EMLSAT00000002221, EMLSAT00000002221-698068 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000002221
Unique NameEMLSAT00000002221-698068
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1420supercontigLSalAtl2s1420:21426..31801 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Properties
Property NameValue
Logic nameensemblgenomes
Biotypeprotein_coding
EvidenceIEA
Cross References
External references for this mRNA
DatabaseAccession
Ensembl Metazoa (transcript)EMLSAT00000002221 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000002221EMLSAG00000002221-684987Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000009800EMLSAE00000009800-718728Lepeophtheirus salmonisexon
EMLSAE00000009801EMLSAE00000009801-718729Lepeophtheirus salmonisexon
EMLSAE00000009802EMLSAE00000009802-718730Lepeophtheirus salmonisexon
EMLSAE00000009803EMLSAE00000009803-718731Lepeophtheirus salmonisexon
EMLSAE00000009804EMLSAE00000009804-718732Lepeophtheirus salmonisexon
EMLSAE00000009805EMLSAE00000009805-718733Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto769597auto769597Lepeophtheirus salmonispolypeptide
EMLSAP00000002221EMLSAP00000002221Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000002221

>EMLSAP00000002221 ID=EMLSAP00000002221|Name=EMLSAP00000002221|organism=Lepeophtheirus salmonis|type=polypeptide|length=1559bp
MEQLNQDEEANSTTMYLNGFCSDRDPFWDPDYAWNTNDPNFTSCFRKTIL
VWIPCLFFWAFLPFHIYKLYHSKARKVPLKTLGRVKALSCFILILIAFVD
LGYWGSKEFYPKDLINPIIRAITFLAVFILLFVERARGYRISPLLTSFFL
IYFATNTIDLYGHIRWVMMSGTTXLADITFFLHFFCIIVSFLCHFFVEPR
PLYEDTAVNDIKSNNPCPLITSSFPSQISFSWLDSLLWTGFKRNLSFDDL
WDLVPSLSSRTVVPIFLQRLDSALRRVKTNENGITYAKGDDNVEVKTKHE
KKPQLSILPALARTFGPSILSAAVIKIVSDSLNFVPPLILKRIIKFSTNQ
EELWKGILYAVILFASSTVGSLVLSKFFYKMYVVGMKIKTSLISTIYRKA
LRVPTSTKKNISTGEIVNLMSVDAQKIVDLMPYINTVWSAPFQITIAIYL
LWQTLGPSVLAGVLVMILLIPFNGFIASRTKTLQTNQMKEKDERIKLLNE
VVQGIKIVKLYAWEQSFLDIISNVRSKEVKILTHIGYLQAGNSFIWTCAP
FLVSLVTFATFILSSPENVLDSEKAFVCLTLFNILRFPLSMLPMIIGSMV
LAGVSIKRINKFMNSEEIDEEAVEKKTAYPDDKFAINLEKACLKWESDED
KNILSDVSLDIEVGSLVAVVGTVGSGKSSLLSAILGEMDKVSGLITVRGS
IAYGAQQAWVLNTSLKNNILFNKSYDGDKYTRIVEACALKSDLDMLPGGD
ETEIGEKGINLSGGQKQRVSLARAVYSGSDIYLLDDPLSAVDSHVGKHIY
DNVISSSSGILKDKTRVMVTHGVTYLPFTDKIIVMKDGRVSEIGTYKELL
RQKGAFAEFIVQFLSEANENEVNENIKHDIEESFGKNELLEQITKAKQIV
RERSVSLNSGDLVTSLVKNNPTNSASGSTTSLKENSGDESTDNDTKQTRP
TTSQTQQYQDEKVETGSVKWNIYMHYVKNMSIILVVACSSCFVIYQALNT
LSNVLLAWWSDAVMKIEVRTGLNDNRTLDEINQDIMDXQVYYLSIYGGYC
LGQGIVVVMGFVFMYLACMEAAQRLHNQMLESILKSPMSFFDTTPQGRIL
NRLGKDLDVLDSVMPMVLRGWISCFLGVLSSLIVVMVTTPVFIIPASLII
ICYFFIQRIYVATSRQLKRLESSSRSPIXSFFSETVSGAATIRAYGQSST
FISESESKVDDNQKANFPATVSNRWLAVRLEVVGNLIVFTAALLAVLGRD
SLSPGLVGLSVSYALAVTASLNWLVRMASEVETNIVAVERIQEYTKAEKE
APWIIEDTKPDEDWPRKGEISFKNYSTRYREGLDYVLKNVSLDIEGGEKI
GIVGRTGAGKSSFTLSMFRIIEPVTGNIIIDGVDITKLGLHQLRSRITII
PQDPVLFSGSLRRNLDPLDEYNETNIMEAISHSHLKPFIDSLKDGLEYHV
SEGGENLSLGQRQLICLARALLRRTRVLILDEATAAVDLETDNLIQKTIR
SEFKDSTVITIAHRLNTIMDYSKILVLKNGERVEYGTVAELLADKKSQFY
SMCSDAGLV
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mRNA from alignment at LSalAtl2s1420:21426..31801+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000002221-698068 ID=EMLSAT00000002221-698068|Name=EMLSAT00000002221|organism=Lepeophtheirus salmonis|type=mRNA|length=10376bp|location=Sequence derived from alignment at LSalAtl2s1420:21426..31801+ (Lepeophtheirus salmonis)
AAAGTCAATTATAAAATCGTAGCGTTGTTTTTTTTTTGCACTAAGCGTAG AACGATGGTCGATCTTAATAAATAAGAAGCAAGCACTAGGTTGCATGAAG GAGCAGTGTAAAAAGGCTATTGGCAATTTTCTTCTCATTAAGTTTGTAGC AGTGATGCCTGTGTGAGTCTGTGTGTGACATGTGTGGATTTCTGTTCAGC TGTGAACCCGCCTTTCGGTATTTACTATTTAATATTTTTTTGCAAGCTTT GCCATGCCCATTAGCATCATCCATGACTAGCGATCCATCAGTCAAGGAGA GATTTTTATGGATTTCCATTGTATATATTTAATATTCTTCTCACTCCTTT TTGAATCCCGCATCCCACGATTTTTCTATTGATTTAGGAATGAAAAGAAG TTTCGGTATTTAGTCCGAACGCATGTCATTATGGCCCTTAAACCCCTCTG TTTTGTTTCATAATTACAATCGGGTTAATCTAAATTTGATATCTGACATT TACCTGTGACTCAGGTATAACATTGAATCTTAAAAGTAGGCAAGGGAATC ATCCCAAGGCAATTCAACTCTATTCGGGAATGGCACACACCTTACTTCCA TGTATACTCCTTCATATGTTGACATTCCATACTTGTAATATATGTTTATA TACATTTTCATGCTAAAAACTTTGTTTTCCTTCCTCTAACAAAAGGCATA TTCTCTATTCAGTTTGATAGGATATGTAATTCTGAGTTGAAGGACTAGCC TTTTTGCTAGATATACAAATAGATATAAGATATCAATCTATTGTACTTTT TATCTACTCATATATATATATACATGTAAATGCTTCTCGGATTAGCTCTA ATATGTTAGCTTTTTCATTTATGTAATTGTGTTTTTTCTTTCTCTCTAAA ACAGTCCTTGTGGTATTTCTATTAGCATTAGATATGTTGTAATTGCTAAC AAAGTATGTGTATGATGTTTGCATATCATTTTGTCTATTAGAGTATTCAT TTTGATATCAGCTGATTATCACCATCTTGTTAGCTATCCATCTGAAAAGT CTTTATTATTATANNNATGTGTATGATGTTTGCATATCATTTTGTCTATT AGAGTATTCATTTTGATATCAGCTGATTATCACCATCTTGTTAGCTATCC ATCTGAAAAGTCTTTATTATTATATGTGCATAGCCGATTTTTATACATGA CTGATGAATAACAATATACATATACTAGAAGTAAAGATGCGTTAATTTGA AGACTAAAGTAATAGGATACATTATGTACTTACATAGACTGATATTGATT ACTTAATATAAAAATTCCTTTTAATGAATTAGTTTATAAATTAACGTAAT ATGTTTTAATTTACCTCTCTCCTGACAAGTGATTGATAGATTGCTACTAA AATTTTGACTCTTTCGTAGTATAGGTCACTTTTATTTATTACTGTACAAT ATGTATGTATGTATATTGCAATCAAATGTGTTAAAAGTGAGGAGTAATTA TTTCTATACTTTTCGATAAATCTTTTTTTTCCTATACTTTTAATAAGTAT TTAATCAATACTAGTATTATTATTATTAATGGTATAAGAACAGCTAGTAA CATTTTGTAGTTATTATATATACAAATTATATCCTATAATTTTAGTAGAC CTTATCAGTCACTCAGCAACTCTATTTCCTTTAGAGGATAATGATCATAT GTAGCTATATATTTATGTAGTACTTACGTTCCTGCTGAATCTTTCAGTTT TAAATAATAATATCTTGAACTGAATGTAGTAACTACCTTTCTTTCTTCAT TTTTATTGTATATTAAGATTGACCCGCTGTATTCGAGAATTTCAATATTT TATATAATATTCATATTACATAAGATTAATCCTTTTTTGGAAAAAAAAAG ATATTTTCAAATAAAGAGATTTATTAACAAAAGAGCTCTTATCATTTAGT ATATAAATTGCTAATTCATACGTTCCTGTAACATAGATACTATTGGTTTT GTCTCTTTAAAAAAAATCAATAAGGGATAACTTAAATTAATTGGGAGTAT GCATTAAATAAATTTATTCCTAAAATTTTGATTATGGTATGAAATTAATT GGAATATTACAATTTAAAATACAAAGTAAAGACAATTCGAAAAATTAATC TTTTCGTTGTATCATTCAAATTATTTAAAGGGACTATTTTTCTTTGAAAA AAAAAAGTATGTTATTTAAAATACATTTAATGATAAATAGTAATCAACTC TCGAGCATTCTATAAATGATAATTTCTTATCTGTATTTTACAGCAACTAT CGTACAAGTCTTAGTTGAAAGAAGTATAAAATGGAGCAGTTGAATCAGGA CGAAGAAGCTAACAGTACTACTATGTATCTCAATGGGTTTTGTTCTGATA GGGATCCTTTCTGGGATCCAGACTATGCTTGGAATACAAATGATCCTAAT TTTACGAGTTGTTTTCGTAAGACCATACTAGTGTGGATTCCGTGTCTATT TTTCTGGGCTTTTTTGCCCTTTCATATTTATAAGTTATATCATTCCAAAG CAAGAAAAGTTCCCCTTAAAACACTTGGAAGGGTTAAGGCACTTTCATGT TTTATTCTCATTCTCATCGCTTTTGTTGACTTAGGATACTGGGGATCCAA AGAGGTAAGTTCAAACTTTTTATATAAATGAAGTACCTATTATGTATAAT TGAAATCGTTTTATGGTATTTTCTTTTTAGTTCTATCCAAAAGACTTAAT AAATCCAATTATTAGAGCAATTACATTTTTGGCTGTATTCATTCTATTAT TCGTCGAGCGAGCCAGAGGATATCGAATATCTCCACTTTTGACATCTTTT TTTTTAATATATTTTGCTACTAATACAATAGACTTGTATGGTCATATTCG ATGGGTCATGATGTCGGGKACAACGKCTCTGGCAGACATCACCTTTTTCC TACACTTCTTCTGTATTATTGTCAGTTTTCTATGTCATTTTTTCGTGGAA CCCAGGCCGCTTTATGAAGATACCGCTGTCAATGATATCAAGTCTAATAA TCCTTGTCCTTTGATCACATCTTCATTTCCATCACAAATATCCTTTTCGT GGTTAGACAGCCTTCTTTGGACTGGATTTAAAAGAAATTTGTCTTTTGAT GATCTTTGGGATCTCGTCCCCTCTTTGTCATCCCGCACTGTAGTTCCTAT TTTCCTACAACGACTTGATAGTGCTTTACGTAGAGTCAAAACCAATGAAA ATGGAATTACATATGCCAAAGGCGATGACAATGTTGAAGTTAAAACTAAG CATGAGAAAAAACCTCAGGTATGATAATTTTAGAAATAATTCATTTTTTT TAACAAATTGATCTAAATTTTTTATTATGAAAATTTTTTCATTAATTTTT TTTTTAGCTAAGTATTCTCCCTGCTCTAGCTCGAACATTTGGACCATCGA TATTATCTGCAGCTGTCATTAAAATTGTTAGTGACTCTTTAAATTTTGTA CCTCCTCTCATTCTCAAAAGAATTATCAAATTTTCAACAAATCAAGAGGA GCTTTGGAAGGGCATACTCTATGCAGTAATATTATTTGCTTCATCCACTG TGGGTTCACTGGTTTTGTCCAAATTTTTTTATAAAATGTATGTTGTTGGA ATGAAAATTAAAACATCCCTCATAAGCACCATTTACCGAAAAGCACTTCG TGTGCCAACTTCTACGAAAAAAAATATATCTACAGGAGAAATAGTTAACT TGATGAGTGTGGATGCACAAAAAATAGTGGATCTCATGCCTTATATCAAC ACGGTTTGGTCGGCTCCTTTTCAGATTACAATCGCTATATATTTGTTGTG GCAAACGTTGGGCCCAAGTGTGCTAGCTGGTGTTTTGGTTATGATACTTT TAATTCCCTTTAATGGATTCATAGCTTCAAGAACTAAAACTTTACAAACG AATCAAATGAAGGAAAAAGATGAAAGAATTAAATTGTTGAATGAGGTCGT CCAAGGAATCAAAGTGAGTTATTTTTTGAGATTTCTACATTTGCATTTTA CTCATAAATATTTTTGATATCAGATTGTTAAACTCTATGCATGGGAACAA AGTTTTCTTGACATTATTTCAAATGTTCGTTCAAAAGAAGTCAAGATTCT TACACACATAGGATACTTGCAAGCTGGAAATTCATTCATATGGACATGTG CTCCTTTCCTTGTATCACTGGTTACCTTTGCTACTTTCATTCTCAGTAGT CCAGAAAATGTTCTGGATTCCGAGAAAGCATTTGTTTGTCTCACTTTATT TAATATCTTAAGATTTCCTCTCTCCATGTTACCCATGATAATTGGAAGTA TGGTTTTGGCCGGAGTCTCTATCAAACGCATCAACAAATTTATGAATTCT GAAGAAATAGATGAAGAAGCCGTCGAGAAAAAGACTGCTTATCCAGATGA CAAGTTTGCTATAAATCTAGAAAAGGCCTGTCTCAAATGGGAGTCTGATG AAGATAAAAATATTTTATCTGACGTTTCTCTTGACATAGAAGTTGGAAGT CTCGTAGCAGTTGTTGGAACTGTCGGCTCAGGAAAATCTTCTTTATTATC TGCCATCTTGGGTGAAATGGACAAGGTATCTGGTTTGATTACAGTCCGTG GTTCTATTGCTTATGGTGCGCAGCAGGCTTGGGTTCTAAATACATCCCTG AAGAATAACATTTTATTTAATAAATCATATGATGGAGATAAATATACCAG AATAGTGGAAGCATGCGCTCTCAAGTCAGATTTAGATATGCTTCCTGGAG GGGATGAAACTGAAATTGGAGAAAAGGGTATTAATTTATCAGGAGGTCAA AAACAAAGAGTGAGTCTRGCKCGAGCCGTATACAGTGGCTCAGATATATA TCTGTTGGATGATCCATTATCAGCAGTCGATTCTCATGTTGGTAAACATA TATATGATAATGTTATTTCAAGTAGTTCAGGAATTTTAAAGGATAAAACT CGAGTCATGGTAACACATGGAGTCACATACCTTCCATTTACTGACAAAAT AATTGTAATGAAAGATGGCAGAGTGAGTGAAATCGGTACTTACAAGGAAC TTTTGAGGCAAAAGGGAGCTTTCGCCGAATTCATTGTGCAATTTTTGTCT GAAGCAAATGAAAATGAAGTTAACGAAAATATTAAACATGACATAGAGGA ATCTTTTGGTAAAAATGAACTCCTGGAACAAATAACAAAAGCTAAACAAA TTGTGCGAGAGAGATCTGTTTCTTTAAATAGCGGGGATTTAGTTACTTCG TTAGTCAAGAACAATCCGACAAATTCAGCAAGTGGATCAACAACAAGTCT CAAAGAAAATAGTGGTGATGAATCGACTGATAACGATACGAAACAAACGA GACCAACAACATCACAGACACAACAATACCAAGATGAAAAGGTTGAAACT GGAAGTGTTAAATGGAACATTTACATGCATTACGTTAAAAATATGAGTAT CATATTGGTTGTTGCTTGTTCCTCTTGCTTTGTGATTTATCAGGCTTTGA ACACTCTTTCCAACGTACTTCTCGCTTGGTGGTCAGATGCCGTCATGAAA ATTGAAGTTAGAACAGGATTAAATGACAACAGAACACTGGATGAAATTAA TCAAGATATCATGGATAMTCAAGTCTATTATCTTTCCATTTATGGTGGRT ATTGTCTCGGGCAAGGGATAGTTGTGGTTATGGGATTTGTATTCATGTAT CTCGCTTGTATGGAGGCTGCTCAAAGGCTTCATAACCAAATGTTAGAAAG TATCCTCAAAAGCCCAATGTCCTTTTTCGATACAACGCCCCAAGGAAGAA TATTGAATAGACTTGGAAAGGATTTAGATGTGTTAGATTCTGTTATGCCA ATGGTACTGAGAGGATGGATATCTTGTTTTCTTGGTAGGTTGGAAATTAT TTTATTCATTGTAGTGAATTAATTATATTATTTATATGTAGGTGTACTTT CAAGTCTCATTGTGGTTATGGTCACAACTCCTGTTTTTATTATTCCAGCT TCTCTAATCATAATTTGTTACTTCTTCATTCAAAGAATTTATGTAGCTAC TTCCCGTCAATTGAAACGTTTGGAATCATCATCAAGATCACCTATTTMCT CTTTTTTTAGTGAAACAGTAAGTGGAGCTGCTACTATTCGAGCTTATGGC CAATCATCAACATTTATAAGTGAATCTGAATCCAAAGTTGACGATAATCA GAAAGCAAACTTTCCTGCTACTGTTTCCAATCGTTGGTTGGCTGTACGTC TGGAAGTAGTTGGAAACTTGATTGTATTTACTGCTGCTTTATTAGCAGTT CTGGGAAGAGACTCCTTAAGCCCTGGATTGGTAGGACTTTCAGTTTCTTA TGCACTAGCTGTTACTGCTTCGTTGAATTGGTTGGTACGAATGGCATCTG AAGTGGAAACAAATATAGTAGCCGTTGAAAGGATCCAGGAATACACAAAA GCAGAAAAAGAAGCACCTTGGATTATTGAAGATACCAAACCCGATGAAGA TTGGCCGAGAAAAGGAGAAATATCTTTCAAAAATTATTCAACGCGATATA GGGAAGGATTAGACTATGTTCTGAAGAATGTGTCTCTTGATATAGAGGGC GGGGAAAAGATCGGAATAGTGGGTCGAACAGGTGCTGGTAAATCCTCTTT TACCTTGTCAATGTTCCGAATTATTGAGCCAGTCACTGGAAATATAATCA TTGACGGTGTTGATATAACAAAGTTGGGACTTCATCAACTACGTTCAAGA ATAACAATTATACCTCAAGATCCTGTTTTATTCTCTGGTTCCTTGAGGCG TAACCTGGATCCTCTTGACGAGTATAATGAGACTAATATCATGGAAGCAA TTTCACACTCCCATCTAAAGCCTTTTATTGATTCATTGAAAGACGGATTA GAATATCATGTCTCTGAAGGAGGAGAAAATCTCTCTCTTGGCCAGAGGCA ATTGATTTGCCTCGCTAGAGCCCTTCTTAGAAGGACGAGAGTATTGATTC TTGATGAGGCCACCGCAGCAGTGGACCTTGAAACTGATAATTTGATACAA AAAACAATAAGAAGTGAATTCAAGGACTCTACTGTAATAACCATTGCCCA CAGACTGAATACAATAATGGACTATTCCAAAATATTAGTCCTCAAAAATG GTGAGAGAGTTGAGTATGGAACAGTTGCGGAGCTTCTTGCAGATAAGAAA AGTCAGTTTTATTCGATGTGTAGTGATGCTGGTCTCGTTTGATGCAATGA CAACTCAAATTTAACCAAATAAAAAATAGGGTAGGAAGGATTGAAAGGAC TCGCACTTTTAATTTTTAGAAACCAACAAAGACTATTTTTTTAATAAGTT GTTATATATATATATTTATTTCTTTGTTTTTTATTTTATTTTGATATTAT AGGGGCTAGTATTTTGTGGCCCTATATGATTTATATGATGCGGAAATAAA GATAATTATTAAGTACATTGTAATTTTAAAAAGATACACGTTTTTATTAT ATAGAGACCTAATAATATATTATAATTATATCTTTGTACTACGCAAATCA ATCAAGGATCACCGAAGTTTTAAATATATCTCCGCACGATGGGCGCAAAG TAATAAAAAAAAATATTTGGGCAGTGACAAATTAAATCACAAATACATAA TCAAAAGAATATAATGCATAAGCATAGAAAAAAATTGTAATAATCCATCA CAATTAATATAAAAAAAACATAGAAACAATAACAATAAAACTGAAAATAA GTCATATTCTATAAATAATTTGATGGAGCATAAAACTTAAGATAAAAAAA ACAGAAAACAACACACAAAAAGAGATATTTTTATTAAAGGTACTTCCAAT TCTCAAGGGGAAAACTGTAGGTGTAAAAGGGTGGTGGGTAATAAAGGATA ATAGAGGACGTAAAAAAATAAACTTGTATTGGGATTTAATTCATCTTGTA CTCCCCGTAGAAGGATTCATCATTTGAGGTTGTTGCTGCTGTGGTAGGGA ATATGGGTCCCCTCCTCCAGGATTATTATAGTACCTTCCATAAGGGTCAT TATTAGAAGTTCTTCGACCGTCAAGTAAATTTTCATTATTAGAAGATGCA GCAGACATTCGGCTTTCAGCAAAGTACCGTTTCTTAGGATGATGCTCAGG TAGGTTTTCTCCTGGAAGAGGACTCTTTGATCGAGGTGTGGGAACCCGAC TACCTTGAGAACTCGCTGGAGTTGCGGCTCTTGAGCTAGTTGAACCAGGC GTGGGKATGCGTTCATTTGGAGTGGGAATACGATTTGTGGTCATACTGCT GCCAGGTGGACTCATAAGAGGGGGACCAGATTTATCACGGTAGCCAGCAC CTTTAAATTTCACCCCTAGAGTAGACATTCGATTATCAAATTCTGGAGAG GGTTGAGTTGAAACCAACACAATTTCCTTGCGTTGATCTCCAATCGATGG AGAATTGAGATGACCTGGAGAGCTAGAATCAGAAGACTTTCTTCTCTTGT CCACCACTTCAGTCGCGTAGGCAACCAATCGATCAAATCCTGTAGATATC TCATCTTGCCATCGTTTTTGAGTTTCTTCTGAAAGAAATGATGATTAGTA AAAAGTTTAACAAGAGGATTTAGGTGGCACGTGGCAATGATTACATACTA ATTTGAAAGGCCTTCAAAATTATTATATAAACACACCAGATTAGATCAGT TTTAAATTTAAAAAGAGGATGATTAACTTATAAGTCGAATAATTTAGGCT TTTGATGAAAATTTAATATTTTTCTAATAATTTGCATGCCTTCAATAAAT TAAGACTAGTGATAAAATTAAAATTATAATGATTTAGATAGAGTAAATAA CTGTAAAATTACTTATTCCACAGATATATTCGGATATGTGGCCTTTTTTC CTCAAGTAGTAGTAATAAAAAATAATAAATTCTTACAAAATACAGATTGG TCCATTAAAATCTAGACAATTTGAATTTTTAACTTCAACATGATATAATT TATTAATTAATAGTAAAATTTCAACGAAATTAATACTATAATTAGATGCG TGTCTGAGCTCTCTTAATCATTAAGGTAGCAGCCCTTAGCGGTAATGATA GATTCCAGGCGGCGGKAGAAGGACTGCAGATGTAGACCTCTGTCAAGGCG TCCCTGTGTTGGCAGATAGTGGCTTTGAAGGTCTTTCTGTTTGGATGAAG GACATTGTAGGCCTTCCCCATGACATGCACCCAAAAAGTGTATTCGAGGG GGTTGGCATCAGGACTGTTGGGGCCAAAAGTGTCAAAAAAGAGACAGTGG TCCTGGAGACGCCCAACTGATGGAATGTGCAAATAAAAATTCGTCGTTCA CGTTCAAGTGTCATTTTCTCGACTTGTATGTAAGCTAGAGAGCTCAGTTT CTTTTTTTGTAACTAATTGTTAGTGCTTTAATATATCAAAATATGAATTA ATTTCAATAACTCAACCGTCATTAATTACTGAATTAGAAAGTGTTCAGAT TTCAATGCTCCACCCAGTATAAAATTTAAGAGAAACTGATGCTAAATGTA CATAAAATTTGGCTCGACTCGCTAATTTAATAATTCATTTTCTAAGTATT ATATAGGATGTTGCATAATTATCTTTCTTAAGTAAGGCTAAATGAACGTC ATAGGATGGATTTTTGTCGATTATGTTAGAAAATACACGTATATAACAAT AAAGTAATTTCACTCAATGTAAAAACCCTTAAGATCGGAGTTTATGGGGT CGGAAGCTCTTGCAAACTTTTTGAATATACTCGGAATTTATGGAAGTCCA GGCCTTGCTGACTGAAGTCTTGAGGTCATCTTGTAACACTCCTTACAGGC CTCTGACTCCAAGTGCATCAGTCCAGGATATCAAGATTTAGGCTTTGCGC AAGCAAGAATTCCTTAGTTCAGAATATTTTTTTCTGAGCTTAGATTAAGG CCATCCCCAGGACGATGTTTCAGTTCGACTCCCACCTCCAGGTACCACTG TACAATTATGAATTTATGAGGCTCATCTGCTCAGAAATCTCCTTTCTAGG CCATCCCGCMCAGGGGGGGGGGGAGTGTGGAAATCTCGATGCATTTTTTA GTATAGCTTAAACAATTTTAGTGTGTACAGGCAAATAACAATCAGTTCTA TTAGTTTGCCTTTTTAATATTAAAATATCTTAAAATTTAGTAACAAATAA TTTGAAGATAATTATGCAACACTCGGTACATCAAAGAGATATACATAACT GACATCTTAAAATATATTATTTCATTGCCTACCCTTGGGAGGAAGAGAAT TATGAGGTGATATTCCACATTGTCTA
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