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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s33 | supercontig | LSalAtl2s33:761982..771430 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
|---|
| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
|---|
| Logic name | ensemblgenomes |
| Biotype | protein_coding |
| Evidence | IEA |
Cross References
External references for this mRNA
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of EMLSAP00000006229 >EMLSAP00000006229 ID=EMLSAP00000006229|Name=EMLSAP00000006229|organism=Lepeophtheirus salmonis|type=polypeptide|length=2633bp
MKKEFHTQKIEHNTSTRIYFFIICDFSVSSALGSAEGKESSSTSRNSGAA
TNSDNINSLSGGANNNNNVRSDHLDGIRKESSSSRSEVNTDVNNSPSVNV
TVNRNSSSTTTTTPGSQPGVSVTSSSSSSSSSSNENALNNSIACGLQVIE
DADLVAILKDVSDTAAGXGTNTTAXPTSSIVVVSSSTSTIASSSSVANAR
PLTTTTPSNTTNSGSNNRNIAISSEGGRRGFGVIGTNEQSRKGTQRVEGS
SSESEEDHRLRQSLHKNAILLRNHPSVPTSTSTITTTSNSSDQTIKLAPH
SSDEGLPTEEVPKNKPGAMGGIVDKKSLHQISSNSTQVQLSTTSPQEVVV
YKGDMESKNILXNPXKTXXNXXLPXXXASVSRQRHNSNKKRKNQQHKVSQ
QQHHQILQIQQQQPPEIELYLNSATSNVSPDSGIXVRRRSISNNPSATPL
ATQQQYHHRALPQTPNLQPQRVYIAQANPIPSRPMRDSGTPPPPTLIPSV
ILPPKPKKTTSSTSTSTSTHQTHHHHKKFSNVKTAXPTYVFGPPPLPTAA
NRIIQHHQIPMPKKVTMECGSQTVESSLDKSKXPPPPLFIGASISPNLSK
KNKQGRPRKDPPMLKPEIYRAPVPSSKMEKTHEVIVLESEDEXSIWSDDD
GVGEVTKEPVIHSPPPKLVALSKSNEDQPPKISSPGPLLLYEESASPPRL
SASTTPPPPTLIAKKSKKKKHSRERSKSSSXASPLRHVSPPILVSALGEA
KNSSPSPSSIKERTSRKEDFDKQKKRPSSKSPAPTIQQPPPPPDKSPIVA
MEEKKQSRDKSEESENASKNEEACSSDKTFSFTQGRIVPVFSKTYTLPEP
DIFWLIKKKRKGRKESASPLLESRKSSSDSVSTKNSVKEVAPAXTTATPP
SHPMASTKTMLEVLAETSKKGKPGRKKKPELSLSAVEKLINLPDGDSKAK
SKKNKKSWRSKYKNVIDPIFLEEVESIIQELNGCHIQKRGVFVPSSSCSA
LPSVFKKQKYLVFEEKVTKPKRGRPPKRQLSAEMNREVLNSYAHYRESSS
SHGEKDSSYSKKEGGEDMHPESETTNEQRLPLKKRHHHNKVQHEDSESGH
SSSGSALSPPLKKTGENNTPLSCHRVNPLPRRENEALSRPLSLPHSHPSS
VPSNSGSKREKSLLHPFTSGGSNKNSLKKVCAVTPTVIKSFSEMSKRKQQ
IQNPIAAHLYKNQSRERILYSDEDESRKKINQPGPASSSNNPSYLSSLEN
MNQDEFPDSNMTSSSSKSYSVSKQTKKKKRKSFTDSVRRRKNRLLFSHSN
NTSEEEDAPTANERCRTSVVPMEIDHPHLIHRPSLLNDIGSYSDPETHTK
LIRPRVLKKSQNNTSVSLTDFPLGRNKVKECSVRVQRIDVQELLAKAPVL
LSEFEKLKEERKSMIINESQLQSPESSQPALQPFSPPLPEIPKKKKKKRR
SNKTGFPTIRKKVKKTVVRTTDGNEDKKPRGRPPKKKEEPLQNEETEKMC
VEDKIPMNPGVPIPLISEQKRILPTDGEAFRTACKRSKFYEDVDDEIDCL
SLLPLFAKDSSSVSESSSSEELTEDSHLTPQINASSRPQTSGNKRLINRA
VSSSSPSKKSITMISFTKAAYSPTDKKYLNAGLFSDFFKQESTSFNPLSS
EAALKKSNLVYNPEDHPRGLLPPPYYCGRQLRLQKEDFQLPYDLWWLQAN
KRLPERDVVATWNHKKIKNNVYVDIKQPQSKMTNHPCHCEVTSNCGDDCI
NRMTYTECDPRFCPTKDQCTNNAIQRHRIPIGVERFMTAEKGWGIRTKCE
IKKSTFILEYVGEIVSEKEFKHRMLNEYENDSHHYCLHLESGIVIDGHRM
GGECRFVNHSCEPNCEMQKWSVNGLNRMTLFALRDIKPNEELTYDYNFSL
FNPHEGQICRCGSDNCRGVIGGRGQIVKNINSGGSSRRSSSASNKDYTNN
SKMSAHDRGRDRKKKVAKSNAVLKRKGTASSSESKRSVESIAMPTFRPMT
PFQRNYIREHSVFLMRNLEKVRRARDSYIASSSAYSPSSSSSYNSYRSMS
PSEESMNSEKKESTVEEKIQTGLAALSTSRSMQTRRLAGAIDDPDVSKVV
KLAQIFKEILSQLMTINDETGKPVIHLFQHLPSKSDQPRYYERLADPIDL
NTIEKNINVGTYYLVEHFDRDMIRLFQNNLRFYGRFSSQGSASLLLSKHY
NVIKSDYLDSLKDVVGPEDLAYFRRREENPRNPEDVIRCICGLYNDEGLM
IQCEKCQVWQHCDCVGQGQGEDKFFCEKCSNRKNASLDIQLVPQPEYACT
GETYFVSLKRGDLQVRVGDTVYVLRAFDSISSDQVKNSEFNHGGIPHKMM
SPLKGPSHQASSLSKGNYPTYKYVDPNTVSTDDMDIFRIERLWVNHNGER
FAFGHHYLRPHETFHEPSRKFYPNEVFRVPLYEVLPLDSIWEQCWVLDGP
TFCKGRPVGAVEEDVYICEYRVDKSARLFNKISKPKFTTCLKWFAFDSFV
QRIKVFRTYTPHEVPEKRAKSSSNPRSKSIDDDSKGGNTTTSGFLASKRK
YITNVQQTKQTSNTINNKGGTLLNSSPNVKTIFKLGQRKHKLERTLNFLL
KRISSAGVKNLSHLLESDKRLRYKKHQMTLQEK back to topmRNA from alignment at LSalAtl2s33:761982..771430+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000006229-702076 ID=EMLSAT00000006229-702076|Name=EMLSAT00000006229|organism=Lepeophtheirus salmonis|type=mRNA|length=9449bp|location=Sequence derived from alignment at LSalAtl2s33:761982..771430+ (Lepeophtheirus salmonis)
ATGAAAAAAGAGTTTCATACGCAAAAGATAGAGCACAACACAAGTACTCG
TATATATGTTTGTATAGCTAATTATATTAGTACCTGATTTTTTAATTGTA
ACACAGACTGACAGAGGATGATGATGATGATGTATACTGTTTTATATGAA
TCAGTTTTTTATTATTTGTGATTTCAGTGTATCGTCCGCACTTGGGAGTG
CTGAGGGAAAGGAATCTTCTTCAACAAGTCGAAATAGTGGAGCAGCAACG
AATAGTGATAATATTAATAGTTTAAGTGGTGGTGCTAATAATAATAATAA
TGTCAGGAGTGATCATTTGGATGGAATTCGAAAGGAGTCCTCAAGCAGCA
GGAGTGAAGTAAATACGGATGTCAATAATAGTCCCAGTGTTAATGTCACT
GTTAATAGAAACAGTAGTTCCACTACTACAACTACACCCGGATCGCAGCC
AGGTGTGAGTGTGACATCCTCCTCCTCCTCCTCTTCTTCTTCTTCTAATG
AAAACGCGCTCAATAATAGTATTGCTTGTGGTCTTCAAGTAAGTTAGTTA
GTCGGTCACTCATGATCATTAATAATAACATTTTCTAACGTATTTTTGAG
GGGCTTTTTTTTCCCCTTCAAAATAATAAAAGAAGTATGTCTTTAAGTGA
GTGCTTTTTATCAGTCAAAATATTTCTTATTATATATATATTTATTATTT
TTCATCATCACTATTATTTATAACCTCTTATGCTTCAGGTGATTGAGGAC
GCGGATCTTGTAGCCATTCTGAAAGACGTGTCAGACACTGCGGCAGGRGK
AGGGACAAATACGACCGCAMCACCAACGTCATCAATAGTTGTTGTATCCT
CATCAACGTCCACCATTGCATCATCGTCTTCTGTAGCTAATGCGCGGCCC
CTCACGACGACTACTCCCAGCAACACCACCAATTCAGGTTCCAATAATCG
TAATATTGCGATTAGTTCAGAAGGAGGAAGAAGAGGGTTTGGAGTTATTG
GAACAAATGAACAAAGTAGGAAAGGAACTCAACGTGTTGAAGGATCTTCT
TCAGAGTCAGAGGAGGATCATCGTCTACGTCAATCACTTCATAAGAATGC
AATCCTACTTCGAAATCATCCTTCGGTCCCAACATCGACATCAACAATTA
CGACGACTTCTAATAGTAGTGATCAAACTATCAAATTAGCTCCTCATTCT
TCTGATGAGGGGCTCCCGACGGAGGAAGTCCCTAAAAACAAACCCGGTGC
CATGGGAGGGATTGTGGATAAAAAAAGCCTTCATCAGATTAGTAGTAATA
GTACTCAAGTGCAATTGTCCACAACATCACCTCAGGAGGTGGTTGTCTAT
AAAGGTGACATGGAAAGTAAAAATATCCTACRAAAYCCATAWAAAACASC
CYCCAATMCCWTTCTYCCTSCTMCTMAAGCCTCTGTCTCCAGGCAAAGGC
ATAATAGCAATAAAAAGAGAAAGAATCAACAGCACAAAGTATCTCAACAA
CAACATCATCAGATACTACAAATACAACAGCAACAACCCCCAGAGATAGA
ACTGTACCTGAATTCTGCTACTTCAAATGTTTCTCCAGACTCTGGTATAC
NAGTCAGAAGGAGGAGGTATTGCTAGTGGGTCGCCTCTACATCCCGTAGA
ACTTGCAACACAACCAAGTCAAATAACATTTCAGAATCATCAAATCCTGC
CGCAAACAAATCCTGCAGCCACTACAGCCATTTATCATCAGTCTCACTAT
CAGCAGCAGCAACAACAACAGCTCCATCAACAACAACAGCAGCAGCAACA
ACAACTCCATCATCAACAACAAGCAGCCACATTAAATTGGAACAACATTT
ATTATAATCATGCCTACCAACAACAACAACAACAACAGCGGCATCATGTT
CAACAACAGCAACAACAACAAATCATTCAGCAGCATCATGTGACACAACG
TCCCTTGCCCCAGATTCAAACTGCTCATCATCAATTCTATCAGAGCACTG
TTGCAGATGTGAACAATTCCATTATTCATCAACGCACCACCAATTATAGC
ATTAGCAATAATCCAAGTGCGACACCTTTAGCAACACAACAACAATATCA
TCATCGTGCACTCCCTCAAACACCAAATTTGCAACCACAACGTGTGTATA
TCGCTCAAGCCAATCCAATMCCGTCTCGTCCAATGAGAGACTCTGGAACT
CCTCCMCCACCAACTCTGATCCCGTCCGTTATTCTTCCTCCAAAACCCAA
GAAAACTACATCTTCAACATCTACGAGTACTTCTACTCACCAAACACATC
ACCATCATAAAAAGTTCAGTAATGTTAAAACAGCAAGMCCAACCTATGTA
TTTGGMCCTCCGCCACTACCCACGGCAGCAAATAGAATTATTCAACATCA
TCAAATCCCTATGCCCAAGAAAGTAACGATGGAGTGTGGCTCACAAACGG
TTGAAAGCTCACTGGATAAGAGCAAGGAMCCTCCTCCACCCTTATTCATT
GGAGCCTCTATTTCTCCCAACTTGTCAAAGAAAAATAAACAGGGCCGTCC
ACGGAAGGATCCTCCCATGCTCAAACCCGAAATCTATCGAGCCCCGGTAC
CCTCTAGTAAGATGGAAAAAACTCACGAAGTGATAGTTCTTGAATCGGAA
GATGAGKCTTCCATTTGGTCAGATGATGATGGCGTTGGTGAAGTCACTAA
AGAACCTGTGATACATAGCCCACCTCCGAAATTGGTAGCCTTATCTAAGT
CCAATGAAGATCAACCCCCCAAAATATCTTCTCCTGGTCCCTTACTCTTA
TATGAAGAATCTGCCTCACCACCAAGGCTCTCTGCTTCCACGACTCCACC
CCCTCCTACATTAATAGCTAAAAAGTCGAAAAAGAAGAAACATTCTCGTG
AGAGATCAAAAAGTTCTTCGMCTGCCAGTCCACTCAGGCATGTTAGTCCT
CCTATCTTGGTATCTGCTCTGGGGGAGGCAAAGAACTCTTCTCCCTCGCC
ATCTTCTATAAAAGAGAGAACATCCAGGAAGGAAGATTTTGATAAACAAA
AGAAGAGGCCTTCCTCAAAAAGTCCAGCGCCCACTATTCAACAACCTCCT
CCTCCTCCTGATAAATCACCGATAGTTGCCATGGAAGAGAAGAAACAAAG
TAGAGACAAAAGTGAAGAAAGTGAGAATGCATCTAAAAATGAAGAGGCTT
GCAGCAGCGATAAAACCTTTTCATTCACTCAAGGGCGCATTGTACCTGTT
TTTAGTAAAACTTACACTTTGCCTGAACCAGACATTTTTTGGCTCATTAA
AAAGAAAAGGAAAGGAAGAAAAGAATCTGCTTCTCCATTATTGGAAAGTC
GTAAATCTTCATCTGACTCAGTTAGCACAAAGAATTCTGTAAAAGAGGTA
GCCCCTGCGMCAACCACTGCTACMCCTCCCAGTCATCCAATGGCCTCAAC
GAAGACAATGTTGGAAGTTCTTGCTGAAACGTCAAAAAAGGGAAAGCCTG
GACGTAAGAAGAAACCAGAATTATCGTTATCTGCAGTTGAGAAATTAATT
AATCTCCCTGACGGAGATTCGAAAGCCAAAAGTAAGAAAAACAAAAAGTC
TTGGAGGTCAAAGTATAAAAATGTGATAGATCCAATATTTTTGGAAGAGG
TTGAATCTATTATTCAGGAACTTAATGGTTGTCATATACAGAAAAGAGGA
GTCTTTGTACCCTCCTCATCATGTTCAGCTCTTCCATCCGTTTTTAAAAA
ACAAAAATATTTAGTCTTTGAAGAAAAGGTGACAAAACCCAAGAGGGGAA
GACCTCCAAAAAGACAATTAAGTGCAGAAATGAATCGTGAAGTGTTGAAT
AGTTATGCCCACTATCGAGAGTCAAGCAGTAGTCATGGAGAGAAGGATTC
TTCCTATTCTAAGAAAGAAGGAGGAGAGGACATGCACCCAGAGTCTGAAA
CAACAAATGAACAAAGACTTCCTCTCAAAAAGAGACATCATCACAATAAA
GTTCAACATGAAGACTCAGAATCAGGGCATAGCTCCTCTGGTAGTGCCTT
ATCTCCACCTCTTAAAAAAACAGGAGAGAACAATACACCCCTCTCATGTC
ACAGAGTAAATCCTTTGCCTCGTCGAGAAAACGAAGCCCTTAGTAGGCCT
CTCTCCCTTCCACATTCGCACCCATCTTCAGTTCCATCCAACTCTGGCTC
AAAGAGAGAAAAATCTTTGCTTCATCCCTTCACCAGTGGTGGATCAAACA
AAAATTCTTTGAAGAAAGTATGTGCAGTGACTCCAACCGTCATCAAATCC
TTCTCAGAAATGTCTAAAAGGAAACAACAAATTCAGAATCCAATTGCAGC
TCATCTGTACAAAAACCAAAGCAGGGAAAGGATTCTTTATTCTGATGAAG
ATGAATCTAGGAAAAAAATCAATCAGCCAGGCCCTGCTTCATCTTCCAAT
AACCCTTCATACTTATCTTCACTTGAAAATATGAATCAGGATGAGTTTCC
TGACAGTAATATGACAAGCTCATCTAGCAAGTCATACTCAGTGTCAAAAC
AAACTAAGAAAAAGAAAAGAAAGAGTTTCACGGATTCAGTGAGAAGACGA
AAAAATCGTCTTCTCTTCAGTCATTCTAACAATACTTCTGAAGAAGAAGA
TGCCCCTACTGCTAATGAGCGATGCAGAACATCAGTTGTTCCAATGGAGA
TCGATCATCCCCATTTAATTCATCGTCCAAGTCTTTTAAATGATATTGGA
TCCTATTCTGATCCAGAAACACATACAAAGTTAATTAGACCGAGAGTCTT
GAAAAAGAGTCAAAATAATACTTCAGTTTCTCTTACGGATTTTCCTCTTG
GTAGAAATAAAGTAAAGGAGTGTAGTGTTCGTGTACAGAGGATTGATGTT
CAGGAATTACTTGCGAAAGCACCAGTCCTTCTGTCTGAATTTGAAAAGTT
GAAAGAGGAAAGAAAATCAATGATAATTAATGAGTCTCAATTGCAATCTC
CAGAATCATCGCAACCCGCACTTCAACCTTTTTCTCCTCCTCTACCAGAA
ATTCCAAAAAAGAAGAAAAAGAAAAGGCGATCAAATAAAACAGGCTTCCC
CACTATTCGGAAAAAAGTTAAAAAAACTGTTGTGCGCACCACTGATGGAA
ACGAGGACAAAAAACCTAGGGGACGGCCTCCTAAAAAAAAGGAAGAACCC
CTTCAAAATGAAGAAACCGAAAAGATGTGTGTAGAGGATAAGATTCCTAT
GAATCCAGGAGTTCCGATACCTTTAATAAGTGAGCAAAAACGTATTCTTC
CTACAGATGGAGAAGCATTTCGAACTGCTTGTAAACGATCTAAATTTTAT
GAGGATGTAGATGATGAAATCGACTGCCTTAGTCTTTTACCCTTGTTTGC
AAAAGACTCTAGCTCTGTTTCTGAGTCATCTTCGTCCGAAGAGCTGACAG
AAGATAGTCATTTAACTCCACAAATTAACGCATCGTCAAGGCCCCAAACA
AGTGGCAATAAACGCCTTATTAATAGGGCTGTCTCCTCTTCTTCACCATC
CAAGAAGTCCATTACCATGATTTCATTTACCAAAGCTGCATATAGTCCCA
CGGATAAGAAATATTTGAATGCTGGACTTTTTTCCGATTTCTTCAAACAA
GAAAGTACATCGTTTAACCCTTTAAGCTCAGAGGCTGCACTCAAAAAGTC
CAATTTAGTGTATAATCCTGAGGATCATCCACGTGGTCTATTACCACCCC
CGTATTACTGTGGTCGTCAGCTTCGGCTCCAAAAAGAAGACTTTCAACTC
CCTTATGACCTTTGGTGGCTTCAAGCAAATAAACGCCTTCCTGAACGAGA
CGTTGTTGCCACATGGAATCATAAAAAAATTAAGAATAATGTGTACGTGG
ATATTAAACAACCTCAGTCCAAGATGACCAATCACCCCTGTCACTGTGAG
GTTACATCCAATTGTGGAGATGATTGTATAAATCGAATGACTTATACTGA
GTGTGATCCAAGGTATAAATATTTTTTTTTTTCTATATTTAGAATTATGT
ATTAATGGTGTATTTATCTTGTTTCCAGGTTTTGTCCCACTAAGGATCAG
TGTACAAATAATGCAATTCAAAGACATCGAATACCTATTGGGGTAGAGAG
ATTTATGACGGCAGAAAAAGGATGGGGTATCAGAACGAAATGTGAAATCA
AGAAAAGCACTTTTATTTTAGAATATGTTGGAGAAATAGTGTCTGAAAAA
GAGTTTAAACATCGAATGCTGAACGAATATGAAAATGATTCCCATCACTA
TTGCCTTCACCTTGAAAGTGGTATAGTGATTGATGGACATAGAATGGGAG
GAGAGTGCCGATTTGTAAATCACTCTTGTGAACCAAATTGTGAAATGCAA
AAGTGGAGTGTGAACGGATTAAATAGAATGACGCTTTTTGCTCTACGAGA
TATTAAACCCAATGAAGAACTAACCTATGACTACAATTTCTCACTTTTTA
ATCCACATGAAGGACAAATTTGTCGATGTGGGTCGGATAATTGCCGTGGG
GTAATTGGAGGAAGGGGCCAAATTGTAAAAAATATCAACAGTGGAGGAAG
CAGTCGCAGGAGCTCTTCTGCTTCAAATAAAGACTATACTAATAACTCAA
AAATGTCCGCGCATGATAGAGGCAGAGATCGAAAAAAGAAGGTTGCAAAA
TCAAATGCAGTTCTCAAAAGAAAAGGAACTGCTTCCTCTTCTGAGTCTAA
GAGATCTGTAGAGTCAATAGCAATGCCTACATTTAGACCAATGACTCCAT
TTCAACGAAATTACATCAGAGAACACAGTGTATTTTTAATGAGAAATCTT
GAGAAGGTTCGCCGTGCTCGAGACTCTTATATAGCTTCCTCTTCGGCATA
TTCCCCATCTTCGTCATCGTCATATAATTCCTATCGGAGTATGTCTCCAT
CGGAAGAATCCATGAATTCAGAAAAAAAAGAATCTACTGTTGAGGAAAAA
ATACAAACTGGACTTGCAGCTCTCTCAACATCGAGGTCCATGCAGACGCG
TCGATTGGCTGGRGCAATTGATGATCCTGATGTTTCAAAAGTAGTTAAAT
TAGCTCAAATTTTCAAGGAGATTTTATCGCAATTAATGACCATCAATGGT
ATGTAATGTCTTTAAATCCCGTTAATGTTTATTACTTATACTAATAAGGT
TTTAATTATTATTCTGTTTGTTTGTTTTTTCAGACGAAACTGGAAAGCCA
GTGATACATCTGTTCCAACATTTACCTAGTAAGAGTGATCAACCTAGATA
TTATGAACGTCTAGCTGACCCGATAGATTTGAATACAATAGAAAAAAATA
TCAACGTTGGAACTTACTATTTAGTGGAACATTTCGATAGAGATATGATA
CGATTGTTTCAAAATAATCTTCGATTTTATGGCCGTTTTTCATCTCAAGG
ATCTGCATCATTACTTCTGTCTAAACATTACAATGTTATAAAATCGGATT
ATCTAGACAGCCTGAAGGACGTAGTTGGCCCTGAGGATTTGGCTTATTTC
CGCAGGAGAGAAGAAAACCCAAGAAATCCAGAGGATGTTATTAGATGCAT
CTGTGGTCTCTATAACGATGAAGGACTCATGATTCAATGTGAAAAATGCC
AGGTCTGGCAGCATTGTGATTGTGTTGGCCAAGGTCAAGGAGAAGATAAG
TTTTTTTGTGAAAAATGTTCTAATAGAAAAAATGCGAGCTTGGACATTCA
ACTAGTGCCTCAACCAGAGTATGCATGCACGGGAGAAACCTATTTTGTTT
CACTAAAGCGAGGCGACCTTCAGGTTCGTGTTGGGGACACAGTGTATGTT
CTTAGAGCCTTTGATTCTATAAGTTCAGATCAAGTGAAAAATAGTGAATT
TAATCATGGTGGTATCCCACATAAAATGATGAGTCCTTTAAAAGGGCCAT
CTCATCAAGCATCTTCTTTATCCAAGGGTAATTATCCAACTTACAAATAT
GTTGATCCCAATACGGTGTCTACTGATGATATGGATATTTTCCGAATTGA
AAGGCTTTGGGTAAATCACAACGGGGAAAGATTTGCGTTTGGTCATCATT
ATCTTAGGCCACATGAAACCTTTCATGAACCCTCAAGAAAGTTTTATCCA
AACGAGGTTTTCAGAGTTCCCTTGTACGAAGTACTTCCTTTGGATTCCAT
CTGGGAGCAGTGCTGGGTTTTAGATGGCCCTACTTTTTGTAAAGGACGTC
CTGTGGGAGCCGTGGAAGAGGATGTTTATATTTGTGAATACCGTGTTGAT
AAATCTGCTCGTCTCTTCAATAAAATCTCTAAACCAAAATTTACAACTTG
TCTAAAATGGTTTGCTTTTGATTCTTTTGTGCAAAGGATCAAAGTATTTC
GAACTTACACTGTAAGTATTTATGTCATTAAGTATAGCTCATATTATGTT
GTTTTTTTCTTCTTGTTATAGCCTCATGAGGTCCCTGAGAAACGGGCAAA
AAGCTCTTCGAATCCTCGTAGTAAAAGCATCGATGATGACTCAAAGGGAG
GAAACACGACAACTTCAGGATTTCTTGCTTCCAAACGTAAATATATCACC
AATGTACAACAAACAAAGCAAACATCCAATACCATTAACAATAAAGGGGG
GACTCTTCTCAACTCTTCTCCTAATGTGAAGACCATATTCAAACTGGGAC
AGCGTAAACATAAATTAGAGCGGACTTTGAACTTTCTCTTAAAAAGGATT
TCCTCTGCTGGAGTCAAGAATTTATCTCATCTCCTTGAAAGTGACAAACG
ATTAAGATACAAAAAACATCAAATGACATTACAAGAAAAGTAGAAACTAG
ATAGTGTTCTTCCCTCTCCATATTCTGTGCTGGTGGTGGTTTTTTTAGAC
GATCTTTCATTACAACATGGCTGTGTTAATCTTTTTTATAAGTGTAACGA
CATTTTTTTTTTAAATTCACTTTAAAAGAAAATCATTATCGAATTTTTTT
AATTTTTTTCGTTAAATTCTTTATTATTATCATACATTTACATATATTTA
AATTATTTTTGATCAAAGGAGTGAATCATTAATATCCTTTCTACCCATGT
CTATGTTAGTTATATATGATATAAATTTATAGTAGTATAACAGAATGGGG
AAACTAGTTACAAAAGAATATTTATTCTCAAATATAATAAGAATATTATT
AAGTAATGACTTTTTTCAACAAAAAAAAAAAAAATACCCCAAAACTCTTT
CTTTTTTAATTTTTTTTTAATGTGTGCATGACTATCGTTGTTGACTAGTC
AAAAATATTTTAAAAAAAATATCAATTCGGTTCCTTTTTTTTCTATGAAA
CATTATTTTTTTAGGTCGTGAGTGTGTATATTATTAACCATAAAGTTTTT
ATTATGTATTGTTACTATTTTAATTTTATATTCCGTATAAGATATGGAG back to top
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