EMLSAT00000009349, EMLSAT00000009349-705196 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000009349
Unique Name	EMLSAT00000009349-705196
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s598	supercontig	LSalAtl2s598:348409..357028 -

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


Database	Accession
Ensembl Metazoa (transcript)	EMLSAT00000009349 (primary cross-reference)

Relationships

This mRNA is a part of the following gene feature(s):


Feature Name	Unique Name	Species	Type
EMLSAG00000009349	EMLSAG00000009349-692115	Lepeophtheirus salmonis	gene

The following exon feature(s) are a part of this mRNA:


Feature Name	Unique Name	Species	Type
EMLSAE00000041475	EMLSAE00000041475-750403	Lepeophtheirus salmonis	exon
EMLSAE00000041476	EMLSAE00000041476-750404	Lepeophtheirus salmonis	exon
EMLSAE00000041477	EMLSAE00000041477-750405	Lepeophtheirus salmonis	exon
EMLSAE00000041478	EMLSAE00000041478-750406	Lepeophtheirus salmonis	exon
EMLSAE00000041479	EMLSAE00000041479-750407	Lepeophtheirus salmonis	exon
EMLSAE00000041480	EMLSAE00000041480-750408	Lepeophtheirus salmonis	exon
EMLSAE00000041481	EMLSAE00000041481-750409	Lepeophtheirus salmonis	exon
EMLSAE00000041482	EMLSAE00000041482-750410	Lepeophtheirus salmonis	exon
EMLSAE00000041483	EMLSAE00000041483-750411	Lepeophtheirus salmonis	exon
EMLSAE00000041484	EMLSAE00000041484-750412	Lepeophtheirus salmonis	exon
EMLSAE00000041485	EMLSAE00000041485-750413	Lepeophtheirus salmonis	exon
EMLSAE00000041486	EMLSAE00000041486-750414	Lepeophtheirus salmonis	exon

The following polypeptide feature(s) derives from this mRNA:


Feature Name	Unique Name	Species	Type
polypeptide-auto776676	auto776676	Lepeophtheirus salmonis	polypeptide
EMLSAP00000009349	EMLSAP00000009349	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s598:348409..357028-

protein sequence of EMLSAP00000009349

>EMLSAP00000009349 ID=EMLSAP00000009349|Name=EMLSAP00000009349|organism=Lepeophtheirus salmonis|type=polypeptide|length=2130bp
MSPEPFRVSRFLRNEGSLTRPPPQNGTSVSSEATPASRRSDEWRNLIKTL
KKSCDMKELKALTTEISGSDSNFDLINETSLDLVCRIYKRISDKFPENSL
LTDLKKDYPHITSSQITKLLRLIRSLNETTQEFSEYFISRENENNKILFG
QQLKFSSPLKHFEDTDNIYLDYLTDFSQLNEFNLDKSLSFNYDHVKSITN
GKENNTSFKNAKWLQEKVIQFYGKESEPLGMSIQEFCQTLLEVITSKKSS
DELQNELFELIGFDRIDLISLILEYRDEVTKSERDTKRFLIRELAXATTL
SDAMTEHDKRPMYGCQVLVHSQEEKRLRKQMWKEEKKIGKAMKQMADDEY
FEIEESKAASRAVLASTIMKPMPVLSTNNDFRKSASPQPSYPFVFDSKAV
VKQTSGFIHGSKIALPVGFERKDHKKFEEVYIPASEKAPVDVGKNLIPIE
TLDDIGQTVFNGIESLNRIQSIVFDTAYNSSENMLVCAPTGAGKTNVALL
CITQTIKNFIDNGIIKKDKFKIELTGDMQLTKSEILQTQMLVTTPEKWDV
VTRKPGDVSLAQLVRLLIIDEVHLLHGDRGPVIEALVARTLRLVESSQTL
IRIVGLSATLPNYIDVSRFLRVDPFKGLFFFDGRFRPIPLAQTFIGVKET
KALKQSQDMNEICYDKVVEFLRKDKQVMVFVHARNATVKTALNLKESAQN
HGHAALFEPENTSQLGIAMKALSKSRNKHIMELFQSGIGTHHAGMLRSDR
NIVEKLFSQGLIKVLVCTATLAWGVNLPAHGVIIKGTEIYDAKKSSFVDI
GILDVLQIFGRAGRPQFDKSGHGIILTSHDKLSLYLSLLTNQFPIESNFI
SLIADNLNAEVSLGTVSTVEEAINWLSYTYLFVRMRLNPLVYGLTHKQLN
DDPLLEEKRREIVIEASQRLDRAKMVRYCERTSYLNSTDLGRTASHFYIK
YDTVEIFNEHLRPIMNEREILTMITKAQEFEQLKVRDEELEELDELTREN
CEMLPVAGGSENVHGKVNILIQTYISRGYVKSFSLVSDQGYVITNASRIV
RALFEIVLRKNWPLLAGRLLKLSKMIERQMWDFESALKQHPHMKYEILSK
LENRNINLENIRESNAKDIGHLIHHVKAGIDIKRCAHEVPLATLDAYLQP
ITRTVVRIRLTITPDFKWNDKIHGYVGESFWIWVEDPENNFIYHHEYITL
TKKQVINIIPMELVFVIPIFEPLPTQYYLRLTSDKWLGSETVCPVSFKHL
ILPDHHPPHTDLLDLQPLPVKALNNPKFESLYSFSHFNPIQTQIFHSLYH
TDKNLLLGAPTGSGKTIAAEIAMFKVFRDYPKGKVVYIAPLKALVKERLS
DWKIRLEKHLGLKVVELTGDVTPDIRAIESSTVIITTPEKWDGVSRSWQT
RKYVQNVALIVIDEIHLLGSDRGPVLEVVVSRTNFISSHTERNLRIVGLS
TALANARDLADWLNIDKVGLYNFRPSVRPVPLEVHINGYPGKHYCPRMAT
MXKPAYQXIRMHSPYKPSLIFVSSRRQTRLTALDLISYLAAEDDPKMWLH
LGGDEMEQITRHSIKDLNLRLTLAFGIGFHHAGLVENDRKIVEELYVNQK
IQVLIATSTVAWGVNFPTHLVIIKGTEYYDGKTKRYVDMPITDVLQMMGR
AGRPQFDDVGVACVFVHDVKKNFYKKFLYEPFPVESSLLGALPDHLNAEI
VATTISTKQEALDYITWTYFFRRVIRNPAFYGLEGVDDSNFNSFLTEIID
KAIIVLQNYGCLDNSXEXESVLSASFLGKVASYYYLSHETVGLLKDTIKG
DMSIDDVLGTLSDVKEYSELPVRHNEDTINTDLAANLPCNLSRLAMESPH
TKVRILLAXHFSXQPLPNSDYNTDTKSVLDQSIRILQAMIDISADFGYLS
STLVIQTFMQMVVQARWDSDNATCILPYMESRDEVFFKNVPGGGLPGTIH
CYKGDFNGLSKTLKGAAHLDEAKIREIHTILSNLPMMTVNLSLKDSRGNI
FPVGEDWIEVATDEEYLLCLXIKRTTRXPQTCICSKGWFLVLGDTEACIG
GELVALKRXMVASKDKRDQLTFYTPVNPKRLILTLYIMSDTYLGLDHQYD
IKLEAVGGKKTEFIEDDHLYRQFGSIGLNP

mRNA from alignment at LSalAtl2s598:348409..357028-

Legend: polypeptideexon

Hold the cursor over a type above to highlight its positions in the sequence below.

>EMLSAT00000009349-705196 ID=EMLSAT00000009349-705196|Name=EMLSAT00000009349|organism=Lepeophtheirus salmonis|type=mRNA|length=8620bp|location=Sequence derived from alignment at LSalAtl2s598:348409..357028- (Lepeophtheirus salmonis)
ATGAGTCCCGAGCCATTTAGAGTAAGTCGATTTCTTCGAAATGAGGGATC
TCTTACTCGGCCACCTCCTCAGAATGGAACCTCTGTCTCATCCGAAGCAA
CTCCTGCTTCTAGAAGGTATCTCACACTACTGTGTTTAATAACTATTTGA
ATTAATTATAAATGTTCTTTTGGGTTAGGAGCGACGAATGGCGAAATCTC
ATCAAAACACTAAAGAAATCCTGCGATATGAAAGAATTAAAGGCTCTTAC
AACAGAGATATCTGGCTCCGATTCCAACTTTGATCTCATCAATGAAACCT
CCCTAGACCTCGTTTGCCGAATCTACAAGCGTATTTCCGACAAATTTCCT
GAAAATTCCCTTTTAACAGATTTGAAAAAGGATTACCCCCATATCACATC
CTCTCAAATAACAAAATTGCTACGCTTAATTCGCTCTCTTAATGAAACTA
CACAGGAATTTTCAGAGTATTTCATTTCTAGGGAAAATGAGAACAACAAA
ATCTTATTTGGACAACAATTAAAATTCTCTTCTCCCCTGAAACATTTTGA
AGATACGGATAATATCTATTTAGATTATTTGACAGACTTCTCCCAATTGA
ATGAGTTTAATTTAGACAAATCACTGTCCTTCAATTATGATCATGTTAAA
TCCATTACGAATGGCAAAGAAAACAACACCTCATTCAAAGTAATTTTTTA
GCGATAAATAATGAATTATTTCCATAATATGAAGTATCAATTCTGTTTAT
GTATTTTAAAAAAATAGAACGCAAAATGGCTTCAAGAAAAGGTAATCCAA
TTCTATGGAAAGGAAAGTGAACCTCTAGGTATGTCTATTCAAGAGTTTTG
TCAGACGTTGCTAGAAGTTATTACTTCTAAAAAGTCATCAGACGAATTAC
AAAATGAGCTCTTTGAGCTTATAGGATTTGATAGGATTGATCTCATTTCC
TTAATTTTGGAGTATCGTGACGAAGTTACAAAATCTGAAAGAGACACCAA
GAGATTTCTTATAAGAGAACTTGCTSCTGCCACTACGTTATCTGGTAAAA
ATGTTTCAGTTCTGATGTATTTTCTATTTTAATCAGTTCCCTAACTGAAT
TTCAGATGCAATGACTGAGCACGACAAGCGACCCATGTATGGTTGTCAGG
TTCTGGTTCATTCTCAAGAAGAAAAGAGACTTCGGAAGCAAATGTGGAAG
GAAGAAAAAAAGATTGGTAAAGCCATGAAACAAATGGCTGATGATGAATA
CTTTGAAATAGAAGAATCAAAGGCTGCATCTAGAGCCGTTCTTGCCTCAA
CGATAATGAAGCCTATGCCTGTCCTTTCAACAAATAATGATTTTAGAAAA
TCTGCTTCGCCTCAGCCAAGCTATCCATTTGTTTTTGATTCTAAGGCAGT
TGTTAAACAAACTTCAGGATTTATCCATGGCTCTAAAATAGCTCTCCCTG
TTGGTTTTGAGCGCAAAGATCACAAGAAATTTGAAGAGGTCTATATTCCA
GCATCAGAAAAAGCTCCAGTAGATGTTGGTAAAAATCTTATTCCCATCGA
AACTCTTGATGATATTGGACAAACTGTATTTAATGGTATTGAAAGTCTGA
ATCGTATTCAGTCTATTGTTTTCGATACAGCATATAACTCTAGTGAAAAC
ATGCTTGTTTGCGCTCCGACTGGAGCGGGTAAGACTAATGTTGCTCTACT
GTGTATTACTCAAACAATTAAAAATTTCATTGATAATGGAATAATTAAAA
AGGACAAGTTCAAAATTGTATATGTGGCGCCAATGAAGGCTTTAGCAGCT
GAAATGACAACAAACTTCTCAAGAAAACTTTCTCCATTAGGCAATGACTA
CTAAATGCTTGATATATAAATTCTTGTTTTACACTTAAAATTTATTTATA
GTGAGTTAACACAAAAACAATCTTGAACGAAAATTGAGAAAAGTAGATTT
AAAATAAATCATATAAATACATATAGCCCAAAATTTCATAGACATATTTC
GATCAATTATAGGCTTTCTATTCAATTTTATGGGATGAGTTGAGATACCC
AAATGTACTAGTTATAGTTTAAAGCCTTTATTTGATTTATGTGATTTAAT
TTGACCTCAATAGGGCTCTTACAAATAAAATTTCTAATTATTTCATAGTG
ACGATTAATTTTGACTACTTTTAGTTCAATTTTTGTCGCTTCCAAACGTT
TAAGCAGTACAATTTGGTAACAAATTATATCTAGACTCTATTTTGAGAAA
AATCATTCCAGCTTGTTTTTGTGTTGACCACATTTCTTTTTAATTAATAT
TAGTGAAGTCATTTTTCGATTGATGAGAAGTATACTCATTATAGTATTGA
TTGCCTAATTTAGGCTTAACGGTAAAGGAATTGACTGGTGATATGCAATT
AACTAAATCTGAAATTCTTCAAACGCAAATGCTTGTAACTACTCCGGAAA
AATGGGATGTGGTTACACGTAAACCTGGTGATGTGTCTCTGGCTCAGTTA
GTTCGTCTATTAATTATTGATGAAGTGCATTTACTTCATGGAGATCGAGG
TCCTGTTATTGAAGCTCTAGTGGCAAGAACTCTTCGTTTAGTGGAAAGCT
CTCAAACACTTATTCGTATTGTTGGACTCTCCGCTACATTGCCAAACTAT
ATAGACGTGTCTCGTTTTTTGAGGGTTGATCCGTTCAAGGGGCTATTTTT
CTTTGATGGAAGGTTTAGACCCATTCCCCTTGCTCAAACTTTTATTGGTG
TTAAAGAAACTAAAGCATTAAAACAATCTCAAGACATGAATGAAATATGT
TATGACAAAGTCGTAGAATTTCTAAGAAAAGATAAACAAGTCATGGTGTT
TGTACATGCTCGCAATGCTACTGTTAAAACTGCGTTAAATCTGAAAGAAT
CTGCTCAAAATCATGGACATGCTGCTCTCTTTGAACCTGAAAATACTTCT
CAACTTGGTATTGCGATGAAAGCTCTAAGTAAATCTCGTAACAAGCACAT
CATGGAGCTCTTTCAATCGGGTATTGGTACTCATCATGCAGGAATGCTGC
GATCCGATAGAAATATAGTTGAAAAGCTTTTTTCTCAAGGATTAATTAAG
GTTTTGTTTTTTCATATGTATTTAATTTTGTTAACCAATATATATATATA
CATAGGTTTTGGTATGTACTGCCACCTTGGCTTGGGGAGTTAATTTACCA
GCCCATGGAGTAATTATTAAAGGAACTGAAATTTATGATGCTAAAAAAAG
TAGTTTCGTTGATATTGGTATATTAGATGTTTTACAGATATTTGGCCGAG
CTGGAAGGCCTCAATTTGATAAGTCTGGTAAGTTTTTAAAATTTAAAATG
GCTTAAAAATAATTTTCTTTNCCCCCTTCCAAATCAGGACACGGAATCAT
TTTAACTTCACATGATAAACTCTCCCTATATTTGTCTCTTTTAACGAATC
AGTTTCCTATAGAATCAAACTTTATATCTCTGATTGCTGACAATTTAAAT
GCCGAAGTTTCACTAGGAACAGTATCTACGGTAGAAGAAGCTATAAATTG
GCTTTCCTATACTTACCTTTTTGTACGAATGAGACTCAATCCTCTCGTGT
ATGGACTTACTCATAAGCAACTTAATGATGATCCACTTTTAGAAGAAAAA
CGTAGAGAAATTGTTATTGAGGCATCTCAAAGGCTGGATCGTGCGAAGAT
GGTGAGATACTGTGAGCGTACCAGCTATCTGAACTCTACTGATTTGGGTA
GAACTGCTTCACATTTTTATATTAAATATGATACTGTCGAAATATTCAAC
GAACATTTGAGACCTATAATGAACGAACGAGAAATATTGACAATGATAAC
TAAGGCTCAAGAATTTGAGCAATTAAAAGTTAGAGATGAGGAATTAGAGG
AATTGGATGAATTAACTCGAGAAAATTGCGAAATGCTTCCTGTAGCAGGT
GGCTCAGAAAATGTTCATGGTAAAGTGAACATTTTGATTCAGACGTACAT
TTCTCGTGGATACGTTAAATCATTTTCACTCGTATCGGATCAAGGATATG
TCATTACAAATGCCTCTAGAATCGTTAGAGCACTATTTGAAATAGTATTA
CGTAAAAATTGGCCTCTTCTGGCTGGCCGTTTACTTAAACTTTCCAAGAT
GATTGAGCGTCAAATGTGGGACTTTGAATCAGCATTGAAGCAACATCCCC
ATATGAAGTACGAAATTCTTAGCAAACTTGAAAATCGAAATATTAATTTG
GAGAACATTCGTGAGAGCAATGCAAAAGATATTGGCCATCTGATACATCA
TGTCAAGGCAGGCATCGATATTAAACGTTGTGCCCATGAAGTCCCATTAG
CCACTTTGGATGCTTATTTACAACCTATTACAAGAACAGTTGTTCGAATC
AGGTTGACAATAACTCCAGATTTTAAGTGGAACGACAAAATACATGGCTA
TGTGGGAGAATCATTCTGGATTTGGGTTGAAGATCCAGAAAATAATTTTA
TTTATCATCATGAGTACATTACGCTTACTAAAAAACAAGTGATCAATATC
ATACCAATGGAACTAGTTTTCGTTATTCCTATTTTTGAACCTCTTCCAAC
TCAGTATTACCTTCGACTCACTTCTGATAAATGGTTAGGTAGTGAGACTG
TATGTCCAGTATCATTTAAACATCTTATTCTTCCTGATCACCATCCACCT
CACACAGATCTGTTAGATCTACAACCTTTGCCTGTTAAAGCTCTCAATAA
TCCGAAATTTGAGTCTCTTTACTCATTTAGTCATTTCAATCCTATCCAAA
CTCAAATATTTCATTCCCTTTACCATACAGATAAAAATTTGTTACTTGGT
GCTCCTACTGGATCTGGTAAAACCATTGCGGCTGAAATTGCCATGTTTAA
AGTTTTTAGGGATTATCCCAAGGGCAAGGTTGTATATATTGCCCCCCTAA
AGGCTCTTGTTAAAGAACGTTTGTCTGATTGGAAAATTCGACTTGAGAAA
CATCTTGGGCTAAAAGTCGTGGAATTAACTGGTGACGTAACTCCAGACAT
TAGAGCAATTGAATCATCTACTGTTATCATAACAACCCCTGAAAAGTGGG
ACGGTGTTTCCCGATCTTGGCAAACGCGGAAGTATGTTCAAAATGTAGCC
CTTATTGTTATTGATGAAATACATCTTTTGGGTTCTGACCGTGGTCCTGT
TTTGGAAGTAGTCGTTTCTCGAACAAATTTTATATCCTCACATACTGAAC
GAAACCTTAGAATAGTTGGGTTGTCGACAGCATTAGCTAATGCAAGAGAT
CTTGCGGATTGGCTAAATATTGATAAAGTTGGGTTATATAATTTTCGCCC
TTCTGTTCGTCCTGTTCCATTGGAAGTTCACATTAATGGTTATCCTGGAA
AGCATTATTGCCCTCGAATGGCTACTATGAAWAAACCAGCTTATCAAYCT
ATCCGTATGCATAGTCCTTATAAGCCCTCCTTGATTTTCGTATCATCAAG
AAGACAAACTAGACTAACAGCATTAGATTTAATTTCCTACTTAGCTGCAG
AAGATGATCCTAAAATGTGGTTACATTTAGGAGGAGATGAAATGGAACAG
ATCACAAGACATTCTATAAAAGATTTAAATTTGCGACTCACACTCGCCTT
TGGAATTGGATTTCATCATGCCGGTTTAGTAGAGAATGACAGAAAGATTG
TCGAAGAATTGTATGTAAATCAGAAGATACAAGTATTAATAGCAACATCA
ACCGTGGCTTGGGGTGTTAATTTTCCTACACATCTTGTCATAATTAAAGG
TAATATTAATTTATTCAAGTTAAGCTGAATTACGTATCTTATATTTATTT
TGATAGGTACGGAATATTACGATGGAAAAACCAAGCGATATGTTGATATG
CCTATAACTGATGTTCTTCAAATGATGGGTAGAGCAGGGCGTCCACAATT
TGACGATGTTGGAGTGGCTTGCGTTTTTGTGCATGATGTTAAAAAGAATT
TCTATAAAAAGTTCTTATATGAACCTTTCCCTGTTGAATCTAGCCTTTTA
GGTGCTTTACCTGATCATTTAAACGCTGAAATAGTTGCTACAACTATTTC
TACAAAACAAGAAGCCTTAGATTACATCACTTGGACTTATTTTTTTAGAA
GAGTCATTCGGAATCCAGCTTTTTATGGGTTGGAAGGTGTTGATGATTCG
AATTTTAATTCTTTTTTGACTGAGATTATTGATAAAGCTATTATCGTTCT
TCAAAATTACGGCTGTTTAGACAACTCTCKTGAAAAKGAATCTGTTTTAT
CTGCGAGTTTCTTGGGAAAAGTTGCTTCTTACTACTATTTGTCTCATGAA
ACTGTTGGCCTTCTAAAAGGTATTATGTGCATGATTAAATGATTAATAGA
TAGTAAATTATTATTATGTTCCTTAGATACTATTAAGGGTGATATGTCCA
TTGACGATGTTCTTGGTACGTTAAGTGATGTTAAAGAGTATTCTGAGCTA
CCCGTTCGACATAATGAAGACACTATTAACACGGACCTTGCCGCTAATCT
ACCTTGCAATTTGTCCCGACTTGCAATGGAATCACCTCATACTAAAGTTA
GAATATTACTGGCTTMTCACTTTTCTWGACAACCTCTTCCAAATTCTGAT
TATAATACAGACACAAAGTCTGTCCTTGATCAAAGTATTCGTATATTGCA
AGCCATGATAGATATTTCTGCGGATTTTGGATATTTATCTTCAACATTAG
TGATACAAACTTTTATGCAAATGGTTGTTCAAGCTCGATGGGACAGTGAT
AATGCAACATGCATATTACCTTACATGGAATCTCGAGACGAAGTTTTTTT
CAAAAATGTTCCGGGAGGAGGTTTGCCTGGCACCATTCACTGTTATAAAG
GTAAAAAGTCAAAAAAAAGATGAGGTATTAAAATAATTTTTCCATGTTTA
GGAGATTTTAATGGACTTTCAAAGACATTGAAGGGAGCAGCTCATTTGGA
TGAAGCAAAAATACGTGAAATACACACGATCCTTTCCAACTTACCTATGA
TGACAGTAAATTTAAGTTTAAAGGACTCTCGTGGTAATATATTCCCTGTT
GGAGAAGATTGGATTGAGGTTGCAACAGATGAAGAGTATTTATTATGTTT
GYAAATTAAGAGAACAACGAGAAGNCCGCAAACATGCATTTGCTCCAAAG
TAAAATTTATAGATAAACGAGGGTAATAAAGTATATTATGCGAGTGTTCT
AGTATCTCGATACTTAAAGAGTAAGTTGGTTTGAATTTTTAAATATATCT
ATACTTTTATGGAAAATGAATCCCAGATATTAACAATGATTTAATTCCCA
TATTTAACTGCTCTTATATACTATCCAAAGTTATCAGGGCAATCATCCGA
GATCAAGACCATCATGAATGAGTCATATAGAAATTGGAGCTTATTCATAG
GCCAAATCAGTATACTTGCATCGAACTTTGGGAAAGGAAAGGACCTGACT
GATCAAGGAGGTGTATCCTCTAGAAACATCTGAAATTAAGTTTATCGAGT
CTGTAGGTACAATTTTAAGTTGGCTTCATAAAAATCTTGGTCTCTCAAAA
AATGTGAAAAATGGGCATCAATAATGCTTTTGATATGTACAAATAAGGGT
ATCCAAACAATAGTCCAGACTTGGTGCCAGCCAGGCTCGGTTTAGCGTGA
GCGTGGCCTTTTTCTTCAAATGACATTTTTTTTTTTTCGGGCATTTTTTA
ATTAGATCAATTGATTGACTTTTTTTTTTTTTAGAAAAGACCTAGACTGA
AAATAATATTTAATTCCAATTTTAAAAATTACAATGCTTTTTATATTTAT
ATTTTCGTGGTCTTTTTAATAACCTTTTTTATAATTTTTTTTTTTTCCTA
AATTCTGTACGGTGCGGGCTCCCAGTCGTGGCAATCTTCTTAAATTCCAC
ACTGGTCCCATTTGACTTTTTTTTTGTCTCCTGAAGTAAAAAAAAAGATT
ACCGGGCCACAGTTTTGGGTCTTAAACCTTTTATGATGGCTTTTTACTTA
TGGGAAAATTACTGGAACAAGGTTCTCGAAAGAGAGGATGAGTATGCAGA
TAAATAATACTTATAATTCAGATATGTATTTAAACGAATAAATTAGTTAT
CTCTCACACGCATGTTGAACTTTGTTACCTTCGTATAATGGCTCACGTTG
TCCTCATTCAAATTTTCAACTGTTTTACTAGGTTTCCAAAACTAAAAGAT
GAGGGATGGTTCCTTGTATTGGGTGATACTGAGGCATGTATAGGTGGAGA
ATTAGTGGCTCTTAAGCGAMGTATGGTTGCATCAAAAGATAAACGTGATC
AACTAACCTTTTATACACCAGTCAATCCGAAGAGATTAATACTCACGCTT
TATATAATGTCAGATACATACCTTGGACTAGACCATCAGTATGATATAAA
ATTGGAAGCTGTTGGGGGAAAGAAAACAGAGTTTATTGAGGATGACCATT
TGTATAGGTAAATTATAAATATTCTTATAAATTATTTCGTAATATTGTAT
GCTGGACATGACTTGAATATTTGTTTCCTTTGTATTCAGGCAATTTGGAA
GCATTGGGCTAAATCCTTGA

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