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 Akt1 Genomic EvoPrint
    (Back to Top)
	
    
  
  
      Black capital letters represent bases in the D.melanogaster Akt1 reference sequence that are conserved in the D.simulans, D.sechellia, D.erecta, D.yakuba, D.ananassae, D.pseudoobscura, D.persimilis, D.virilis, D.grimshawi, D.willistoni  and D.mojavensis 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)


 acaacttacatttttaaaatcagtaacacaattttaattcactgaatagtttaaagtacggtatttatgtgattt
gattttacaaaaacatttaaggtgcccataatccacgtttaaggtcccctggatttcgcccctgtactgctcagt
cctgttctcttcgtattgctatctcgctcttacaattgcacagccacttcgagcaatgCACCCgcccgcaCAACa
ACcGTTAtcttgccacggtgtttgtgtgaatgtgcacatttgcaaatcacaTAAACAATGgcatatttcttcact
tttgcacccacatttcttctgctgcggtggcggctttactTTTGtCATTGagtcgttgcCaTTTGccctgtttct
gttaTTAtttaTTATTCAATTATGCGCTTTCTTTTccacagctagcatacaTTTGTTTTGTTTTCaCacggtaac
acacacacacacaaagaaaggggggctcgtggctgcgttgGTATTGATTGctcgagactgcactcttcccttctc
tctacaccatctcttcatatttttcatttctccaactaattgaatgcaaccgattctgcctcattacttatgctc
atgcttttccaattgctcatattcggcgaacgctcttattcggccacagcccacagtgatacacacgataggcag
aaaaagaaagttgagagtcaataacacctttgtttttgcacttttctacgccttttttgataacacacacaaaca
ttgggagggactcacgcacacacagtcgcgctggagtcgttatttgtttatttgaaagtggcatgctatgttctc
ccttccgattgggttgcaagttatttacctcgttttgtgccaatggggcactttattcgctactcgttttttgtt
tttttttcggattcaaaggagacttcgcgttctgcataaacaaatctgagcaagagtgcccaaagaggtgaatat
caaatttgatctgggaaactggaaaagagaactgactttttctagctacttacacatggtcatacttatcagagt
atctacttagtgcggacaggaaccatatataaaattgatagggcttccaaatttttgatcaattatgctttgaaa
agttataacaatttgtcgatataagaaatagttttgtatacatagcatataaaataaagtttttaaaaatgaatt
taataacaatacagcattattattaatctgcagttcatacattcaaatttgaagtgaattctagttaaagagtcg
gcctagacagtcagaaaacagaactattgccttctaaaacatttaatttaaatttaagggatatttgcgcgttgt
acagctcttaaataatgtctctctctggcatctttccaccgtaacagtcgcctaactatcgctaaaacaggtggc
aacgcggatcgaatcagttatcgagccagttatcgaaaaaaagtgaagcgtaaaaactaaacggtacttggaaaa
tttactttgcctgtgtgcgtgcttctgtttatgaaaactacgtttttaagcatttgcaattgatgcaacgttgct
ttggaaggcaagaaaacaccaagtggaaacgcccgggtggcggaaatcgacttccagtgcgcgagtgcgagattg
tgtgtgtttcgttccgtcctctggtgtctggcaccttaacacaacaacaactacagcagcagcagcaacaacaac
aatagcaagcagcaacaacaacacacgcacaataataagaaggcctgtgacgttgtcgctgccgtcaccatctaa
aggaaaataccaaaacgagtaggaaaacaaaccgcagtgcagtagggaaagcaaaagtcgggtttttttttttac
aaaactaggtgggttcttgtatttttcaccagcatttccacaatttccatttccacgaagtgatttgacatgttg
cgctgctaggtcgccgctgcccacacacactcgcacactcggtggttcactcactcagccactcacacccacacg
gccagacaatcacacgcacacggccagacactcacacatacactcacactcatacacctttgtggcagacacgcg
tactgtctgtctccctccccctcgcacccacagtctggcctcacTCGcAcTTTGCAatgcagccctgtctgtgtg
actgcctcggtgtgcgagcgcctgtccgcttatgccTgTGTgTGtATTTTGTCGAtTTTtATTTTATGTACATTT
GTTTACAGTTTtagatagatagcgacATTTGTACAGCCGGCggccatccgtcgtTGACATTTTcGCaAATTGtAA
ATGAATATGcTtTtgcttttgcagttgtgccagtgtgagtgcgagtacgagtgcgagtgccgcctgcgagtcccc
tgtatgtgtacatatgtatatgtatgtattatatatgcatatacaTAAGTTCATGAAcagtcgccgccgtCGaCT
TGTTTTGATTTAATTtCGCGcTAAATGCAATCGCgaAcaAtTTtcactcgtatcgccgtgtcgctgcgtaacatg
gCgGGGAAtTTcGTTTGAAGccgaaagtggcAGCAAcaacaaggcgacgaTGGCGCCtacaTctgcatgtgggcc
agtGACTAAgaatccaatcccataccatgccacaccataccaacccatccaattcgatacaatcagaatcacagt
cctcaatccaattcaatccctttctggcgacggaaatgccgcaaatgTTTTgcacCagCTGcTGACGCAAGcGcc
aactgcatttgtcataaacatgcaaaatgacaataacaattgtttactatcagcgtgagataggcgatgtgggaa
gtatatatctggatagacttggcagccttttagtgtctgtttccccttttttgatagctagctcatttgggaact
ccatttgtccactttgactagtttatgtcgacagttggcggatcagttaatatctagtacatgttgaatccctga
aggtaaaggtgttactagacgaaccctctgctaaagcctttttcttttcgtcgatcgcattcttagtttaagtat
ttcaaactcagcatgaatataaaggattcactgtactcctcttacaggtccctcattagcttgtccctagggtta
gtgaAACAGCCTCAaCACGAATTaccTACCgtttgttCttCAGcGGcGATcgACtGTGGTtGCCagcgccccagc
gccaggatctgcctctaggatcccggaatcgcccaccaccacagggagcaacatcattaacatcatctacagcca
atccacccatccaaacagcagccccaccagcggcagtgcagagaaattcagctggcagcaatcctggccaagcag
gacctccgcggcccctacacacgattccggaaccatgtcaataaacacaactttcgacctcagctcgcccagcgt
tacatcgggtcatgcgcttacggaacagactcaggtcgtaaaggaggggtggctgatgaagaggggcgagcacat
aaagaactggcgccagcgctacttcgtgctccactccgatggaagactgatgggttaccgcagcaagccggcaga
tagtgccagcacgccatcggacttcctgctcaacaactttacggtgcgcggcTGcCAgATcATGaccGTcGAtcG
GCCcAAgCcattcacctTcATcatcCGCGGcCTgCAaTGGACcaCgGTaATcgaaaggacatttgccgtcgaatc
agaattaGagCGcCAgcagTGGACgGAgGCcattcgcaacgTatCcagccggctcatagatgtgggtgaggtggc
tatgacgccatctgaacagacagacatgacaGAcGTgGAcATGGccaccattgccgagGacGAgCTtTCcGAgCA
gTTcTCcgtaCAgGGaACgActtGtAAtAGcAGCGGcgttaagAAAGTGGTaagtaccactcacctggtcattga
ccaagggcgtgatcgagctgactccatcttatctccttgtagactttggagaattTTGAgTTCCTcAAgGTGCTc
ggcaagggcacctttGGtAAgGttatttTgTGtCGcGAgAAggCtACcGCcAagcTgTAcGCgATcAAaATTCTt
aAAAAGGAagttattATcCAaAAGGAcGAGGTgGccCAtACccTgACcGAgAGtCGtGTgCTcAAgtCcACaAat
CATCCGTTcCTcATtGTaAGtattgctagtaatatataatttacgttaaaaaactaatatatgtcttccctgttt
TGcAGTcaCTcAAATATTCgTTTCAAACcAAcGAcCGccTgTGtTttgtgATGCAgTAcGTgAAcGGtGGcgagc
tctTtTGGCATtTaAGcCAcGAacGcATaTTtACtGAGGAtCGaaCaCGtTTcTAtGGgGCaGAgATcatttctg
ctcTgGGcTAtcTgCAtTCaCAgGGCATaATtTATCGcGACTTaAAgCTGGAaAATCTTTTGCTGGACAAaGATG
GtCACATaAAGgtcgcagacttcggtctgtgcaagGAGGAcATCACcTAcGGcCGcACaACgAaaACcTTcTGcG
GtacaccgGAATAccTaGCtCCgGAAGTATTAGAtGAcAaTGAtTATGGccaaGCgGTgGAcTGGTGGGGcACtG
GcGTgGTcATGTAcGAgATGGTgagtttgttgcatctgcaaatactattaacaagtattaaaaacaaaaataatt
ccttacagatctgtggtcgtcttccgttttacaatcgtgatCAtGATGTGCTcTTtACatTgATtttggtggagg
aggtaaaattcccgcgtaatatcacagatgaggcgaaaaatctgttagcaggccttctaGCtAAGgAtcCcaaaa
agcgttTgGGaggtGGaaAGGATGAtGTcAaGGagATACAaGcaCatCCaTTcTTTGCGAGTATTAAcTGGACAG
AtcTagtgttgaaaaaagtagggcacagtaaatctgtcagttacctattcgtatatattaatcgaatttaaaatg
cttaccgtAGATaccgCCgCCtTTcAAGCCTCAgGTgaCaTCcGATAcggatacaaggtacTTcGAcaAgGAGTT
tACgGgagagagtgtggagtTgACgCCgCCgGATCCcactggcccgttgggctccATAGCcGAAGAgCCGCTTTT
cCCGCAGGTAagatctagttgaaaacatttaaagtggggttctgtatgctcatccaatttttggtttcaccgcca
CAGTTcAGCTAcCAaGGAGAcATGGCCtccACgtTGGGCACctCgTCGCACATtAGTACTTCCACAAGTCTCgCA
TCgATGCAATAGAACAAgttTAcaaacttttaccagcacACAtcATGTtCTGcTTcaTCACCtattactatacta
tacctataacacatagaaatgggcaaaagaaaacaacagcaagaatatattaaatattaattataccatgataac
gaaggcaagcaaagggttttcttgctagtttataTACAccAATaATAAgagaAttgAatTGATAGTAACTTATTT
TTgtataatgagaaagggaacgttgaacgaaagggcaacagccgaagccgaggaaaataatttactacatatgat
tatacacatatatataaatatatatatatatatatatataattatatatacaactaaatataacacttggggcat
agcgcttgaagtGATTAGTTAATTTTAaacgcaaggaaaacatttaaccaagcgacttagagcgacttagtgcta
ggataaagcatgcatcatcggatcgcatcctctaggggtcgcttaagctgattgattatacagattattcacgca
gacagcactcacacagccacttagcatatagcgaacatgaagtttagttaacttgacagCAAcAaATCGAAATAC
AcAtattcaacaaccgcccccacatgcaacactcgtatatataaATTATtTATacTCCAAAGAAgcAAAAaagaa
acagaaacaattacaagttatatataatgttAAAaTTGcCTCTaatgtgctgtgctttatgcaaaactacaacaa
cagaaacaaacaaactaatagttaataaacgagggaaacatacatcaatgcagtttataggcgccaataattagc
aagcaactaaaagttatattcaggcagaaacatatttcgaaacaataacggcaacagcaaaatgattacaattga
cgccattttttattataattttttacgaaaaatatatatttgtaaatatttataaaaaaaaagcaaaaactcaag
agtaaatgcaaaaaaaaaacaaaggatgtatgtgtcgtgtggaaaatggaagtcaccatttgaggccacagaaaa
ggtttaacctttgacacaataaaaaatgtatctttgtcatttcatttttggcattgaaaagttcataacaagttt
tgtatacttagagcaagtcagcaaaaaatatatataaatcaaccacaacagacttacaaatagttccaaaaggaa
gattaaaaattatataaacagaaaaaaaacctaaaagaaaataaagaatttttgatatttttatatgcgcaataa
aaacaaaaatcaagaataaaacgaaacaaaaagttattttatatttcgtaaagaaaacaaaataaatattgtaaa
taaaaattattaaataaaatcaagttcgggaatttcaactgaaaacaaagaaattgaaagcataatctctcttct
aaatgttaaacgaaacctatcactcgatgattacaataaacagcaaatcgaaaacgaagggatatagaaacgaaa
agaaaatgccaaagaagcggcgaagttaggtggaactcgaggagaaccgagaattgaggagccagcaagtcggga
tgtttcggttggagtcttggacatgtgacgatgatggttccaaatcatgactaggaacgaactaactagctaaag
ccagcctatgctgaggagagatatcagatagctccgattgaaccaatctttatatccttgaacagcttaaagtcc
ttgctttctgctcaccaagtttgcggctgacatctaggctagccaatatcaatctcagatcgatcaagcaataca
tagacaaaatatagaacccctaagcatggcttaatagacatacaacccgagaatcgacttcaacaagcccaataa
cccttctgacagactcgttaggcaagtctgccagccaaggggcaaccagctagaaatctaaagcaaagacttaga
aatcggttagggacatccgaagcaaattgaatactagccttagtgaacgtcaacatctctggtatcccaaatcga
agcattttctacccgtcgaaggggacgaaagagacctttcaaaatagttgtctaagtttactgagttgtgtgaga
caatttttggtttcgattaaaaaaaaaaaaacaaaaacttacacgaactgcaaactacaatgtgttctaaagcga
tataataaaacaacatggtttaaaattgactatatatagaaagaaaccgagagagatataaccagtcagatcata
gatcatctcgagcaacttgagttgttttttgtattgtaaaatagaaaaagataaacccgttccaacaaccgagat
ccagatccagatccagcccccaatactaaccgaaaatttgattaggagtaatttttgataggcgaaaatgcgagt
ttcgcacagttttaattattaattatattaaataaagataataatgacTAAGCTGATttataaaacgattcaaga
tcgaactaaaacatacatatacatgcattcaaaccaagtttattatacagtgaaaacataataataaaactacat
aaaaccaaactactatgcaaaacttttttatttggaatatgggacacgttttgtattttttttcatatccatcct
gctgtaatgatttaaataattatgcttttgaacttttacgtaaaagtatcagcaataaaaattctttgcacctcg
tcctacagcaaaattgggtcaagaaaactatgtaaaaacgagggagcatctgaagtggatgtggaaatggaggaa
gcggaaaaaaaaacgcactggccaagcgccaaTGaCCGACTTaagTATTCGGGAgCAGCagctcgaatccgagga
gtgggcaggcccggggtccgacttccaccttcggatccccacgcccgatcccatcgccgttgccagggaacgCGA
ACAATGCGTTTTGTccGATGATTAATTGCAtCgCAATCTTGGgGGCCAcaGagtggcgaacgcagtggaggcagc
tttcccctaacctcgagtatacataagtgttcgccacatttagcatttagtatatacagacAGAATGtgtgtcgc
tccagcccgcaaattcatgcggatataagcgcgtacttaccgcgacacaaagctattaatttttagcaactgcgc
ccatccaaaatagccgagacaaagagaagaaatttaatttcgaacgcatcgaaagcgaaagtgaatcatattgaa
cttgagttacgttttatggactgggctcggctgttcgagactcgagctcgtttttgggttgggttgcatccttag
gccaatgctgcattgactactactactcgcagtagattgccaatggcaagccctaagtgcttaggaaagtgcgat
ttgtactttcccttttcggagctgcccaagtcaagcttagcttaactgagcctgagccgaaatggagagcttatg
acggataagacgacaaatgaaattgcaaacaccgaatccaaacgaaagccagcattggaaaatggttgcaacgaa
tgaaaaatgctctgggtcgattctggtattagttttaagatagtgaagattagatctaaattaaattgatataat
tattactaagaaactgtataagataatttcaaactatttgaaaaagtttgtatcgtcgtatttgggtcagtgcat
tttggtaaaccttaaaagaatattaaactttttattttactcgctgttgttaaaagccttgcagacatgcataaa
tttatagcgatcaaaatttcttctaaaatattttaaaaatgtaagttgaaaagttgaacttaatgaaacctcgtc
gccatcaactcgatattgacaaagctaacaactgctaattagagacttgtgtgcacttgggaaatcggatacgta
ttttgaaactgtgtactggatccatcattgttttcctaccaacttatggcctcatccctccaatggatgttggca
ggagggaagcggctcgtttgctttgttcgctacgcgcGtTTTtCGCGCTTTTCATTTGCcAAgCaatTTTtCtat
tttcacctccagctcttggggctctcTtTgCTTTaTAGtaaTGTGAAAATtTCTgAAACTAGAAAAataacaaac
aactatttgttgttgctgttgggcagcagcagcagcagcaacagcaacatagcatacatatacgtgagtatgtgc
tggcacttaacaactccagcatggagtctaggaaaagcggagaagAAAAGTGAAATACATCAAgGCACGTCACAt
CCATCAGAcAtTTATGAGCAGCAcGAGAGCACGCCCCActccagtgcggatcaggtctgggaccaagagtaccat
caagaccgaggccaggtccaccaaaaacaggcttcccagccaatgccaaggaggcccaaaagcccagccaaagcG
tgGCTAATGAATTGGtagtgttcaaagatcggaagaggaggaaccggggagcatgaggagtatgatgaggagaag
gccctggtctaAGTGTCGTCTaGCTGCAATCGAAATTAATGaAAAaCTTTCGTTTATTTAATTGCAcaGccgccc
agaccagacagaagatggctcagaagagccggggccaggggcacctggtttatGGGTTATGgCcATatcaaATCc
ATAGGGCAagaccagccggctggattcaactcaatccagccatcgacatccgaAGTGAAAATGATTGATTGATTG
ATCGgtgtttgtgttgctgttcgtcggttgttaatattgtttggcgcttatatatatatacatatatatagcaat
cggcattgtcagtatttggcTGttGTTACTCCTTTTtGGTGtttgccgaAGATtTGtttgactttttagcgggCA
ATTAtTtATTTGTTtcgcgcgttatacgccGATTTCGCtGcAATTTtgtttgttcgcttttaaggggttcgttta
tagcagctatacatcggtccattggacaatctttgattgaggctgattgagaggaggctctgcggtagccccaca
tccatccatccaatcgaatggggaatagatggctctcgaatccggcggctaattgctgccggagtgggggaaagt
gtggcgacaactgatccacttttttcgagatgagttatgtgtgatctgctaatgatcaactaatggcctaacgat
gatccactttgccattcgtctgcagattatagtttagataaaaagcaataatccgggaatggcaagtagttggat
gtttgtgtgagcagctaattagtaaagctacatttcctttagcttagctttttaaaacaaaattaaaatgatgga
aaaagaatgaaatcctataggaaacttttcaaagtgcttatattcaataccattcccaagtaatatctctaagga
acaatcgccacctaaatagtccgaaattgttgcagctatctatgcgattgccactggtacaaacatttcagtagc
ttacatttgtttatctacaaacaagcatgcatccaaccaaccactgaccaacttgatgcactcactccagttgcc
gcgaaccttttcaactttgaccgcattgcgaatattttggccatgttcaacagcattttggattggcttcggtgc
acatgtcaagcgttccagttggccaccgcctgcctcctctgctcctcccgcatgttaacataataaaaacgggtc
aacatggcacacatctctactcccattccgaaggagagtctttgactccaactctggcaccgtggtcaagttgtg
gtcagcagagtggagggatcgcggcttgtgcggttcggggcagaaaagaacacagcatagacgccaaatatagac
gttggacaatttccgagcatgccatggaacgcctttattatatgactccgtctaaactcatagtcgcagt
  
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Akt1 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.simulans, D.sechellia, D.erecta, D.yakuba, D.ananassae, D.pseudoobscura, D.persimilis, D.virilis, D.grimshawi, D.willistoni or D.mojavensis.

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

acaacttacatttttaaaatcagtaacacaattttaattcactgaatagtttaaagtacggtatttatgtgattt
gattttacaaaaacatttaaggtgcccataatccacgtttaaggtcccctggatttcgcccctgtactgctcagt
cctgttctcttcgtattgctatctcgctcttacaattgcacagccacttcgagcAATGCACCCgCccgCACAACA
ACcGTTATCttgccacggtgttTGTGTgaatGTGcacatttGCAAaTCACaTAAACAATGGcATATTTcttcact
tttgcacccacatttcttctgctgcggtggcggctttaCtTTTGTCATTGaGTcGttgcCaTTTGccctgtttct
gttaTTAtttaTTATTCAATTATGCGCTTTCTTTTccacagctagcatacaTTTGTTTTGTTTTCaCaCggtaac
acacacacacacaaagaaaggggggctcgtggctgcgttgGTATTGATTGCtcgagactgcactcttcccttctc
tctacaccatctcttcatatttttcatttctccaactaattgaatgcaaccgattctgcctcattacttatgctc
atgcttttccaattgctcatattcggcgaacgctcttattcggccacagcccacagtgatacacacgataggcag
aaaaagaaagttgagagtcaataacacctttgtttttgcacttttctacgccttttttgataacacacacaaaca
ttgggagggactcacgcacacacagtcgcgctggagtcgttatttgtttatttgaaagtggcatgctatgttctc
ccttccgattgggttgcaagttatttacctcgttttgtgccaatggggcactttattcgctactcgttttttgtt
tttttttcggattcaaaggagacttcgcgttctgcataaacaaatctgagcaagagtgcccaaagaggtgaatat
caaatttgatctgggaaactggaaaagagaactgactttttctagctacttacacatggtcatacttatcagagt
atctacttagtgcggacaggaaccatatataaaattgatagggcttccaaatttttgatcaattatgctttgaaa
agttataacaatttgtcgatataagaaatagttttgtatacatagcatataaaataaagtttttaaaaatgaatt
taataacaatacagcattattattaatctgcagttcatacattcaaatttgaagtgaattctagttaaagagtcg
gcctagacagtcagaaaacagaactattgccttctaaaacatttaatttaaatttaagggatatttgcgcgttgt
acagctcttaaataatgtctctctctggcatctttccaccgtaacagtcgcctaactatcgctaaaacaggtggc
aacgcggatcgaatcagttatcgagccagttatCGAAAAAAAGTGAAGCGTAAAAActaaacggtacttggAAAA
tttactttgcctGTGTGcGTGcttcTGTTtATGAAAActacgtttttaagcatttgcaattgatgcaacgttgct
ttggaaggcaagaaaacaccaagtggaaacgcccgggtggcggaaatcgacttccagtgcgcgagtgcgagattg
tgtgtgtttcgttccgtcctctggtgtctggcaccttaacacaacaacaactacagcagcagcagcaacaacaac
aatagcaagcagcaacaacaaCacacgcacaataataagaaggcctgtgAcGTTGTCGCtGCCGTCACCatctaa
aggaaaataccaaaacgagtaggaaaacaaaccgcagtgcagtagggaaagcaaaagtcgggtttttttttttac
aaaactaggtgggttcttgtatttttcaccagcatttccacaatttccatttccacgaagtgatttgacatgttg
cgctgctaggtcgccgctgcccacacacactcgcacactcggtggttcactcactcagccactcacacccacacg
gccagacaatcacacgcacacggccagacactcacacatacactcacactcatacacctttgtggcagacacgcg
tactgtctgtctccctccccctcgcacccacagtctggcctcaCTCGCACTTTGCAAtgcagccctgtctgtgtg
actgcctcggtgtgcgagcgcctgtccgcttatgccTGTGTGTGtATTTTGTCGAtTTTTATTTTATGTACATTT
GTTTACAGTTTTAGATAGatagCGAcATTTGTACAGCCGGCggccatccgtcgtTGACATTTTcGCAAATTGtAA
ATGAATATGcTTTTgcttttgcagttgTGccagtgtgagtgcgagtacgagtgcgagtgccgcctgcgagtcccc
tgtatgtgtacatatgtatatgtatgtattatatatgcatatacaTAAGTTCATGAACAgtcgccgccGTCGaCT
TGTTTTGATTTAATTTCGCGcTAAATGCAATCGCGaAcAATTTTcaCTCGtatcgccgtgtcGCTgCgtaacatg
gCGGGGAATTTcGTTTGAAGccgaaagtggCAGCAACAacaaggcgacgaTGGCGCCTACaTctgcatGTGgGcc
AgTGACTAAgaatccaatcccataccatgccacaccataccaacccatccaattcgatacaatcagaatcacagt
cctcaatccaattcaatCCCtTtctgGcgaCGgAAATGCcGcAaAtgTTTTgcacCAGCTGCTGACGCAAGCGcC
AactgcatttgtcATAAAcatgcaaaatgacAATAacaattgtttactatcagcgtgagataggcgatgtgggaa
gtatatatctggatagacttggcagccttttagtgtctgtttccccttttttgatagctagctcatttgggaact
ccatttgtccactttgactagtttatgtcgacagttggcggatcagttaatatctagtacatgttgaatccctga
aggtaaaggtgttactagacgaaccctctgctaaagcctttttcttttcgtcgatcgcattcttagtttaagtat
ttcaaactcagcatgaatataaaggattcactgtactcctcttacaggtccctcattagcttgtccctagggtta
gtgaAACAGCCTCAACACGAATTACcTACCgTTTGttCttCAGcGGcGATcGACTGTGGTTGCCAgCGCcccagc
gccagGATCtGCCtctaggatcccggaatcgcccaccaccacagggagcaacatcattaacatcatctacagcca
atccacccatccaaacagcagccccaccagcggcagtgcagagaaattcagctggcagcaatcctggccaagcag
gacctccgcggcccctacacacgattccggaaccatgtcaataaacacaactttcgacctcagctcgcccagcgt
tacatcgggtcatgcgcttacggaacagactcaggtcgtaAAgGAGGGgTGGCTgatgAAgaGgGGcGAGCAcAT
aAAGaacTGGCGcCAgCGcTAcTTcgtgctccactccGAtGGaagaCTgATGGGtTAcCGcAGcAagCCggcaga
tagtgccagcacgccatcggacttcctGcTcAAcAAcTTtACgGTgCGCGGcTGcCAGATcATGaccGTcGAtcG
GCCcAAGCCaTtCACcTTCATcATcCGCGGcCTGCAaTGGACcaCgGTaATcGAaaGgACaTTtGCcGTcGAatc
agAattaGAGCGcCAGcagTGGACgGAGGCcATtcgcaAcGTatCCAgccGgcTcataGAtgtGGgtGAggtggc
tatgaCGCCaTctgaacagaCaGAcAtgacaGAcGTGGAcATGGCcacCATtGCcGAGGacGAgCTtTCCGAgCA
GTTcTCcgtaCAgGGaACgACttGtAAtAGCAGCGGcgTtAAgAAAGTGGTAaGTaccactcacctggtcattga
ccaagggcgtgatcgagctgactccatcttatctccttgtAGACttTggagaatTTTGAGTTCCTCAAgGTGCTc
GGCAAGGGcACcTTtGGtAAGGTtATttTGTGtCGCGAGAAgGCtACcGCcAagcTgTAcGCgATcAAaATTCTt
aAAAAGGAagttattATcCAaAAGGAcGAGGTgGccCAtACccTgACcGAgAGtCGTGTGCTcAAgtCcACaAAT
CATCCGTTcCTcATTGTaAGTAttgctagtaatatataatttacgttaaaaaactaatatatgtcttccctgttT
TGCAGTCaCTcAAATATTCgTTTCAAACCAAcGAcCGcCTgTGtTTtGTgATGCAgTAcGTGAAcGGtGGcgAgc
TcTTtTGGCATTTaAGcCAcGAaCGcATaTTtACtGAGGAtCGaACaCGtTTcTAtGGgGCaGAgATcATttctg
CtcTgGGCTAtcTgCAtTCaCAGGGCATaATtTATCGcGACTTaAAGCTGGAaAATCTTTTGCTGGACAAAGATG
GtCACATaAAGGTcgcagacttcggtCTGTGcAAgGAGGACATCACCTAcGGcCGcACAACgAAAACcTTcTGcG
GtACACCgGAATAccTaGCtCCgGAAGTATTAGAtGAcAaTGAtTATGGcCaaGCGGTgGAcTGGTGGGGcACtG
GcGTgGTcATGTAcGAgATGGTgagtttgttgcatctgcaaatactattaacaagtattaaaaacaaaaataatt
ccttacagatctgtggtcgtcttccgttttacAATCGtGAtCAtGATGTGCTcTTtACatTgATtTtggtggagg
aggtaaaATTCCCgCgtAATATcaCaGAtGAgGCgAAAAatCTGtTagCaGGcCTtcTaGCtAAGGAtCCcaaaa
agCGttTGGGaGGtGGaaAGGATGATGTcAAGGagATACAaGcaCATCCaTTcTTTGCGAGTATTAAcTGGACAG
AtCTagTGttgaaaaaagtagggcacagtaaatctgtcagttacctattcgtatatattaatcgaatttaaaatg
cttaccgtAGATAcCGCCGCCTTTcAAGCCTCAGGTgaCATCcGATACggatacaaggtacTTcGACaAgGAGTT
TACgGgaGAgAGtgtggagtTGACGCCGCCgGATCCcACtGGcccgttgGGcTCcATAGCCGAAGAgCCGCTTTT
cCCGCAGGTAagatctagttgaaaacatttaaagtggggttctgtatgctcatccaatttttggtttcaccgcca
CAGTTCAGCTAcCAaGGAGAcATGGCCTccACgtTGGGCACcTCGTCGCACATtAGTACTTCCACAAGTCTCgCA
TCGATGCAATAGAACAAgtTTACAaacttttaccagcACACATCATGTTCTGCTTCATCACCTattactaTAcTa
tacctataacacATAgAAaTGGgcaaaagaaaacaacagcaagaatatattaaatattaattataccatgataac
gaaggcaagcaaagggttttcttgctagtttataTACACcAATAATAAgagaAtTgAAtTGATAGTAACTTATTT
TTgtataatgagaaagggaacgttgaacgaaagggcaacagccgaagccgaggaaaataatttactacatatgat
tatacacatatatAtaaATatatatatatatatatatATAattaTAtaTACAacTAAATAtaACAcTTggggcat
agcgcttgaAGTGATTAGTTAATTTTAaacgcaaggaaaacatttaaccaagcgacttagagcgacttagtgcta
ggataaagcatgcatcatcggatcgcatcctctaggggtcgcttaagctgattgattatacagattattcacgca
gacagcactcacacagccactTAGcATATAGcgaacatgaagtttagttaacttgacagCAAcAAATCGAAATAC
ACAtattcaacaaccgcccccacatgcaACACTcgtatatataaATTATTTATACTCCAAAGAAGcAAAAaagaa
aCAgaAAcAaTTAcaAGTTATAtaTAATGtTAAAaTTGCCTCTaatgTGCTgtGCTTtATgcaaaactacaacAa
cagaaacAaacaaactaatagttaataaacgagggaaacatacatcaatgcagtttataggcgccaataattagc
aagcaactaaaagttatattcaggcagaaacatatttcgaaacaataacggcaacagcaaaatgattacaattga
cgccattttttattataattttttacgaaaaatatatatttgtaaatatttataaaaaaaaagcaaaaactcaag
agtaaatgcaaaaaaaaaacaaaggatgtatgtgtcgtgtggaaaatggaagtcaccatttgaggccacagaaaa
ggtttaacctttgacacaataaaaaatgtatctttgtcatttcatttttggcattgaaaagttcataacaagttt
tgtatacttagagcaagtcagcaaaaaatatatataaatcaaccacaacagacttacaaatagttccaaaaggaa
gattaaaaattatataaacagaaaaaAAacctaaAagaaaataaagaatttTTGATATTTTTATAtgcgcAAtaA
aAacaaAaatcaagaataaaacgaaacaaaaagttattttatatttcgtaaagaaaacaaaataaatattgtaaa
taaAaattattaaataAAAtcaagttcgggaatttcaactgaaaacaaagaaattgaaagcatAAtcTcTCTTct
aaatgttaaacgaaacctatcactcgatgattacaataaacagcaaatcgaaaacgaagggatatagaaacgaaa
agaaaatgccaaagaagcggcgaagttaggtggaactcgaggagaaccgagaattgaggagccagcaagtcggga
tgtttcggttggagtcttggacatgtgacgatgatggttccaaatcatgactaggaacgaactaactagctaaag
ccagcctatgctgaggagagatatcagatagctccgattgaaccaatctttatatccttgaacagcttaaagtcc
ttgctttctgctcaccaagtttgcggctgacatctaggctagccaatatcaatctcagatcgatcaagcaataca
tagacaaaatatagaacccctaagcatggcttaatagacatacaacccgagaatcgacttcaacaagcccaataa
cccttctgacagactcgttaggcaagtctgccagccaaggggcaaccagctagaaatctaaagcaaagacttaga
aatcggttagggacatccgaagcaaattgaatactagccttagtgaacgtcaacatctctggtatcccaaatcga
agcattttctacccgtcgaaggggacgaaagagacctttcaaaatagttgtctaagtttactgagttgtgtgaga
caatttttggtttcgattaaaaaaaaaaaaacaaaaacttacacgaactgcaaactacaatgtgttctaaagcga
tataataaaacaacatggtttaaaattgactatatatagaaagaaaccgagagagatataaccagtcagatcata
gatcatctcgagcaacttgagttgttttttgtattgtaaaatagaaaaagataaacccgttccaacaaccgagat
ccagatccagatccagcccccaatactaaccgaaaatttGATTAggaGTAATTtttgataggcgAAaatgcgagt
TTCGcaCAgTTTtaattattaattatattaaataaagaTAATAatgacTAAGCTGATTTaTAAaacgattcaaga
tcgaactaaaacatacatatacatgcattcaaaccaagtttattatacagtgaaaacataataataaaactacat
aaaaccaaactactatgcaaaacttttttatttggaatatgggacacgttttgtattttttttcatatccatcct
gctgtaatgatttaaataattatgcttttgaacttttacgtaaaagtatcagcaataaaaattctttgcacctcg
tcctacagcaaaattgggtcaagaaaactatgtaaaaacgagggagcatctgaagtggatgtggaaatggaggaa
gcggaaaaaaaaacgcactggccaAGCGccaATGaCCGACTTAAgTATTCGGGAgCAGCagctcgaatccgagga
gtggGCaGgcccggggtccgacttccaccttcggatccccacgcccgatcccatcgccgttgccagggaacGCGA
ACAATGCGTTTTGTccGATGATTAATTGCAtCgCAATCTTGGgGGCCAcaGagtggcgaacgcagtggaggcaGC
TTTCCCCtaacctcgagtatacataagtgttcgccacatttagcatttagtATatacAGAcAGAATGTGTGTCGc
tccagcccgcaaattcatgcggatataagcgcgtacttaccgcgacacaaagctattaattTTtAGCAactgcgc
ccatccaaaatagccgagacaaagagaagaaatttaatttcgaacgcAtcGAAAGCGAAAGTgAAtcatattgaa
cttgagttacgttttatggactgggctcggctgttcgagactcgagctcgtttttgggttgggttgcatccttag
gccaatgctgcattgactactactactcgcagtagattgccaatggcaagccctaagtGCttAGGAAAGTGCGAT
TtGTaCTTTCCCTTTTcggagctgcccaagtcaagcttagcttaactgagcctgagccgaaatggagagcttatg
acggataagacgacaaatgaaattgcaaacaccgaatccaaacgaaagccagcattggaaaatggttgcaacgaa
tgaaaaatgctctgggtcgattctggtattagttttaagatagtgaagattagatctaaattaaattgatataat
tattactaagaaactgtataagataatttcaaactatttgaaaaagtttgtatcgtcgtatttgggtcagtgcat
tttggtaaaccttaaaagaatattaaactttttattttactcgctgttgttaaaagccttgcagacatgcataaa
tttatagcgatcaaaatttcttctaaaatattttaaaaatgtaagttgaaaagttgaacttaatgaaacctcgtc
gccatcaactcgatattgacaaagctaacaactgctaattagagacttgtgtgcacttgggaaatcggatacgta
ttttgaaactgtgtactggatccatcattgttttcctaccaacttatggcctcatccctccaatggatgttggca
ggagggaagcggctCGTTTgCTTTgttcgctacgcgCGTTTTTCGCGCTTTTCATTTGCcAAgCaATTTTtCTAT
TTTCACCTccagctcttggggctctcTTTGCTTTATAGtAATGTGAAAATtTCTgAAACTAGAAAAataacaaac
aactatttgttgttgctgttgggcagcagcagcagcagcaacagcaacatagcatacatatacgtgagtatgTGC
tGGCACTTAaCAactccagcatggagtctaggaaaagcggagaagAAAAGTGAAATACATCAAgGCACGTCACAT
CCATCAGACAtTTATGAGCAGCACGAGAGCACGCCCCActccagtgcggatcaggtctgggaccaagagtaccat
caagaccgaggccaggtccaccaaaaacaggcttcccagccaatgccaaggaGGCCCAAAAGCccagccaaagcG
TgGCTAATGAATTGGtAgTGTTcaAAGAtcggaagaggaggaaccggggagcatgaggagtatgatgaggagaag
gcccTGgTCtaAGTGTCGTCTaGCTGCAATCGAAATTAATGAAAAACTTTCGTTTATTTAATTGCACAGccgccc
agaccagacagaagatggctcagaagagccggggccaggggcacctggTTTATGGGTTATGgCCATATcAaATCc
ATAGGGCAAgaccagccggctggattcaactcaatccagccATCGACAtccgaAGTGAAAATGATTGATTGATTG
ATCGgtgtttgtgttgctgttcgtcggttgttaatattgtttggcgcttatatatatatacatatatatagcaat
cggcatTGTCagtatttgGCTGtTGTTACTCCTTTTtGGTGTttgccgaAGATtTGtttgactttttagcgggCA
ATTATTtATTTGTTTcgcgcgttatacgccGATTTCGCtGCAATTTtgTTtgttcgctTTTAAGGggttcgttta
tagcagctatacatcggtccattggacaatctttgattgaggctgattgagaggaggctctgcggtagccccaca
tccatccatccaatcgaatggggaatagatggctctcgaatccggcggctaattgctgccggagtgggggaaagt
gtggcgacaactgatccacttttttcgagatgagttatgtgtgatctgctaatgatcaactaatggcctaacgat
gatccactttgccattcgtctgcagattatagtttagataaaaagcaataatccgggaatggcaagtagttggat
gtttgtgtgagcagctaattagtaaagctacatttcctttagcttagctttttaaaacaaaattaaaatgatgga
aaaagaatgaaatcctataggaaacttttcaaagtgcttatattcaataccattcccaagtaatatctctaagga
acaatcgccacctaaatagtccgaaattgttgcagctatctatgcgattgccactggtacaaacatttcagtagc
ttacatttgtttatctacaaacaagcatgcatccaaccaaccactgaccaacttgatgcactcactccagttgcc
gcgaaccttttcaactttgaccgcattgcgaatattttggccatgttcaacagcattttggattggcttcggtgc
acatgtcaagcgttccagttggccaccgcctgcctcctctgctcctcccgcatgttaacataataaaaacgggtc
aacatggcacacatctctactcccattccgaaggagagtctttgactccaactctggcaccgtggtcaagttgtg
gtcagcagagtggagggatcgcggcttgtgcggttcggggcagaaaagaacacagcatagacgccaaatatagac
gttggacaatttccgagcatgccatggaacgcctttattatatgactccgtctaaactcatagtcgcagtc
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9375
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11250

Enhanced BLAT Score Card

 (Back to Top)


 Drosophila EvoPrinterHD  -  Generate EvoPrint and EvoDifferences Profile


  
 Gene Name: Akt1
        

     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
        
  
           
            11246
            1
            11246 0 81 
  
           
            298
            1703
            9499 0 
                 0 /
                 217
               
  
           
            151
            1169
            9499 0 
                 0 /
                 70
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.simulans
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10513
            64
            11246 0 109 
  
           
            268
            1690
            9499 31 
                 1 /
                 134
               
  
           
            298
            1688
            9579 5 
                 12 /
                 153
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.sechellia
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10509
            6
            11246 0 49 
  
           
            177
            1570
            9499 0 
                 3 /
                 79
               
  
           
            106
            1689
            9499 1 
                 0 /
                 11
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.erecta
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            10013
            70
            11246 0 76 
  
           
            273
            1685
            5673 0 
                 5 /
                 175
               
  
           
            180
            1692
            5690 0 
                 7 /
                 80
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.yakuba
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            9780
            12
            11246 0 75 
  
           
            290
            1681
            9499 1 
                 10 /
                 180
               
  
           
            129
            1688
            9499 12 
                 3 /
                 26
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.ananassae
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            6439
            203
            11246 1 73 
  
           
            235
            1661
            9531 0 
                 15 /
                 107
               
  
           
            132
            1683
            9499 0 
                 2 /
                 17
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.pseudoobscura
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            5553
            200
            11221 0 38 
  
           
            176
            1611
            5726 0 
                 30 /
                 52
               
  
           
            141
            1649
            5675 0 
                 18 /
                 29
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.persimilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            5516
            200
            11246 0 6 
  
           
            114
            1629
            9496 0 
                 37 /
                 17
               
  
           
            97
            1690
            2077 0 
                 36 /
                 1
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
  
  
    
         
            
              D.virilis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            3879
            204
            10265 0 17 
  
           
            359
            1691
            5691 2 
                 84 /
                 183
               
  
           
            232
            1649
            2438 2 
                 80 /
                 60
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.grimshawi
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            3629
            205
            10265 0 42 
  
           
            246
            1704
            9498 0 
                 66 /
                 88
               
  
           
            198
            1703
            6087 0 
                 44 /
                 62
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.willistoni
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            3546
            200
            10247 0  
  
           
            1124
            3518
            5342 0 
                 76 /
                 1048
               
  
           
            183
            1649
            9499 0 
                 160 /
                 23
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
               
           
   


    
    
         
            
              D.mojavensis
         
             Score
             Start
             End
             Ns
             R/D
        
  
           
            3082
            204
            10265 0 43 
  
           
            336
            1689
            5684 1 
                 72 /
                 152
               
  
           
            221
            1695
            4543 0 
                 37 /
                 72
               
 
               
               
                 All Alignments
               
                 1^st
               
                 None
Drosophila EvoPrinterHD - EvoPrint and EvoDifferences Profile

D.melanogaster Akt1 Genomic EvoPrint (Back to Top)

Akt1 Genomic Evodifferences Profile - Relaxed EvoPrint (Back to Top)

Enhanced BLAT Score Card (Back to Top)

Drosophila EvoPrinterHD - Generate EvoPrint and EvoDifferences Profile
