctttcttttcctggtttttccaagatacattcaatcagattggcaaacaatgtaaaatt
gggtttgaacaatgtcgttatccttctaaactttgtttaaaaccctttttcctatctaatttggataaatagttc
aacgaattggtttagcttactattctatagagtctatcttggacttgtagatttttatgatatttaattatgatg
ataagtgatatttattaggatcttttttaacaagcatgtggtgtagcatggacttttactttaaaatcgtagagt
tcctggttagataaaactaaacttagtttagttttgtacaaaagagcaagatatccttttatctttgaactaata
attgatctcgccagttttaagcataaaatagtttatgaaatacgcttagtacgttatgtaagtagaaagagcatg
gcatttctttagttccaagaaccattgcaagttttagaatttggaaaagttgtagccgttttaagtattccttga
gtgattgtgaaaccgcttaggcaaccactcgcatcagtcaaaggtaattccctcttttggatgaatgttccgcaa
cccgtttcgccatttctccatttcgccatcgcggtggccttaaaaggcgccggcaactaactttctttgtgaccc
gagagaaagcagctacggggctttcagtagcaattacgccattaaggtcgagccgaatctttgatgtcggcgatg
gcacttgttagtcctgagatgcgcggcatgcgctgcaaggatgcaacggatgcaaaaggatgccaggttggtgag
atggcgaaatgatgcaccaaagaggtgccgatttcccctgctgtttggcgctgtctttgtgcagcggatgccttg
gccacgggggagatgtgggcctcaagtggccgagccgtgggctgtcctactcctagaaagcgccgccatcgccag
gccgcctcccgagtccttcgccgcgttcctttgcggtgccGAGCgTTTTAATTGTGCCTTTCTTTGTtCTTTTtg
ccGTAATGGAGTGCTATGCAAATGGCGTTTTGATGAaTTTCCTTGGCTCtccgccggcgctatCgCTTTGTggat
gcttgttggctgttcgcttccccagttgtcccggccctgcctgcctgcctgctcaaaacaacgaaaacaaacaag
agcagctttcatcccctttcatcggctcgccgcctgtgtatgtgagtccgtaagtcatggttggcaggaaagtgc
tgcccaggctcatagccaaaccagaacccaaacccaaacccaaacccaaacccttctgctctccacttctcgcca
ggctctgctcatgtcctttgtgccatcttgTTGtTGtgtttGtCgcTGCTcTGTTGTtGGCggcaaacttatgca
gtgatgaccgatttcagcagctaaaaagctagctatatggttagaaatcctatagatctacatataatagatgta
ttcctaaagtaaatctgttcttaatctgatagttagagaatggaacgaagtggaggtaaataagggaattaaata
ttttgaataaatgattaaatgatttagagctgattcgctacaagatctagtacttaatcatcagcttatatcatt
attttagctttcaaatgcgtttcatttgtacttggccaccatttagattgattttcaaccggaaaagagctgaac
aaccagccctgagcagtgctcattgcaaatggggagggaaaaggaacaacgaagaaaagggaatatttttgattt
accaaaagcgcgacgcgatgcttactttctagtttccgcctgctctcgaacgcgtcagacagctcgaggaatccg
gaggcggccggggactttaaaggagcggagtccttgccaccatccccgagtttagcatgggtttattggggtgtg
tgcccgagtggcaagcgagtgaGTGTGTGCGTATTttgtgTTCAAATTTtGTAcATaAtgGATTATTGTCCTTtt
gcctttccgttctccctttgccatgcgccccgaCTgCTGCATTGGTCGATAaCgTcAACCAATCAAAAgCGCcCT
CAAAATGGCCGCCaTTCgATTccgctcctcactttgccgatttgcgtgcgtcctcctttgtgaagaaaggcgaag
gagccgtcgccgccaagtggtcattcattctggcttcgcatccgcatccttgaggatttcccatgcccattacgg
ctccaattaccagtgcggtttcgatttcgatacctgcaccgcaaattgcgatcctgagatgcaaaagtgggccac
tagagtagtcagttgtgcattccttaaacttcatgcaaatacactttacttacgacttgatatactattgatatt
atgccttaatcagaactggaattcctcttgaagtcacacgaagaatacatccacttatacaatcctttgtgcttc
ttttgttgCAGGCCTTGTCTAAtTGCCTTCCAAATTCGCaAACGAgcGCATCTTCCATgTCCCAgctaTTTgtAA
AATAcgggcGTTTGTGATTTGAAAccgagaacacgttcgttgatcgtaactggtaaCTTAAGCgtaAtAttaggt
AAATATTtagcagcgatcgcttgtcgtgggaAGCcaATTTAGAGTGGCATGAGtggccatCcATcGGGAaTCCGG
AAACATGaTGATAATGAGTGTAGTGGcCCACGACCACCaGTACCCGGAGAAGAGAGCCGtGTTAAAAAGGTgctt
agaccagtggaatcattgtacatggaagtccgatatagcataatcataccttttctcAGATGACCGAAGGGGTag
cAGAtACCTcgAAgAAtTCgtCgCCATCcTAcCTgAACTGGGCCCGgACgCTgaaccacCTGCTgGAGGAcCGcG
ATGGGGTcGAGctctTtAAGAAGTAcGTgGAgGAGGAGGCGCCCGCCTACAAcGAcCAcCTCAAcTTCTAcTTcG
CCTGCGAGGGcCTcAAGCAgCAgACgGATCCgGAGAAaaTcAAGCAgATaATcGGaGCCATctacaggtgagtgg
aatgcttagaagaatgccaaatgctcaatggtgaagcacttaccttgccgcccttccccacttgctaaAGATTCt
TGCGCAAgAGtCAgCTGTCCATcTCcGATGAccTGCGcgcccagatcaagGCcATCAAgaCgAAtcccGAgaTcC
CgCTcAGcCcaCACATaTtcGATcccAtGCAGcgcCATGTGGAGGtcACcATcCGcGACAAcATCTACCccacgt
TTCTCTGcTCcGAGATGTACATcCtcTACATcCAGCAgATGTCcGCccaGCAGGAGCGcTgCAcCAGcAGCGGCG
CcACgGgatCGGGaAGtGccGGgAGtAGtGGCAGCGGcggcaGCAGcctagCgGgtGCCtgtgccctgccaccga
ccaccgcgtccggCAAGCAgCagctcccgcagctggtgCCGcCcGGTGcCTTcATcAAccTGCCggTGAgcAGCG
tgagcGGgccGCCAGCTGGcACgTGcAGTGCCAGCGGCAGtGTgTACGGtCCcTCgACtTCgGCcAGCTCcAGcG
GcTCaATaAGcGCCACcGACACaCTGCCcCGCAGCTCCACgcTgCCCACgCTGCAcGAGGAcTCGGtGCTGTCGC
TcTGCGAcGAcTTCGAGAAGGTGCAgatgcagGAGGGcGGcggatccctcggctctggatctgtgggcgcgggtg
cgcgagcgcccgactacccgattcgcctcACGCGggacctacTaATAGCaACTCAgAAAAGAAGACTGGAAATcc
GACCtcctgggtaagtcagctcagctctcttttgcccactctaaccgttggtggataacaaaacttaggctacgt
tgtatataagctagtatataacgaaatcgagcaagtcatagttaaactttctttagaagatcctcaaatagaata
tagaaaccacacgagatccaccttactcttatgtttatgtttaagttctttattgttaatgatgattttctgtga
ttaactcctaatttgttatatttgtttcttttattttttacatatgtacatgaactctcacaaaaacacgcacgc
caaaaacacgaacccacccgcatactatatactatatactatataccacccaccacactcattggaccttcaaac
accacccgcatatgcattgtacatatgattacctctacaccactgactcgatgaatatacactgcgttttcctta
tttgtttgaacatttttgtttgtggatcttgacgaatcccccacccacatacacacgatcatacaattgggcgcc
attgcatggaaactgtgtgttcctggtccgatctgcatgcgagtagtgcccacggttacgtgtacaatccaagca
ctaccaacacctcctatgtgccgaattcgcggGTtGATTCGGAgAGGGCcAGCGTtAGCTCCGGCGGgCGCACCG
ACTCCGAcACcATGTCgaTcTCCAGcTGttccatgtgagtaggagcgccagtagagaagccgtctccctaaagat
ccaattgggatgaatacctgacacgcggaacgaggagaccaattcacagcttgactgactaacgattcctcgTTT
CAGGGAcGGtCGCCCgTAcATccAaCGCAGACACAGCTCcACGGAgAgCAAGGCgATcCGCCAgAGcGCgATGGC
aAacAAGGAgACcAAcacCTTTCAGGTAaaaggagaaacgatcatcgatggactgatctccatcaattagtttga
ttcacAGGTgATACCtCGCACaCAACGAcTACATTCgAACGAGCAcAGaCCacTGaaggAAgaggagctggtgtc
CtTGCTGATACCCAAgtTggAGGAaGTgAAGCGaAAgcgagacctggaggaaagagctcgcgaggtaagtttagg
atatgaataggttaaaagcaccaaacaccacactatgctaaatttccaaacagagaaatcccggtgctgctctgc
ttaccaacgaaagATCCAGtGCCAgcGATCGaGCcTTcGCcGAGGCgATACGaGAgAAGTTtGCaCTgGAcGAaG
ACAACGACCAAGACATtcTGGACCAGCATGTGTCGCGgGTGTGGAAgGAcCAAACgCCgCAcCGCTCgccgggaa
cgatgtcgccctgcccacccataccgtcgcgccgacgtacagccacccacgattccggaatggtcagcgatggcg
ccatgagtctaagtaagcctaacagaacgattaagggaataacaattttctaaaccaaaatccacccacaggcgg
aCACTCaATGAAGCACTCaAAgTCcATGCCgGATCaCAGTTCCTGCTCgAGGAAgtTgACAAAcAAATGGCCtTC
cATGAACACAGAcAGtGGcATtAGcATGTTCTCggCcGAcACTGTtaccaagTACAAAGAtgCgAGGTAggtcaa
attggcttcaatactaaccccaccacccactaaccaaacaaatccgctaaagttctcgatctgGCTCtAGCACGG
CCTCgAAActggaGGAgGCgAAACGAAGACTGGAAGACGAGCCGCGgCGCtCTCGTCGATAcGCCCAACCGCCgA
TGCAGCacctgtcGCAaCAGCCactggcctccttcAGCAGCAGCaGCAgtggcggCAGCAtCAgcctgccacacc
agCCACCGCCtCTGCCggccaagCCGCCGGAgACgaTcGTGGTGTTcTCgTTCTGCGAgGAGCCaGTgCCgTACA
GgATaAAAATACCCGGTACTCAGCCaACCCTGCGtcagtTtAAGGACTaTCTGCCcaGAAGaGGTCACTTTAGGT
aaaatctacttatacactcgacgaactcaatgcttactaactaatttgtggcatccataggttcttcttcAAGAC
GCAcTGcGAgGAcCCGGACAGTCCAGTGATTCAGGAAGAGATTGTTAAcGACTCCGAcATACTGCCgcTaTTCGG
AGACAAAGCGATGGGTCTTGTCAAgCCATCCGATTAATaTTAAGcATttaGcGTAGATTTTgTATTAAGgcaAAT
cgtgagtgtggcttggtgcactgatgcactcggcaagatacgaatacgataacgaacgcaccaagtgtacgcatc
ttagagctagcAACtggAGAAGCTATttCCgAcAAATCAAAAgCtatatatgtacgggcgaccGGCTTTTGtaAG
CATCAcAaACTActctctgcgggggcaatgtatttttctgtacaacaaaaactgatctattcaccagccacccaa
acaaaggtggtggttggttctacgtttgtaaatccataacgagaatattcggagctattggtaggagagaacgat
cctctttatgttcacaccttggcggccgtacgttcagagtccgaaaagcgtttcagtcccgcagccagggactga
gatctttaggaactactgcacaaaatcacattattaggaAGaTtTATGGGTtTaCCTcgATTgGGATTTGTTTGT
TACcTTTTACTAACTAcGGACTGCCTGCAATAAATTTTGTTAATATTTTTgTAATGTGCATTTTatgatgATGAT
ATGATGATATTAACAAAGTTCTATTCAACTCGACaAAAAATCAAAAgATAATCTGTTTTATTTTTGTATATCTAT
agcacagcatacACAcTTaAcTTTATGTATTTATAcaatgtattgtaattgcgtcaattgcatctaccgatctac
cattaggcacatttcatttggggctcgatcagtccagcagcgaccaatactggaatacaatgggtgggtggttta
ttggcccttggccggaacggacgaggtcgatcgattgatttattcaaataagttaatgcatacacacacacttac
tATACATATTTTTTTAAGAAAaCTGAaATAACCGCAGAAATATGcaagtaacggataaatttattatatcAAACA
TATTTTATTTGTGAGCAAAATGCATaTAGATTTAATAAAAaagtacatggatagaacgtaatgatccaaatgatt
tcgcttgcattcggttgggtggtgatcacgatgatggtcgatgatgggttgggccttacacaatatataattatc
tattatata
  
 75
150
225
300
375
450
525
600
675
750
825
900
975
1050
1125
1200
1275
1350
1425
1500
1575
1650
1725
1800
1875
1950
2025
2100
2175
2250
2325
2400
2475
2550
2625
2700
2775
2850
2925
3000
3075
3150
3225
3300
3375
3450
3525
3600
3675
3750
3825
3900
3975
4050
4125
4200
4275
4350
4425
4500
4575
4650
4725
4800
4875
4950
5025
5100
5175
5250
5325
5400
5475
5550
5625
5700
5775
5850
5925
6000
6075
6150
6225
6300
6375
6450
6525
6600
6675
6750
6825
6900
6975
7050
7125
7200
7275
7350
7425
7500
7575
7650
7725
7800
7875
7950
8025
8100
8175
8250
8325
8400
8475
8550
8625
8700
8775
8850
8925
9000
9075
9150
9225
9300
9375
9450
9525
9600
9675
9750
9825
9900
9975
10050
10125
10200
10275
10350
10425
10500
10575
10650
10725
10800
10875
10950
11025
11100
11175
11250
11325
11400
11475
11550
11625
11700
11775
11850
11925
12000
12075
12150
12225
12300
12375
12450
12525
12600
12675
12750
12825
12900


Axn Genomic Evodifferences Profile - Relaxed EvoPrint

 (Back to Top)

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

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

agcgtactgaggcttgtccatgctgaatacgaaattcgagaattgttcgacaataaaagatttgaatttgaagct
gtgagtgctgctgcctttccagtcgatgaaaatagaaaacctatctacccttctatcatccctggcgccacctgt
aggccttgtagcgcaacataagtgcggacgcgaaccacaaggtgaccccaagtcgagctgccacctttcgcagtg
ttggcaatccagttggcatccccgaggcgagctatcgaaccagttcgatttcgaaccacgcaactctagcatgta
atcgttcgtctcgccgtctaacatttgtgtcgaactacattttgttttgccattcaataaatctattatttacca
ctgaataagcggcgccacggagccctaaaagagtgtgcgcgttccggagactcggcgcacagcggcccgcagcga
tacgtccatgaaaatcgAACGGCAaCAGCAGCAGCAcccACAACcAGCGGAGGCAACAGCAACAAAAtACAcaaa
ataaagAAGCAGCAGacggaaaagtgcacaaatggtgcagaactgagtggaaaggccaccgagcacagatttctc
acagtgcaggagcccggagacgccgaaatgctctagagggcggcgcttcagcacgattttctccccgcggagagc
ccaaAGTTGCcagcgGaCGAGGATGACTgctcctggcgaagcattaagttaagagacatacagccattgtttaca
gcaggcagctcagacaccgggataggataggataggatatgccctcgggccagcccacttgagttgaggagagca
gaggagaggatcgggatccgtgcgcgaggagaggatctgcaGCCTTGTTTAGCATTTAgTcCgGTcaTCGTGCCa
gcgcCTTGTTAacCaCAcTcTCTTGTTTACGTTTgcTTGtTTGTTGAACtccacaaatcgtccttccattaattg
ttagtcacgcgtcccTCTCGTTGAGCAcactAATCAAAATGAAAGCATCCTCGTCGATATCGAAattgaagttga
aattgaaatcgaaattgaaagctaagttgcaattgaaATCGAAgCGTCCAGCCGttaaAGCTACAATcaAATTAC
ACCCGTCCAAACCCACCTCGTCAtCgccattgccatcgtcaccgccatcgaagattggagccagggccgtcagga
ctgcgccaggatcagtcgtctgccatcccaattgagtgaagccgaggatacacgaatctaagggtgagtactgct
cttggaattcccatgcacaatccataactaatgctattactttcttacgcagtttgtggattattggatttgcac
aacttacttaaggactaatattaatactttaagaaaggcacaacataagtctgattaatgatctagttgtatcaa
gggaaatgattggaattagacaatttattcacgtctaactaatatctcaaatattaatagtaatttgaatgatcc
tttgtaagaaatgtgagcatatattttgcaataatagtaactttatgaaatgtatatttcattaaatcgaaggat
gatacctgatcattgaaaaagtcatttagaacgccatgcaaattctaatcatccaactaaaatattgctcaatta
attagtttgcagcacatttaatttatttctgaggtgtatgtgccaatgggatcccatagaaactgtatatatctt
ttaacttcattaacaaatcaattaattaacaaaacagtaaaacataattatattatcatcctgcattcatatcca
taatatacaatgttacctatttaacaatttacacatcctcttctttcaggtactgaatgtactgcatcaactgta
atataagctacgtaaataggaatttatgcgaataagagtaattaagtgaagcgtgtagttaaacatttctacaaa
ccggacataaaaagattcaaccatcttaaaggacttgcagcgctatggattgatatgttctcaagcgttggccat
ttctcacttgagtttaatcggttagtgttctatcaccctttatattcaaagcattctttagatttatttaggcgt
ttattggatgcacccgtgcgcgaaatattttctcccccacaaatccaatatgtatggcttattgaaaaaaaggag
gcacttgggtggttgctactgattgatttaaagttcgctgtgttgaaaactaattcgatttgggctctgaaatgt
aaatttatttaagctgagccaaaaAtaataTttaTACaAttttatctctATTaaaATaccttccaattttatctt
tgatgcaatatttatgactggcatataaaaaagtttttttgtttaatttatttatggtatttgtattatgttttg
gtttgaatgattatttatgagatgcacgagactaaagatttttcttaaaattattttcattgttttggacttact
ttcttggcgaacaaaaatatacccaatggccaaatctcttttctcccaattgataattgataatatcctTATGtA
tAaagcttgccTATTATATATACATATttTATATACATTTATTTATATATATgTATATTTAaaacagagtaaaag
tgttcataatttttttaactatcccataatgcttggtaaggctagaaacattagtcttcagataaaactttaact
ttaacatataacataaatttataccaaatggataacaatggctctaatcttttttttttccaaactcttaactat
atgtttacaaccttagtctttcgaacaaatattttagtattatatattgtcttagcttatttcaaaatgatttca
attgatctaatcttttcttcatttcactattctttcaggaacaactggaaccattcGGAAtaccaatatcttccc
ctgaTTTCatgttgaattttTTATGcAAATTACAtATGTgAGTATacaacTTATTTttactttgtcaatggtttt
gaagtttaagacaactacgattgcatgcgagaatctcagaaatataaactagtatgaaaaactgatttacattga
tatacttaggtccttttccatttctcgaaacctaataatcatgacatcctgaagggttttaataaatccttttta
attggttattattcggaaactaccttttcactcaattgaaaaatcctcttagtgcaataaggataccatgatttc
actattgtttattgggctgcagcactctgattaaggaattgaataagtttccgttgtctcggagaggagcaacag
ttgaccgcgcccaagtgcatccttcgggtccttcggtgtccttgtaatgggcgttgcacctgaaaagtaggcgct
tccgcgctgaacttttccgcctgtgctggcaacttttgccgcgcacaaagtgccactattgaccttcggcaatac
tcgcagccgcagtgagtagtgcccgtgTTTCCCCCAGTTtgccgggccagaccatgccggcgtggaGTCTAGACc
gccATCAGACgccgttcatcgggcggttggttgaGCAATGGCGGTCTTAACCTCATTAGAAACAAAcGaGGCTGC
cgccggtcgctcctcccttcgtATTGTTTTCaAACTTATTcGAAAATAATTTccacatttgtgtttaggggagga
atcggactccggaGGTGgGtcttccatctCAACCCTtgcccCacccctcggctttcaggaaggactacaatgcga
acccaactccgctgctctgtttatgtacaataagaacgggcgggcgtctggtccttcctttgccttgccactctg
gcagtgggccaggatttggtctgggcttgggcagcagggcatagaatggggggaccagggtctggggactcaaTC
TGGACCTGCGCATATTGGTTGCACACAATGAcTcCTATTCgcctgctGCCGTctcgcttgctccGCCGCAACCAC
gGACACTcTGAAAAGAACATCCTTTGTGTgcTGTTGTACAaTGtAcatggAGcaTCATcATGTTGGaggTCGtCC
Cagcaccgccactcgcactcctgctcctccgcagggcagtccatcaacagctggtcgggatattcaaggggcagt
agtcctccactaagaaaaaatcctcgaaatggttgtattcgttcttaaaacacaaacatgtatagtgagtttcag
aatcaaagtgcagtccagtacagaaagcttaagtttgtttgagggtctcagattgttcaattgctcgtaaataaa
ctatttttaagtgataaagcaacttttaagctgtatacattcgtaactagcttaccaaaaagtaagccattgttc
gtttttcagttttacaagttgcgatatagatacaatctggcttatagaactcaagagctctaatcgttgattgat
aatggtgaagtaagaatatttacaatttgtatattccagtatcgtgttgaattgattacaacccactttctcaat
cccaaatagttaggtattgaagtactagatttttccctgagtgtcgatgtgctcaccgattaagttcgatttccg
TAcATAAAcgacGTAAGCGCcAtaCtcgctgtccgCATGCAACAATTGTGaatggaagaggctgtgggtgggtgc
gcacgatgatgaggatcaagcggaggatgcggcagtggaggactggccaggaagcgcaaccccgaaatggtttat
gtactctggctgctcggcatgggcgcacatacgtggctggcagggtgaaatctgccatcgctgtcaacgctggag
gaggattcggattcataatcgcagctcgggacgcgggcactcgttcagtttgactttccgcttgtcaaggcattg
tcaccgaatccctgtgctccgtggctcgtggcgagatttgtcaacaattagtggcgatagtaatccgaaaagtcg
cgcggatccgaagtgagcaacctgtcgcggcattgtggatgcatcaaaggtgatttagtgtcatgcgttgggccg
cagcatacctgcggtattgagatccttcggttgaaaggaaactaagccaaatccttcgagggctcctggcactgg
gcacctgggcaaccgttcgcagggaaaccctgggcagagcagtagctgtagcctccggcatgcgactggatggga
agccctcatctcacgctagacttacctgccaatcatcggaactcataacttgaaaagaatggaaagaattatccg
gcgaggcgtacgcaatctaatagggatagaaaaatcatcatcatcatctgccctcgagagggtctgctcatattt
cattgttgttcctcggctcaacattcgctcgcagcaaaatcaataaggatttatttaattatttcataatttccg
ttcaactgcatccgcacaacaatgaaacaaactagttgctgccagttgcttcgccgggggttgaactttaactcc
gagtgccttcaatttgtaatccattcgtttatcgggcgagaccatgtcttcatggcttccaaaaacagtttacac
gattctcaataggattgttttgggctttagatagtagccattcaccggcggcacatttaaatagtttagcaggag
gctggatcaagacattattatgcaaatcaaattgaaattaactgccaaatactcctgtctcactttaactatagt
tttttgtgcgaaacacctttcttttcctggtttttccaagatacattcaatcagattggcaaacaatgtaaaatt
gggtttgaacaatgtcgttatccttctaaactttgtttaaaaccctttttcctatctaatttggataaatagttc
aacgaattggtttagcttactattctatagagtctatcttggacttgtagatttttatgatatttaattatgatg
ataagtgatatttattaggatcttttttaacaagcatgtggtgtagcatggacttttactttaaaatcgtagagt
tcctggttagataaaactaaacttagtttagttttgtacaaaagagcaagatatccttttatctttgaactaata
attgatctcgccagttttaagcataaaatagtttatgaaatacgcttagtacgttatgtaagtagaaagagcatg
gcatttctttagttccaagaaccattgcaagttttagaatttggaaaagttgtagccgttttaagtattccttga
gtgattgtgaaaccgcttaggcaaccactcgcatcagtcaaaggtaattccctcttttggatgaatgttccgcaa
cccgtttcgccatttctccatttcgccatcgcggtggccttaaaaggcgccggcaactaactttctttgtgaccc
gagagaaagcagctacggggctttcagtagcaattacgccattaaggtcgagccgaatctttgatgtcggcgatg
gcacttgttagtcctgagatgcgcggcatgcgctgcaaggatgcaacggatgcaaaaggatgccaggttggtgag
atggcgaaatgatgcaccaaagaggtgccgatttcccctgctgtttggcgctgtctttgtgcagcggatgccttg
gccacgggggagatgtgGgCcTCAAGTGGCCgagccgtgggctgtcctactcctagaaagcgccgccatcgccag
gccgcctcccgagtccttcgccgcgttccttTGCGgTgcCGAGCGTTTTAATTGTGCCTTTCTTTGTTCTTTTtG
CCGTAATGGAGTGCTATGCAAATGGCGTTTTGATGAaTTTCCTTGGCTCTcCGccGGCGCTaTCgCTTTGTggat
gcttgttggctgttcgcttccccagttgtcccggccctgcctgcctgcctgctcaaaacaacgaaaacaaacaag
AGCAGCtTTCATCCCCTTTcATcggctcgccgcCTGTGTaTGtGagtccgtaagtcaTGGtTGGCAGGaAAgtGC
TGccCAggctcatagccaaaccagaacccaaacccaaacccaaacccaaacccttctgctctccacttctcgcca
ggctctgcTCAtgTCCTTTGTgccatcTTGTTGTTGTGttTGTCgcTGCTCTGTTGTTGGCGGCaAacttatgca
gtgatgaccgatttcagcagctaaaaagctagctatatggttagaaatcctatagatctacatataatagatgta
ttcctaaagtaaatctgttcttaatctgatagttagagaatggaacgaagtggaggtaaataagggaattaaata
ttttgaataaatgattaaatgatttagagctgattcgctacaagatctagtacttaatcatcagcttatatcatt
attttagctttcaaatgcgtttcatttgtacttggccaccatttagattgattttcaaccggaaaagagctgaac
aaccagccctgagcagtgctcattgcaaatggggagggaaaaggaacaacgaagaaaagggaatatttttgattt
accaaaagcgcgacgcgatgcttactttctagtttccgcctgctctcgaaCGCGTCAGACAGctcgaggaatccg
GAGGCGgccggggactttaaaggagcggagtccttgccaccatccccgagtttagcatgggtttattggggtgtg
tgcccgagtggcaaGcGAGTGAGTGTGTGCGTATTTtgtgTTCAAATTTtGTACATaAtGGATTATTGTCCTTTt
gCCtttccgttctCCCttTGCCATGcGCCCcGACTGCTGCATTGGTCGATAaCGTcAACCAATCAAAAgCGCcCT
CAAAATGGCCGCCATTCgATTccgctcctcactttgccgatttgcgtgcgtcctcctttgtgaagaaaggcgaag
gagccgtcgccgccaagtggtcattcattctggcttcgcatccgcatccttgaggatttcccatgcccattacgg
ctccaattaccagtgcggtttcgatttcgatacctgcaccgcaaattgcgatcctgagatgcaaaagtgggccac
tagagtagtcagttgtgcattccttaaacttcatgcaaatacactttacttacgacttgatatactattgatatt
atgccttaatcagaactggaattcctcttgaagtcacacgaagaatacatccacttatacaatcctttgtgcttc
ttttgTTgCAGGCCTTGTCTAAtTGCCTTCCAAATTCGCAAACGAGcGCATCTTCCATgTCCCAgcTATTTgTAA
AATAcgGGCGTTTGTGATTTGAAAccgagAACACGTTCGTTgATcGTAactggTAACTTAAGCgtaATAtTAGgT
AAATATTTAGCAgCgAtcgcttgtcgtggGAAGCcAATTTAGAGTGGCATGAGtggCCATCCATCGGGAaTCCGG
AAACATGATGATAATGAGTGTAGTGGcCCACGACCACCaGTACCCGGAGAAGAGAGCCGTGTTAAAAAGGTgctt
agaccagtggaatcattgtacatggaagtccgatatagcataatcataccttttctCAGATGACCGAAGGGGTAg
cAGATACCTCgAAGAAtTCgtCgCCATCcTAcCTGAACTGGGCCCGgACGCTgaaccacCTGCTgGAGGAcCGCG
ATGGGGTcGAGctctTtAAGAAGTAcGTgGAGGAGGAGGCGCCCGCCTACAAcGAcCAcCTCAAcTTCTACTTcG
CCTGCGAGGGcCTcAAGCAGCAGACgGATCCgGAGAAaaTcAAGCAgATAATCGGAGCCATcTACAGGTgagtgg
aatgcttagaagaatgccaaatgctcaatggtgaagcacttaccttgccgcccttccccacttgctaaAGATTCt
TGCGCAAgAGtCAgCTGTCCATcTCcGATGAccTGCGCGCcCAgATCAAgGCCATCAAGaCGAAtcccGAGATcC
CGCTCAGCCCaCACATaTTCGATCCCATGCAGCgcCATGTGGAGGtCACCATcCGCGACAACATCTACCccacgT
TTCTCTGCTCcGAGATGTACATcCtcTACATcCAGCAgATGTCCGCccaGCAGGAGCGcTGCAcCAGCAGCGGCG
CCACgGgATCGGGAAGtGCCGGgAGtAGTGGCAGCGGCGGCAGCAGCctaGCGGgtGCCTgtGCcCTGCcACcga
ccaccgcgtccgGCAAGCAGCAGctcccGCAGcTGGtGCCGCCCGGTGcCTTCATCAAccTGCCGgTGAGCAGCG
tGaGCGGGCcGCCAGCTGGCACgTGcAGTGCCAGCGGCAGTGTgTACGGTCCcTCgACtTCgGCCAGCTCCAGcG
GcTCaATaAGcGCCACcGACACACTGCCcCGCAGCTCCACgCTgCCCACGCTGCACGAGGACTCGGTGCTGTCGC
TCTGCGAcGAcTTCGAGAAGGTGCAGaTgcaGGAGGGCGGCggatccctcggCtctggatctgtgggcgcgggtg
cgcgagcgcccgactaccCGATtCGcCTcACGCGgGACCTaCTAATAGCAACTCAGAAAAGAAGACTGGAAATcC
GACCTCCtGGGTAagtcagctcagctctcttttgcccactctaaccgttggtggataacaaaacttaggctacgt
tgtatataagctagtatataacgaaatcgagcaagtcatagttaaactttctttagaagatcctcaaatagaata
tagaaaccacacgagatccaccttactcttatgtttatgtttaagttctttattgttaatgatgattttctgtga
ttaactcctaatttgttatatttgtttcttttattttttacatatgtacatgaactctcacaaaaacacgcacgc
caaaaacacgaacccacccgcatactatatactatatactatataccacccaccacactcattggaccttcaaac
accacccgcatatgcattgtacatatgattacctctacaccactgactcgatgaatatacactgcgttttcctta
tttgtttgaacatttttgtttgtggatcttgacgaatcccccacccacatacacacgatcatacaattgggcgcc
ATTGCATGGAaactgtgtgTTCCtggtccgatctGCATGCGAgTAGtGCcCAcGGTTAcgTGTAcaatccaAGCa
ctACcaacacctcctatgtgccgaatTCGCggGTTGATTCGGAGAGGGCcAGCGTTAGCTCCGGCGGgCGCACCG
ACTCCGAcACcATGTCgaTCTCCAGcTGTTCcATGTGAGTAggagcgccagtagagaagccgtctccctaaagat
ccaattgggatgaatacctgacacgcggaacgaggagaccaattcacagcttgactgACTAACgATTcctcgTTT
CAGGGAcGGtCGCCCgTACATccAACGCAGACACAGCTCCACGGAGAGCAAGGCgATcCGCCAGAGcGCgATGGC
aAacAAGGAgACcAACACCTTTCAGGTAAaaGgagaaacgatcatcgatggactgatctccatcaattagtttga
ttcacAGGTgATACCtCGCACaCAACGACTACATTCgAACGAGCACAGaCCaCTGAaGGAAgAgGAGCTggtgtC
CtTGCTGATACCCAAGtTGGAGGAaGTGAAGCGAAAGCGagacctggaggaAaGaGCtCGCGAggtaagtttagg
atatgaataggttaaaagcaccaaacaccacactatgctaaatttccaaacagagaaatcccggtgctgctctgc
ttacCAACGAAAGATCCAGTGCCAGcGATCGaGCcTTcGCCGAGGCGATACGaGAgAAGTTTGCaCTgGAcGAAG
ACAACGACCAAGACATTCTGGACCAGCATGTGTCGCGgGTGTGGAAgGAcCAAACGCCGCAcCGCTCgccgggaa
cgATGTCgCCCTGCCCaCCCATaCCgtcGcgccgacgtacagccacccacgattccggaatggtcagcgatggcg
ccatgagtctaagtaagcctaacagaacgattaagggaataacaattttctaaaccaaaatccacccACAGGcGG
aCACTCAATGAAGCACTCAAAgTCcATGCCgGATCaCAGTTCCTGCTCgAGGAAGtTgACAAAcAAATGGCCTTC
cATGAACACAGACAGTGGCATtAGCATGTTCTCgGCcGAcACTGTTAccAAgTACAAAGATgCgAGGTAggtCAA
attggcttcaatactaaccccaccacccactaaccaaacaaatccgctaaagttctcgatctgGCTCTAGCACGG
CCTCgAAAcTGGAGGAgGCgAAACGAAGACTGGAAGACGAGCCGCGgCGCtCTCGTCGATAcGCCCAACCGCCgA
TGCAGCAcctgtcGCAACAGCCaCTggCcTCCTTCAGCAGCAGCAGCAGtgGCGGCAGCATCAGCCtgCcacacc
agCCACCGCCtCTGCCGgcCAAGCCGCCGGAgACgaTcGTGGTGTTcTCgTTCTGCGAgGAGCCAGTgCCgTACA
GgATaAAAATACCCGGTACTCAGCCaACCCTGCGtcagtTTAAGGACTATCTGCCcaGAAGaGGTCACTTTAGGT
AaaatctacttatacactcgacgaactcaatgcttactaactaatttgtggcatccataggttcttcttcAAGAC
GCAcTGcGAGGACCCGGACAGTCCAGTGATTCAGGAAGAGATTGTTAACGACTCCGACATACTGCCGcTaTTCGG
AGACAAAGCGATGGGTCTTGTCAAgCCATCCGATTAATaTTAAGCATttAGcGTAGATTTTgTATTAAGgcAAAT
cgtgagtgtggcttggtgcactgatgcactcggcaagatacgaatacgataacgaacgcaccaagtgtacgCATc
TTAGAGcTAgCAACTgGAGAAGCTATTtCCgAcAAATCAAAAgCTaTAtaTGTACgggCgAccGGCTTTTGtAAG
CATCACAAACTActctctgCGGgggcaatgtatttttctgtACAACAAAaaCtgatctattcaccagccacccaa
acaaaggtggtggttggttctacgtttgtaaatccataacgagaatattcggagctattggtaggagagaacgat
cctctttatgttcacaccttggcggccgtacgttcagagtccgaaaagcgtttcagtcccgcagccagggactga
gatctttaggaactactgcacaaaatcacattattaggAAGaTTTATGGGTtTaCCTcgATTgGGATTTGTTTGT
TACcTTTTACTAACTAcGGACTGCCTGCAATAAATTTTGTTAATATTTTTgTAATGTGCATTTTatgatgATGAT
ATGATGATATTAACAAAGTTCTATTCAACTCGACaAAAAATCAAAAgATAATCTGTTTTATTTTTGTATATCTAT
agcacagcatacACAcTTaAcTTTATGTATTTATACAAtgtattgtaattgcgtcaattgcatctaccgatctac
cattaggcacatttcatttggggctcgatcagtccagcagcgaccaatactggaatacaatgggtgggtggttta
ttggcccttggccggaacggacgaggtcgatcgATTGATTTaTTcaaATAAGTTAatgCATACAcacacactTAC
TATACATATTTTTTTAAGAAAaCTGAAATAACCGCAGAAATATGcAAgTAAcGgATAaATTTATtATAtCAAACA
TATTTTATTTGTGAGCAAAATGCATaTAGATTTAATAAAAAAGTACAtggatagaacgtaatgatccaaatgatt
tcgcttgcattcggttgggtggtgatcacgatgatggtcgatgatgggttgggccttacacaatatataattatc
tattatatat
  75
150
225
300
375
450
525
600
675
750
825
900
975
1050
1125
1200
1275
1350
1425
1500
1575
1650
1725
1800
1875
1950
2025
2100
2175
2250
2325
2400
2475
2550
2625
2700
2775
2850
2925
3000
3075
3150
3225
3300
3375
3450
3525
3600
3675
3750
3825
3900
3975
4050
4125
4200
4275
4350
4425
4500
4575
4650
4725
4800
4875
4950
5025
5100
5175
5250
5325
5400
5475
5550
5625
5700
5775
5850
5925
6000
6075
6150
6225
6300
6375
6450
6525
6600
6675
6750
6825
6900
6975
7050
7125
7200
7275
7350
7425
7500
7575
7650
7725
7800
7875
7950
8025
8100
8175
8250
8325
8400
8475
8550
8625
8700
8775
8850
8925
9000
9075
9150
9225
9300
9375
9450
9525
9600
9675
9750
9825
9900
9975
10050
10125
10200
10275
10350
10425
10500
10575
10650
10725
10800
10875
10950
11025
11100
11175
11250
11325
11400
11475
11550
11625
11700
11775
11850
11925
12000
12075
12150
12225
12300
12375
12450
12525
12600
12675
12750
12825
12900

Enhanced BLAT Score Card

 (Back to Top)


 Drosophila EvoPrinterHD  -  Generate EvoPrint and EvoDifferences Profile


  
 Gene Name: Axn
        

     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
        
  
           
            12835
            1
            12835 0 37 
  
           
            186
            2362
            11403 0 
                 0 /
                 149
               
  
           
            51
            2545
            2608 0 
                 0 /
                 14
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.sechellia
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            11763
            1
            12835 1 31 
  
           
            112
            6991
            11390 0 
                 4 /
                 69
               
  
           
            89
            2575
            7043 0 
                 29 /
                 21
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.simulans
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10496
            14
            12835 3  
  
           
            169
            1037
            2601 0 
                 12 /
                 134
               
  
           
            134
            472
            7039 0 
                 25 /
                 86
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.erecta
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10337
            1
            12835 0  
  
           
            194
            432
            11461 0 
                 17 /
                 145
               
  
           
            127
            2565
            7111 0 
                 40 /
                 55
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.yakuba
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            9929
            1
            12835 1 58 
  
           
            95
            2580
            7114 0 
                 36 /
                 0
               
  
           
            115
            250
            7114 0 
                 0 /
                 56
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.ananassae
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            5454
            285
            12737 0 24 
  
           
            138
            468
            11390 0 
                 42 /
                 67
               
  
           
            148
            2543
            11391 0 
                 100 /
                 19
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.pseudoobscura
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            4698
            334
            12752 1  
  
           
            155
            6986
            9243 0 
                 94 /
                 61
               
  
           
            116
            1006
            2636 0 
                 96 /
                 20
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.persimilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            4415
            334
            12752 2  
  
           
            285
            6732
            7791 2 
                 0 /
                 285
               
  
           
            145
            460
            9924 0 
                 53 /
                 92
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.grimshawi
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            3066
            866
            12722 0  
  
           
            200
            468
            7028 0 
                 98 /
                 0
               
  
           
            126
            2545
            7026 0 
                 24 /
                 0
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.virilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            2998
            867
            12715 0  
  
           
            180
            431
            2607 0 
                 138 /
                 5
               
  
           
            147
            1018
            7679 0 
                 89 /
                 21
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.mojavensis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            2743
            3572
            12724 0  
  
           
            162
            2543
            9871 0 
                 100 /
                 0
               
  
           
            165
            432
            9752 0 
                 103 /
                 0
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.willistoni
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            2474
            3516
            12717 0  
  
           
            177
            472
            12629 0 
                 141 /
                 36
               
  
           
            137
            1666
            7028 0 
                 137 /
                 0
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
D.melanogaster Axn Genomic EvoPrint (Back to Top)
Black capital letters represent bases in the D.melanogaster Axn reference sequence that are conserved in the D.erecta, D.ananassae, D.grimshawi and D.virilis 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 Axn Genomic EvoPrint (Back to Top)

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

Enhanced BLAT Score Card (Back to Top)

Drosophila EvoPrinterHD - Generate EvoPrint and EvoDifferences Profile
