EMLSAT00000011090, EMLSAT00000011090-706937 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000011090
Unique Name	EMLSAT00000011090-706937
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Table of all RNA interference experiments conducted using this feature, grouped by Phenotype CV: -Missing-
Gallery Image	Title	Gene or target symbol	Sex/Stage	Phenotype	Date
	S F183		female PreAdult2	Normal egg strings -Missing-	14.12.2013 - 09:00 14.11.2014 - 00:00
	X F209		female PreAdult2	Short egg-strings. Reduction in egg-string length and copepodids numbers -Missing-	17.03.2015 - 09:00 22.04.2015 - 00:00

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s751	supercontig	LSalAtl2s751:246454..260806 +

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)	EMLSAT00000011090 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAG00000011090	EMLSAG00000011090-693856	Lepeophtheirus salmonis	gene

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


Feature Name	Unique Name	Species	Type
EMLSAE00000049579	EMLSAE00000049579-758507	Lepeophtheirus salmonis	exon
EMLSAE00000049580	EMLSAE00000049580-758508	Lepeophtheirus salmonis	exon
EMLSAE00000049581	EMLSAE00000049581-758509	Lepeophtheirus salmonis	exon
EMLSAE00000049582	EMLSAE00000049582-758510	Lepeophtheirus salmonis	exon
EMLSAE00000049583	EMLSAE00000049583-758511	Lepeophtheirus salmonis	exon
EMLSAE00000049584	EMLSAE00000049584-758512	Lepeophtheirus salmonis	exon
EMLSAE00000049585	EMLSAE00000049585-758513	Lepeophtheirus salmonis	exon
EMLSAE00000049586	EMLSAE00000049586-758514	Lepeophtheirus salmonis	exon
EMLSAE00000049587	EMLSAE00000049587-758515	Lepeophtheirus salmonis	exon
EMLSAE00000049588	EMLSAE00000049588-758516	Lepeophtheirus salmonis	exon
EMLSAE00000049589	EMLSAE00000049589-758517	Lepeophtheirus salmonis	exon

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


Feature Name	Unique Name	Species	Type
polypeptide-auto775223	auto775223	Lepeophtheirus salmonis	polypeptide
EMLSAP00000011090	EMLSAP00000011090	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s751:246454..260806+

protein sequence of EMLSAP00000011090

>EMLSAP00000011090 ID=EMLSAP00000011090|Name=EMLSAP00000011090|organism=Lepeophtheirus salmonis|type=polypeptide|length=1714bp
MKTVVIGILFQILLFEKNLAFVVHKGSDPNDGCNIVCPPEEALPLYEVGQ
VYLYRYESDVRTMMEGTSKQTSTLRMEFDVNIRPLSSCKFDLSIVGAHTE
EMGSAVSVNDLKFSYVDGKVSQLCTSVDEPEWVLNIKRGILSSFQHLDRK
EVNERDVMGDCLTLYTPESSSWENKKSYLKTKESQNCQNNHKLYQYALNL
PDISTQKLPLISSKSECKIQIGENGVLEQNICNVRHKFQPFQSSNGGAIT
EENTLFKHTIFLEQDARSKLKEIASLEEYEKPERFAQLVHLLRQIEYSKL
VHIFYEIQDDSQRTIMMDAIPLLKTESGITLMRDIIQSNQLPPKMLDKWF
FSFSSYKNPTIGMISTITSLLNEEPRNAALIGISTMVQTFCESEKKCFEM
LPIQSVVKKFEDFIQNRCMNSEEDLVILALRGISNIGFLTGPRSNLRECY
EEKTNSMFIRVAALKSYQALSCVPEDSNHLKLVFSNIDEDSEIRIEAYMA
VMKCPSSDVIAYIKEILVSEPVNQVGSFIWTHLTNIQESQSEDRIALKKL
IGDEFLDNKWKTDVRKFSRYFEMTKLFDNSRATVDGSVVFSQDSYVPRSA
MMNLSANIFGQDFDLLRLDGRVEGFEPFXEELFSSKGYFKEDSIHKLLRG
LRNKRDTEDDATFTNSLMDDPKGRYFIKIFGRDNYYGSFSSLPSLVNKIS
QLYSLSNKHEFLNGQNIDYSHSSIFLDGKIIVPLASGLPLSLSVNGSTTF
SLKSQMDLQLNDYWSTGKAHLKAQIYPTASIQVNGIMSVDGHFDQTGMKS
TSHLHITTHFDSEIDMDKMKGIKATMNVPKDNVRFIDVDVDFYLLKDKET
GYLPLISENPKSEFVRCTPSVFDVVFGVKFCGESXYHYVEGSRWSDMGIY
FAGPSNFSIGYQKTDIFDKYILDYEMDVEDHSKKFMFAFDTPGSVRRDRL
SNLTLLLDENKKTFSMDLAVPYKSTRVVANYFGGNDLITLDGQLHYDKQT
LIGLKHTLERTTDNGDITLNVSTKITYMNNRLVDIWGAAAFKNNKMSFDG
NLESMYHEPIKVSGNYKSSNGLQALSIDLNSNPFSTKLTASSSSSNSSIK
LDSNISYRLFDQPEHLITLVGTYKHSNLGALQKHDISLSANPTQFPNYDS
EMSWAIQLSDNYAENKIKVRIGESSSTIEQLFSSRSNEELEEFIFKVMTN
NSPSDKRYGLTFIHHVSQTKIQNQFEVAMGQYLRFNVFYNWAVSFKPLNY
LWDVGLEFSNLYKYGARVALLEEQGSGNINGNAHIQWKPNEKYETTMFFL
RQKRSTIDYIVTADVSIPGRNKLGINGTILLSPEQSALRLSFDDIKGYQY
NAELNLHRTSNDDMSMNAQLQYDDIIYGGKAKYLKREGDILFNVKVTSIG
ELTIQTANQLKEIDGLLKWDDKYHEDWTLSTKILQNKLSGSIRANGYNGM
LLAQLETKGLEAQVKWNDAEHYLKAKYNLNPKDFVISIDLKSPWRRLKHI
TTVLKYKIEPNAFKGQGQNGKIEIIINKSLQIHSDFVWNENKLDAKVVGN
RVDEGSQIFDFVLMCKKGKDMEGGEIMWKLSSNELQISPIEGEIKVNLKK
KNLKGFFKFPHEGNLLKKYAMNGECIEGANDCSLQLVSNEEEIFILKDQH
YIKLKADIQISTDRVYVNSDINTLWFGETNLELELKRESDILLSGDIQLI
NLKEKSEILLIQLI

mRNA from alignment at LSalAtl2s751:246454..260806+

Legend: exonpolypeptide

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

>EMLSAT00000011090-706937 ID=EMLSAT00000011090-706937|Name=EMLSAT00000011090|organism=Lepeophtheirus salmonis|type=mRNA|length=14353bp|location=Sequence derived from alignment at LSalAtl2s751:246454..260806+ (Lepeophtheirus salmonis)
CTTGAAACAGTGAAAGAGCTTTATTAACTATGATAATATTGTGTGTAGTC
TGAAATTAAAGGATTAATCATGAAGACAGTTGTAATAGGAATATTATTTC
AAATATTACTATTTGAAAAAAATTTGGCCTTTGTTGTCCACAGTAAGAAA
TCAATAATTATTATTTTTTGTGTAGTCCCTCGTATTTTTATTTTTTGTAG
AGGGCTCTGATCCAAATGATGGATGCAATATAGTATGTCCTCCGGAGGAG
GCTCTTCCCCTCTATGAAGTGGGACAAGTCTATTTGTATCGCTATGAATC
AGATGTTCGAACAATGATGGAAGGGACAAGCAAGCAGACATCAACACTTA
GGATGGAGTTTGATGTTAACATCAGACCCCTCTCCTCTTGCAAGTTTGAT
CTCTCCATTGTAGGAGCTCACACTGAGGAAATGGGATCTGCTGTCTCCGT
AAATGATCTCAAATTTTCCTATGTTGATGGAAAAGTGAGTCAGCTGTGCA
CTTCAGTAGATGAGCCTGAATGGGTCCTTAATATCAAGAGAGGAATTCTG
TCCTCCTTTCAACATTTGGACAGGAAGGAAGTGAATGAGAGAGACGTCAT
GGGAGATTGCTTAACTCTTTACACTCCTGAGAGCTCTAGCTGGGAAAATA
AAAAGTCTTACCTTAAGACCAAAGAGAGTCAGAATTGTCAAAACAATCAC
AAACTCTATCAATACGCTCTTAATTTACCAGACATTTCAACACAAAAGTT
GCCTCTTATTTCGTAAGTGGGAAAGMCTCTTTCACATCTAAGAACAATAT
CCGCTATACATATTTATTTTATCCTTACAATTATAGTTCAAAATCTGAAT
GTAAAATACAGATTGGTGAGAATGGTGTTTTGGAACAGAATATTTGTAAT
GTTCGTCATAAATTTCAACCCTTTCAATCCAGCAATGGCGGAGCTATCAC
TGAAGAAAATACACTTTTCAAGCATGTTAAAACAATCCACGCGCATGACA
ATGCAATGATTCGAGGTTCTATTATTATTCATTCATCTCATGATACTATG
CACTTATGTCAATAGCTTTAGATTTTTGAAATTTAAAGCAAAAAAATTTA
ATTTTTCAATTTCTTTTTCCAAAGAAATTTAATTTTTGGACTTTTTTAAC
AAAACAATACAAAAAAAGATTGTTTTCATGTTGGCGCTTCACATATAAAC
TATAGGTACATTATACAAATATCCTGGTTTATTTATAGGAACCTTTGACA
AAAACACAAATCTGCTCTATCATCATCAAGACTATTCAGAAACAGAGACC
ATTTTCTTGGAACAAGATGCTCGCTCCAAGTTAAAAGAAATAGCTTCTTT
AGAAGAGTATGAGAAACCTGAACGCTTTGCTCAATTAGTTCATCTTCTTC
GTCAAATCGAATATTCCAAATTGGTTCATATTTTCTATGAAATCCAGGAT
GATTCTCAACGCACTATTATGATGGACGCCATTCCTCTATTGAAAACGGA
GTCTGGAATAACTTTAATGCGGGACATTATTCAAAGTAATCAGCTACCTC
CGAAAATGCTTGATAAATGGTTTTTCTCATTTTCAAGTTATAAAAATCCA
ACCATTGGAATGATATCAACAATAACCGTAAGTTACTTTCGTACGAGAAT
AAAGCCCGATTAGTTTATACAAAGTCTTCAAATAACCTTTGATTTTTAGT
CATTACTCAATGAAGAGCCGCGGAATGCTGCTCTCATTGGGATCTCCACA
ATGGTTCAAACTTTTTGTGAATCCGAAAAGAAATGCTTTGAAATGCTTCC
TATTCAGTCAGTCGTAAAAAAATTTGAAGATTTTATTCAAAATAGATGCA
TGAACTCCGAGGAAGATTTGGTCATCCTAGCCTTGAGAGGGATTTCTAAC
ATAGGCTTTCTAACTGGTCCAAGATCTAATCTAAGAGAGTGCTACGAAGA
GAAAACAAATTCCATGTTTATTCGTGTTGCAGCACTTAAATCCTACCAGG
CATTGTCTTGCGTACCTGAAGACTCTAATCATTTGAAACTCGTCTTTTCC
AACATTGATGAAGATTCTGAAATCCGAATCGAGGCATACATGGCTGTTAT
GAAGTGCCCTTCCTCAGATGTCATTGCCTACATTAAGGAAATCTTGGTCT
CAGAGCCCGTAAACCAGGGTAAGATGATATATAAATTAACTATAATACAT
TTTTAACAATGATGTGCTATCTCTAAACTAGTTGGATCTTTCATTTGGAC
CCATTTGACCAATATTCAAGAGAGTCAAAGTGAAGATCGAATCGCTCTTA
AGAAATTAATTGGAGACGAATTCCTCGATAATAAATGGAAGACAGATGTT
CGAAAATTTTCACGTTATTTTGAAATGACCAAGCTATTCGATAACTCTAG
AGCCACCGTTGATGGAAGTGTTGTGTTTTCCCAAGATAGCTATGTCCCAC
GGTCTGCCATGATGAATTTATCAGCTAACATTTTTGGCCAGGATTTTGAT
TTATTGCGCTTGGATGGGCGAGTCGAGGGGTTTGAGCCTTTTATKGAGGA
GCTGTTTAGCTCCAAAGGATATTTCAAGGAGGATTCTATCCATAAGCTCC
TCCGAGGACTTCGGAATAAGAGAGACACAGAAGATGATGCCACTTTTACA
AACTCCTTGATGGATGATCCTAAGGGAAGATATTTTATTAAAATATTTGG
AAGAGACAATTACTATGGCTCTTTCAGCTCTCTTCCATCTCTTGTCAATA
AAATCTCTCAGCTATATTCACTCTCTAACAAACATGAATTCCTTAACGGT
CAGAACATTGACTACTCTCATTCCTCTATATTTTTGGATGGGAAAATCAT
TGTTCCATTGGCATCCGGATTACCGCTTTCCCTTTCCGTTAATGGCTCAA
CAACATTCAGTTTAAAATCACAAATGGATTTACAATTAAACGACTATTGG
TCAACAGGAAAAGCTCATCTCAAAGCTCAAATCTATCCAACAGCAAGTAT
TCAAGTAAATGGTATCATGTCCGTTGATGGACATTTCGATCAAACTGGAA
TGAAATCCACGTCTCATTTGCACATAACGACTCATTTTGACAGTGAAATT
GATATGGACAAAATGAAAGGAATTAAAGCAACTATGAATGTTCCAAAGGA
TAATGTCAGGTTCATTGATGTTGATGTTGACTTTTATTTGCTCAAAGACA
AAGAAACTGGCTACTTACCACTTATTTCAGAGAACCCAAAGTCTGAGTTT
GTTCGTTGTACTCCATCAGTATTTGATGTTGTATTTGGAGTCAAATTTTG
TGGAGAATCTASCTACCATTATGTTGAGGGAAGTCGTTGGAGTGATATGG
GGATCTACTTTGCTGGMCCCTCCAATTTCAGCATTGGCTACCAAAAGACG
GATATTTTTGATAAATATATCTTAGACTATGAAATGGATGTGGAGGATCA
CTCAAAAAAATTTATGTTTGCCTTTGATACTCCCGGATCTGTTCGGAGGG
ATCGTTTATCAAACTTGACACTTCTTTTGGATGAAAATAAAAAGACATTT
TCCATGGATTTAGCTGTACCTTATAAATCAACTCGAGTAGTTGCAAACTA
CTTTGGAGGAAATGACCTAATCACCCTGGATGGGCAATTACACTATGATA
AGCAAACCTTGATAGGGTTAAAGCATACTCTTGAGAGAACTACTGACAAT
GGAGATATTACACTCAATGTCTCCACTAAAATAACTTACATGAACAACAG
GCTAGTTGATATTTGGGGAGCAGCTGCGTTTAAGAACAACAAAATGTCTT
TTGATGGCAATTTGGAGAGTATGTATCATGAACCCATAAAAGTTTCTGGA
AACTACAAGTCATCAAATGGTCTCCAGGCTTTGAGTATTGACCTTAACTC
AAATCCATTTTCTACAAAACTTACAGCCTCTTCCTCATCAAGTAATTCCA
GTATCAAACTTGACAGTAATATATCCTATCGTCTCTTTGATCAGCCTGAA
CATCTCATCACATTGGTTGGAACTTATAAACATTCCAATTTGGGTGCATT
ACAGAAGCACGATATTTCCCTCTCCGCTAATGTAAGACAATATTAATGAA
ATTATAGATAATTAATTAACATATATCACCGTTTTCTTTTTAAAAAATAT
TTTTAGCCTACACAGTTCCCTAACTATGACTCTGAGATGTCCTGGGCCAT
TCAGCTCTCAGATAATTATGCAGAGAACAAAATAAAGGTTAGAATTGGGG
AGTCTAGTTCCACCATCGAACAGCTCTTTTCTTCTCGTTCCAATGAAGAA
TTGGAGGAATTTATATTTAAAGTTATGACCAACAATAGTCCCTCAGACAA
AAGATATGGCCTTACTTTTATTCATCACGTAAGTTTTTTATCTGGACTTC
AGAGGATAAATTTTGAACCATTGGTATCCATAGGTATCCCAAACCAAGAT
TCAAAATCAGTTTGAAGTAGCAATGGGCCAATATCTTAGATTTAACGTTT
TTTACAATTGGGCTGTAAGCTTCAAGCCTCTTAATTACCTTTGGGATGTA
GGGTTAGAGTTTTCAAATTTATACAAATATGGAGCAAGAGTTGCTCTTCT
AGAAGAGCAAGGATCTGGTAATATCAATGGGAATGCACATATTCAGTGGA
AACCGAATGAGAAATATGAAACCACGATGTTTTTCTTACGTCAAAAACGT
TCAACTATAGACTATATTGTGACTGCAGATGTGAGCATTCCAGGAAGAAA
TAAGTTGGGCATTAATGGGACCATTTTGCTCTCTCCAGAGCAATCTGCTT
TAAGATTGAGCTTTGATGACATTAAAGGCTATCAATACAATGCGGAGCTG
AATCTCCATCGAACAAGTAATGATGATATGAGTATGAATGCACAACTTCA
GTATGATGATATCATTTATGGGGGTAAAGCTAAATATTTGAAAAGAGAGG
GAGATATTCTATTCAATGTAAAAGTTACATCCATTGGTGAACTCACTATT
CAGGTAAAACAGATATCTATGTTGAAATGAGTTGTTTTGTGTTCATAAAA
TGAATAACTTTATTTGTAGACGGCCAATCAATTGAAAGAGATTGATGGTC
TTCTCAAATGGGATGATAAGTACCATGAGGACTGGACTCTCAGTACTAAA
ATATTGCAAAATAAATTATCAGGCTCTATTCGTGCGAATGGTTATAACGG
TATGTTACTGGCTCAATTAGAAACAAAGGGATTGGAAGCCCAAGTCAAGT
GGAATGATGCTGAACATTACTTAAAAGCCAAATACAACTTGAATCCGAAG
GATTTTGTAATTAGCATAGATCTCAAATCCCCATGGAGACGATTGAAGCA
CATCACTACAGTTTTGAAGTACAAAATAGAACCAAATGCATTCAAAGGAC
AGGTAGGGTCTTCATTTTGTTCTTAATTCATTTAAAGAGGGTCGGGGGGT
TATCATTTATTAATCTTTCCTCTAAAAAGAGAATTAAAGAAAAAGGTTCA
TAATCAAATGGTAGTTAACAACTAATACATAGTGTCATATTCCCCCAACT
ATTAAACAATTTGTTATTGAATAGTAGGATCTTCACTCCAAATGTAGACC
GTCAACACAAAAAATTGAGTATGGATTACATTCGTATTCCTTGTAGAATT
ATACGAAATATCTATCAACAAATTAGTCTGATTAACTCATTGAGTCTGCT
GCAAATTCCACTCAAAGTAGCCAAAATTAATCATTACTATGAAAGAAGGA
TAAGTTCAGAGAATTTATTTGAAAGGCCATATCGGGATCAATATCATTCT
CCTTAATCAAATAAAGGTTTTAAACTATGCTTAATTTTTTTCTGTATTTA
ATCTCATCCCTCAAATTTAAATACAAAGCCTATAAGTGACTCAAATATTG
GCATAAAATCTTGGGCTGTACTATTTATGATTGCAGTAAAAAAATAGTTT
AGGATTTTCTCCTTTTCTAGATTTTTGTTCAAGATGATTTGTATGTTGAT
ACACCACATATGACTCATGTTCAGCTGATCAATGCTCAATACTTATCAAT
AATTATTTTTTTTTACGTACTGAACCTCAAAATCCCTTCTAAATAAAATC
CTTTGACTGAGTTTTCTTATAATCTCAAAATGTCAAAACTGTTTAGCTCT
GATTAGTCCAGATTCGATTATTCTTCCAGGTTTCTCTTTACTAAAGTGTT
TCTTTCAATCCAGTATTTACATGCCAAATAAAAGAGTTAGTTTGCAGGCC
TTTTGCACAGAATCTATCTCGAAGAGTTCGATATATCTGCAGAGCTAATT
ACTTAGACTCTTCGGAGGTTGACCAGGCAAGGATTCCTTGGACTATGTAT
AGGTTTATCCCTGAATTTAGTCAATTTCAAACAATATATATTTTCTTTTA
CTTGAATAAGGAGTTCGTGCCATATGACTTGGGCGGATTTAGCTACTACT
TTTTACAAGTAATGAAGTTACTCCAAATATAATTAAAGTACACATAAAAT
ATTTTGGGGCTACTAAAACTTTTGTACAGTGTATTTAGGAAGCAGCTTAT
TTAGAACTTTTCTTTTTTAATATATACAATTGTTTTTAATGTAAAAAAGA
GGTTAAAAAAAAATTTTAAATTTTTTGTAACATACCTAATATAATTCAAT
AAATTATTTGATTAACACCTGACGTCACTATAAAAAACTGTGGTAGAAAT
CAAACATTAGTGGGAAAAGTATTATATATAACCTTAATCTTACTTATGTT
TTCTTCATTCCATTTCAACTAATAGCAATCGGGATGTTTTTTTATACTCC
ACGGGTCCCACTTTTTGGAATTACGTAGCCAGAACCAATAAATTAATTAT
ATAGACATTTACCCCCCCCCCCTTTCCTTTTTTAATATGACACGCTGAGC
TTTAACAACAAACGCTCGTTGCTCCATTTTTATTTCTTAGAAAAAGTAGT
CACCACTTCTCAGATATTAAAGGGACACTCAAAAATGAGTCCTTCACAGA
CATGAAGATTTTTTTTATTCATATAGATTAGCAGTAGTACTTGATATTAT
TCAGAGTTGTCTATTAAGCAATAACACAAAGTTTTTCAACACTTTTGTTA
CCCACATTCATCGTCTAGTCCAATTGAAAAAATCATTTTTTTTAATCAAA
GAATAAATGTACCCAAGTTTATAACTATGTATGGACTAGCAATGGGTTGT
TACTCAGTGTTGCTCAGACAATGGTCAATGTTGTTTCTTCTTCATGTTTA
GACCCCTTTGGTGCAGGCCAGCATAATAATATACGTATTATTATGAGTTA
TATAAAAAATAAAAGTCCATCTTTGATTTTTTTCAAAAAAAATACCCAAT
CGTAATTCACAAAGAAAATTATTTTTTATTTTTTTGCACTAATTAAGAAA
AAGTAGTAAATAACATTTATTAGAATTGCAAAGAGGAACACAAACCTACC
AAGAATTTTTGTCCTTGCAAAAACAAAAACGCTTGACGGGGGTGTGATAA
ATATTTTAAGAAACTATATTGCCATTTTAAATATTATTAAGCTTAGTTCT
TGAATATTTTGATTAATATTTGTGTGTGTTTTATATGTTTTTATAACCTA
TTTTAGCATTCTCTAATATGTTTCCCGTATTTCAAAATATTTGAAACAAA
TCTTGGTTACGAAAAAAAAAAAAAAATACAGGGAATTTCCACAGATTCCT
TTTTTTTTTTTTTGCCCATAACTGTATTAATTTTCTATAAATTTAGAAAA
CTTACGAATTCGTATAGTGATTTTTTATCTTGAAACATATCTCAATGGAG
CTCAAGGAGACTAGATAGGGTGTACCCAATATATGACCCCAAAAAAATTC
GGACGCCCATTTTAGCCTGACCAGGTTCAAAAGAGGCACCCACGCAAAAT
TTCAGCCCCCCAGCTCCAACAAGGCGGATACCCATTAAGGGCATACCCAC
TTAACCCCTATTATATACTCGTATATASAAAATAACAAACTATAATTATT
TTACAGTAAAATTCAAACAATATTTAATATAAAATGCTAAAAAAAACTAC
TCAAAATTGCAAACACGGATACTTTGGATTTCTTTTTAAACAATGTTTTT
TATTCTACCGTCTTKTGTTAAGATATATAAACCCTTTTCACTCCCCACTC
TTGAGCATCCAACTTATAAGTGACAAGAGACAAACATAAATTTGAAAATC
CAGGCACACAACTTGAAATGTCTTACCTTGGACCTTATTAATTATCATAG
CAAATCTCAATTTCAAAGGAAACTAAAGTTTCTTAAAATTTGTCGGCGTA
TTTGAAGACCAGAATGGGATAAGATCCTAGTCTACAACAAAGGGGCCTGT
AATAATAGTTGCTTCAAAATATAAAGCACCATCCTCTTAACAGTTAATTG
TGTACCTCCACAAAGGGACTTATAAATAAAACCAATGGAAGTCCTACTTT
TTGACTACGTATGTGGAGGCATTCCAAATAGCTATGTAGAATTAAGAAAC
GTTTGATATGCAGTGTATGTGGTACTTGTATGCCTGACTTTGCCAACAGA
TTGATACGTTCTTAAAGCACTCGGGTCTTTTACTCTAATGATCTCTATTG
ATTGGTGAATTCTTGGGTTCCTCGGTGCTGTCAATGTTCTCTCTCTGTAG
ATCAAACTTCTGAGCACAAAGGGGAAATATATTCTCTTGATATCCTCCTG
AAGAATAACATTTATTTCCAGAATGAAAGCATTCTTACAAATTTTGTATT
CCGATAAGTACTAAATATTTTTATTCCACTAATTAGCGGAATGTCCGCCT
CTTGTAGGACTGGTGGTCGGGATCGTGCCTATGATTTTTTTAGATGAGGG
GGGGGGGGGAGAGGGGGAATTTAAAATTTTGGGATGCCTATTTTAAATAA
AAAAACAGTTGACTTTTATTTATCAAAGACAGGGATAGTCTTTATTTTTA
ACAAAAATCTTACTATTCCGTACTATTCTCTCTGTCTCACTCAAAGTATT
GATAGACAAATGAAACTGTTTGTATATTTTGAGCGTCATTAATTTTTTTT
ATCTTTTTTTTAATACAATATTTTATTAATAAAATTCGAAATTTTTGCTG
TTTTTTGCAAAACATATATCAGATTTTGATTGTANNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNGATATCTCATTTTCCCATCTGTCATTCC
CTCTAGGAAGGGAGGAACAAAAATGAGCCAATCGTTGTCCTTTTAATTCA
ATTTAGATGCACAATGCTGAATTTTTTTGTCATTCTATGGTGTAATGTGT
ATTAGTGTTGAGTGCGATCTCAGACCGTAGACCAAAATTTAATGGCTTYA
AAWGGTAAAMCGATCAAWCTTTTTTKGCCTTATTCCGAAATTTTTTCTCA
GCCTGATTTATGAGTTATGAAAATATGATTGATGCACACATTTAACTTCA
TGCAACGTTATTCTGCCAATGTTCAAAATTATGAAACAAAACTGACGTCA
TCAATCATTCATCTATAGAAATATAGATCCATTTTAAATGTGGGCAGACC
ACCCCATTTTTTCTTTCTTCCGATTAATAAATTAAATGACATTTCAATTT
TTTCCAATCATMGCATAMATWATWCAARTTWTMCGAATGACATTCAAATT
TTCCAATTCTCCCCGTGGCGACGGCCTTGGGCATGATTGTGTGCACTCAT
GAATATCGGAGGGTAACGCTGTGGATTTGTTAGGAGATAGTAAGTGTAAC
TCCTTCTTTGACTTAGGGTAGAATTGATGAACGATATCGGTGTACAGGGG
TGTCTGCAGGATTATATTTTGAGGGGGGAGGCGGTTTTTTGATTTTTTTA
ATCTCAAAATCTATAGCAATTCACAAATAACTAACTTTTTTGGAGAAAAA
AAATACACAAATATAATAGTTATTAACAGAAAATTAAATTTTTGTAAAAA
AAATTTATATATTAAATTTGAAATCTAAAATTTTTTTTAAACAATTTTTT
TTTTTAAATTTCCGTAAAGATTCCTAGGTTAAAAGGAGCAAATGTAATAC
TAAAATGTTTACTTATATTTAATCAGTGCAACTCTATCCAACCAATTAAA
AGAACATTACAAAATCAAAAAAAATTAATTTTTTTGGAAAAAAATTTCAA
TTATTACTATTTTTACTCTCCTTCATAATTTGCCCGAATGACGAAAATAA
AATCTATTAAAAATATTTTATTTTTTTTTCGCACATGGCGTTACTTTATT
CAGAAACGAAATTAACTAAAGGCTTAGCACATTGCATAAAGCATAAAATT
TCAAAGTTAAAAAAAATAACAAAAAATACGGTAAAAACAAGAACATTATC
AAACTAAAAATAAAGGTCAAAAACAAACAGAAGAACAATTAAAAATTAAA
ATAACGTTGGTGGCATAGTCTTCATTTACTTGAAAAACTAATTTTGGTCT
ACGGTCTGAGATCGCAGTCGGAACCGAGTCTCAACACTAATACACATTAC
ACCATACAATGCAAAAAAGTTCAGCATTGTGCATTTAAATTGAATTTAAA
GGACAACAATTGGCTCATTTTTGTTCCTCCCTTCCTAGAGGGAATGACAG
ATGGGAAAATGAGATATCAGTCAGAAAGTTTGATGCAATACAATCAAAAT
CTGATATATTTTTCGCAAAAAACAGCAAAAATGTCGAATTTTATTAATAA
AATATTGTATTCAAAAAAAGTCCATATCTTTTATTACTTTGATAAGTAAC
TTAATAATGGGGAATACGTCTGTAAGGTTTAAGTCCTTCTGAGTCCTTTT
TGCATATATTAATTGTTGTGTTTTTGTAATACCTAATGGCGTTGACCTGG
CCTTCTTCCTTCCCACAATAGTGTCCTAAAAATTCCTCATGAGATATGCT
CATATGTTACACTTAAAAAGTTCTAAAAGAGATGGTCAGTAGTCTCTTTT
GCTTCATTACAAAATGGGTAAATACTCCTAAAGAGTCCTCTATTAAAAAT
AATATATATATGTTGTAGTTTTTTTTTTTTTGGGGGGGGGGGGGTACAGG
GSGTCCATCCMCCCCCTGTGGGCCCTCCAGTGTTATTCCTGTCTATGTCC
TTGTAAAAGGAGAATTCATTTCTTTCACCATTTACTTGCTAACAGATGAC
CAAATGAAACGTCATGAAAAACTACTATCCTCTTAAACATTTAGGTTTAC
CGTGTTAATTTTCAGACTCGAAAATGCTTACGATTTATAGTCATAACTAT
AAACCATGGCGCACCTTGTTTGCCAATACGTTCGAATTTTCAAAATGGGT
AGGAATAATGAGAAAAATACTAATATCCTGTAGGTGACCAACATATAGGT
ATTATTCAAAATATATATATATATTACGGTTGCTAGAATTCCACACTTTT
CACATCTTTATCCTATTTACATTTTACAATATGTACATGTAGTACGTCAA
TTTTCAATAAAAGGAAAAACTCCTAATTAATTATTTTTTACTTCATATAT
ATATATATATATTTCTTTGACATATTTGAGTCAATTATAGGCTTTCCATT
CCAATTTGTAGAATGATTTAAAATAACCAAGGATATTAACTATACTTTAG
AACCTTTATTTGTTTTAAAATACTTATATTGGTCCCGATATTTATACATC
TGCCAATTTATTCTTTTGTTATTGNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNATTGTGATAATAAGAATAATTTGCTACTAGAAGTTGAC
GAATATTTTTCAAAGAGTAGAAATGTAAAAGGAGCGACACCATGGGGTAA
ATGGGTAACGAGCTAGGGAGAAATTATTATATTGAACTCAATGTGTGTAG
GTTCGATACCCGCTTGCTCCTAGAGAATCATGTACATCATGTAAATGCAA
TTCTTAGCTCAGATTCTAAATCTTTGATGTTTTTTACACTTCATCACTGC
AACTCCACCTGACAATTTCAAGGAACATCTGAAAAAATAAAATGTAATCC
CAGGAGCATCCGCAGGGGTGGGCTAGAAGGTCTATAGCATATCTATATAG
AAATTTTCACTAGAAAATTTAATATTATAAAAAATTATAAGTTTTATTTA
ATTTTGTATTCCAAAAAAGTTAAATTTTCAATTTATTATCCCAAAAATTC
ATTTTTGAAATTTGTCTACAAAAAATTGAAAATTATAATTTTTTTTTTTC
AAAAAATTTTATAATTGAAATCTTATAATTTTGTCAACGTCTGTGGATTC
TTGAGATCTTTTTTCAAAAACCTTATATTTGAAATTTTCAATCTTTTTGT
GAGCAACTATGGATTTTTAAAGTTTTTTTTTTTTTTCTGAATAGCTTTGG
ATTTTTGAAAAAATTTTAATATTTGAAATTTTTTTCCAAGAAAATAATTT
ATTGAGAATAGCTATGTATTTTTGATTTCAAAAAACTCTAAAAAACAAGG
CCCAAAAAAAAAATATATATATATATAATCTTGGGGACGCCAATGAATCC
AAGTCAATATTGAGACAAATTATTCCAGCTTATTTTGTGTTGACAAAGGG
TATATGACCATGTGTTGTATTATACATATATAACTTGTTCCCTTAGATTG
TTGGGCGATGGAATGAAAAGGAGGTGTCATTAAATGGAATTGGCTCTTTG
GAAAATTATAATCATACCCTTAAAATCAGATCCACATCCTCTGAGTCCCT
TCTAGATGGCCTTAAAATTGATATAGCTCATGTAGACTCAGTAGAAAATC
TCCATTTGAAATTTGTAACCCTGTACAAGTCTTTTGAATCAGCTCTGGAA
TGGAAGCAGAAATGGAATTTAAAGGAAATTGAAGGGGAATTCAACATCCA
TAGTTCGTCTTTATCAGAGAGGCTAAGAGGCAACTACATCATTATTAACG
ATTCCACCATGATCCACAAAAAAATTGAATTCAACATGTATCATAATGAA
AAGGAATTCATTATGATAAAGTCAATCATTCATCCCCATGGTCTTGAATT
GCTGTCTCATTCTCCTTACACTGAAAGACTGGCATTCAATGCCTCTTACT
CTGAAAATCAATTGATTTTCCTTACATCATTGGGTGAAAAACGACATTTG
AGTATGGAAGGTTATCTAAGTAGAAATAATCCGTTGAAAGGAAAATTTAT
TGGGCAAATAGTATGGTTTGACTCTGAATTCTCAAGTGAGAATAGATTCA
CCATGGATTCAAAAGAGTACATTTTTGAGGCATCGGCTTCCAAGAAAGAC
AATAGTGGGGAAGAAACTCATGTTTTCAATTATAAGCACAACAAAAATGA
CCTCATTTGGAATGTGTCGTCCCCATCCCTAAGTTTTCATAAAATTCTTG
TAAATCTAATATCTGAAGGAGATAAACGAACCTTTTATTCTGTCGGAGTA
AATGATAAATTGGCCTCCTTGACGATGCATCAGAATTCTCCTGGACGAAA
GGAATATATTGTTATTACACCAATGGGAGAGGGCAAGGCAAGCTACGATC
ACAATGTTCTTCCCACATTTTTATTCAACATTGCTCTGATTGAGTCAAGT
GATATGTCTGGAAAAATTGATTTGAAGGGTCAGAATGGGAAAATTGAGAT
CATAATTAACAAAAGTCTCCAAATCCATAGTGATTTTGTCTGGAATGAGA
ATAAACTCGACGCTAAAGTTGTAGGGAATAGAGTTGACGAAGGTTCCCAA
ATCTTTGACTTTGTGTTAATGTGTAAAAAAGGAAAGGACATGGAAGGTGG
GGAAATCATGTGGAAACTCTCCTCGAATGAGCTACAGATCTCTCCTATTG
AAGGTGAAATTAAGGTTAATCTGAAAAAGAAAAATCTCAAGGGATTTTTT
AAATTTCCTCATGAGGGAAATTTGTTGAAGAAGTATGCCATGAATGGTGA
ATGCATTGAAGGAGCTAATGATTGCTCTCTTCAACTCGTCTCAAATGAAG
AAGAAATATTTATTCTTAAAGGTAAAATTAGTCAAGGTATGATGGCATTG
GAAGTCGACTTGGCCAAATGGGGAATTTCAAAGTATGAAGTGTTTCTCAA
CTCTAATTTAGGAGATCCTGTCAAAAATATAGAATTTTATTTTAAAAATC
CAGATCAACACTACATCAAACTTAAGGCAGATATTCAAATTTCTACAGAT
CGAGTCTACGTTAACTCAGATATTAATACTCTTTGGTTTGGTGAAACAAA
TCTCGAGTTAGAGCTGAAAAGAGAGTCAGATATCCTTTTATCTGGAGATA
TCCAACTTATAAATCTCAAAGAAAAATCAGAGATACTTTTAATTCAGTTA
ATT

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