EMLSAT00000002338, EMLSAT00000002338-698185 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000002338
Unique Name	EMLSAT00000002338-698185
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s143	supercontig	LSalAtl2s143:897594..910324 -

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)	EMLSAT00000002338 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAG00000002338	EMLSAG00000002338-685104	Lepeophtheirus salmonis	gene

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


Feature Name	Unique Name	Species	Type
EMLSAE00000010360	EMLSAE00000010360-719288	Lepeophtheirus salmonis	exon
EMLSAE00000010361	EMLSAE00000010361-719289	Lepeophtheirus salmonis	exon
EMLSAE00000010362	EMLSAE00000010362-719290	Lepeophtheirus salmonis	exon
EMLSAE00000010363	EMLSAE00000010363-719291	Lepeophtheirus salmonis	exon
EMLSAE00000010364	EMLSAE00000010364-719292	Lepeophtheirus salmonis	exon
EMLSAE00000010365	EMLSAE00000010365-719293	Lepeophtheirus salmonis	exon
EMLSAE00000010366	EMLSAE00000010366-719294	Lepeophtheirus salmonis	exon
EMLSAE00000010367	EMLSAE00000010367-719295	Lepeophtheirus salmonis	exon
EMLSAE00000010368	EMLSAE00000010368-719296	Lepeophtheirus salmonis	exon
EMLSAE00000010369	EMLSAE00000010369-719297	Lepeophtheirus salmonis	exon
EMLSAE00000010370	EMLSAE00000010370-719298	Lepeophtheirus salmonis	exon

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


Feature Name	Unique Name	Species	Type
polypeptide-auto780032	auto780032	Lepeophtheirus salmonis	polypeptide
EMLSAP00000002338	EMLSAP00000002338	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s143:897594..910324-

protein sequence of EMLSAP00000002338

>EMLSAP00000002338 ID=EMLSAP00000002338|Name=EMLSAP00000002338|organism=Lepeophtheirus salmonis|type=polypeptide|length=3661bp
MNEEVDDARPEASFEFRVEKFSQLKDSVLSEATYVRNLPWKIMIMPRTTN
NTKSVGYFLQCNGESEAASWSCQASAELQILKASHPSDAFSRKISHLFFA
KENDWGFSHYMSWTDVMDPLKGYYDEANDVVTFQVKVSADAPHGVSWDSK
KHTGYXGLKNQGATCYMNSLLQVLYFSNHLRKSVYKMPTEADDSSKSVAL
ALQRVFNDLQFLDKAVGTKKLTKSFGWETLDSFMQHDVQEFLRVLLDKLE
MKMKGTVVEGTIPKLFEGKMISYIKCKNVDYTSSRTESFYDIQLNIKGKK
NIIESFRDYIKTETLEGENKYDAGGYGLQEAEKGILFESFPPILHLHLMR
FHYDPLTDCSVKFNDRFEFPDVLNLTEFLKHKNQDEAMDVDNEDDIDDSM
VYILHAVLVHSGDNHGGHYVVFINPKGDGKWCKFDDDVVSRCTSQEAIQY
NFGGSDDDSNTRQSTNAYMLVYIRKSTLPEILCDVNDADIPEELSDRLEK
EKRFEMARRKDKSEAHLYMNTRIITEDGFSGHQGNDLYDPDRAIYHELKI
RKSDTLLVAIDTISEQFNQPKDRIRLWPMQHRANQTFRTCILDVASEGPK
PLSDVTLNSNPWTVFLDIKNPEIPGPLKPFDKENDVLLFFKYYNPTEEKI
YYSGHMHVSISATFSEIIPELLKRTNLKPDTTLILHEEVQPNMLEQIEDF
DKPLETVLEDLLDGDIIVFQKYMTEEASQNLRLPTCIDYFRDLFNKVEVT
FVDKNITNDSGFVLVLSQRMTYDSFSKAVADKLRVNSDLLQFFKSQSYRD
VPNIALRCSFEGTLKDLLTFSKPKQPKKIFYQRLSIPVHELENKRQFKCY
WLXSPSNSGSDDNSKNEEQELILYPAKTGTVKDLLYEAVNHLKIERVGKL
RLVEIVSNKICNVASEDTLLEVISSFQNKTYRIEEIPEDQMEIGVNELLV
PVAHFHKDIYSTFGTPFLMKICDGCNFEEIKNKIQKHLGVADKEFEKYRI
AVIVVSRLRYVDENNFDDLVKIKNFSSGGQGGNSAKPWIGLEHIDPELMD
DIWLQYTGTNEEKYFRKFIHQFVSSWEKRISPTWEMLITSKLEGYRESGP
NLTSLPDELLAALSKFLFISKESQSNDGLMSLNVVSDTKDIIKCLTILCR
CTENIPLIASMDFVKYLTDMNSNFLQNCLQVESSFFHSKVKKQGKEDIVF
QIRTETINLIVESCHFFESLYDPGFCWRAYICGKEGKAEEFATSTALHQE
VVPFLYESFETALVDRFPTLAKEMLNVFGAIISGGRHNAIRAISPATSKM
LLKTIRDSETGDDIHIVAIYCSTQSITIMEQTPPHERQIDLYVLINQYQQ
VLVSLSEKGQNLSTMIEGISLLTRMLSGSSIELKKYFVRNGIIETLLSVT
SQCLLNDDLKKVLMPVVINRISLILSGCDIACQKMMKIQGYSMLFNIISG
LGPPDTNILHSILYMATHGKELSDNIQNVKPLVYLLRWITETDYENGAQQ
VWXCXAIRVLCTSNIQNKALCCDSGIILEIIHTLKCFDRLEHKSASELLK
LLESLGKYSISPYELKQLISMLNDDDPSTPDSQKGKFPYKSHIIHVISSM
AKGDGYSVCRQYLDFNTSQGIQVPSISQCPILSNGFTFHCWIRLEQNRSC
EKSRRILYSFQTKQGQGFEAFIHQGKLVVVSAHKEEFLGVPMDSQIFNDD
QWHSLSVCHGYARSPFKSSSLVVYVDGSKRLECSLKYPVFSINDPILYCS
IGASLDLKKGIENLSSFSKPSIKDGIIDAIKIGLPGVINLPHRSNDPHVK
WTLIGLEDDFWGKSAPLFGQLGSIHVFNEATTLSQVKFLHLIGPISPMTY
LFDQEKVHNDVLSDLESKIIFCFSPKARLHDKLIDLHKGLYDGNISPKIL
THTTHDLRNVINCLGGVQVLFPLLESVNMKHQDKEEIDELSYLSLLDTES
NNENQPQRMQFDRKMSHDGNWELIPSSSFSDWKLEQNPISGFLTLIRNLV
FDHIVNLEQLNRGGGVGIIGALIQKADSSLIDVNVLMACQLLVEMATCSQ
NPKLLSAVHQSILFDFKIWSKSEFTVQIGHIQYLRNTIKSDRKFFRKRFG
VQFFMDSIRRFYGIQNSTVLSVEDTQTVRKALFGIIKMYLVKDGKDITPL
IHYLIASLIETSNEVQLSSEVIETILDIMSDSSVPSSSKDQMYRIFKDEN
RYKYLFCALMKNPSKELGQCRESILKITLMILKYRQKKSLKLFLDGAILG
YYYYRFTENINVDNREVLILLDIVLFGSSVPDTLSIPEVLYKLASTRGWQ
GGISCLLVKEQNIYVKSSEVQQNKVSIPSVESAMKDNLHKGSLSSHSLKE
RTVKKVTDNVGYLLDKVSSMTYQESEHRIWEYETLNVDEFDGLMEPSEMI
SRSSSSEDLSSAQPSCATNDSIVDDNSSYVILDDEDETNEDVLGALVVDI
LHKIMWEGLGGKIEDIVSERGQVLASINMLGLNNELYKSVVDVKRDILER
FILTLSNSNEFNPDVVKHIVCWTYDWIVNDNYGVGVKKITKELVEGISRL
THMFVDSMEIEHKCSNEVIKMTLEVMLKCAEIDYFCQLSSKKLVDLIQSM
KPYTSEVLGFLIFRISAIISDKLKNDDSPDDYDPLVNVLKTVLDESKDKL
NLTLELPTLTNIGEAFKDTFKSYIFNEEWKYFIEKKMVHLKITYESGYLE
TLRNKMDEFWAESFESNKLTSDTWNESIEESKKYLIINYLEPIEELIRTE
NQRYHNHISQHKSRLAFVHKRWKVSKRLFFGPRGAWYNQSKAIVSDNWKL
SSNENYLRMRIKLVPNLNFNPHYQASGQRDNVPIKNIKSGNQEIFKLGEK
LKEATEETEKKDISEEFLTEEDLKMIAREQLETDDDKKSGQQKERLFVSE
DCELVTFMSVIKGKFELTSSYIYFFDTTLNGVGDDDSEWTEERKDLRISL
IDIHELHLRRFNLRKSGMEIFLIDHTNHFFNFPNNRKRNKVYSRIXXYGF
ISFLFIHRNYYLILLTSFILIVYVIPIEISNFEYLMHLNTLAGRSFNDLS
QYPVFPWILADYSSSKLDLSNPSTFRDLSKPIGIQNPKHVDEVNNRYDSF
EDPSGVISKFHYGTHYSNSAMVLHYLVRVEPFTSLHIDLQSGRFDVADRQ
FHSIPQSWKSLYSNVNDVKELIPEFFYFPEFLINSNCFDLGVLQGSKKVR
VNDTVLPPWASDPWDFIKKHREALESDYVSMNLHHWIDLIFGYKQTGKKA
VEAMNVFYYCTYEGAVNLDRIMDHAEREALEGMINNFGQTPCQLLKDPHP
RRMTSGEISSKNEAMTSTRTNILNRTHCWKSYSINISTDKDPVTFVVIPK
LDCFNNKSILNSLSSSSSTTTMVSVTRSAKVNYHSWQFDKKASFLFERDT
SELSEIRNIPGPFNTKLSQSHLVVTYDGKFLFCGGHWDNSIIIYNIAKSK
VLMRVIKHDDIVTCLSLDPRVGRFMISGSRDTTSIVWQIGSKGLIPLQVL
SGHDKAVTCVAIIFELDIAVSGSEDGSVNVYTVKEGQYIRTIYPPVMTDD
PFTISLIQLSYQGDIIFSGHCSETHSLHVFTVNGHYIQSITSDHRITALL
SSDDLLLSGDENGNLILRGLYNLEIIKELPLLLPISGVSLTSDNSHILVP
LRDGKLIVIAG

mRNA from alignment at LSalAtl2s143:897594..910324-

Legend: exonpolypeptide

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

>EMLSAT00000002338-698185 ID=EMLSAT00000002338-698185|Name=EMLSAT00000002338|organism=Lepeophtheirus salmonis|type=mRNA|length=12731bp|location=Sequence derived from alignment at LSalAtl2s143:897594..910324- (Lepeophtheirus salmonis)
AATTGGTCTTGTTGTTGCGGAAAGATTGAGAGAATGAATGAGGAAGTGGA
CGATGCTCGTCCAGAGGCCTCTTTTGAGTTTCGGGTGGAAAAGTTTTCTC
AACTGAAGGACTCAGTGCTGAGTGAGGCGACTTATGTTCGGAATCTGCCC
TGGAAGATCATGATCATGCCACGGACGACCAACAACACCAAGTCCGTGGG
TTACTTTTTGCAATGCAACGGCGAGAGTGAGGCTGCTTCCTGGTCCTGTC
AAGCGTCCGCGGAACTGCAGATCCTGAAGGCGTCGCATCCCTCAGATGCC
TTTTCCCGGAAAATCAGTCATTTGTTCTTTGCGAAGGAGAATGATTGGGG
GTTCAGTCATTACATGAGCTGGACGGACGTGATGGACCCGCTCAAAGGTA
GGCTCTTTGGATGAGGGAGMGGMAAAGTGGTAAAGTGGTAATCTCTCTCT
TGTTTTGCTAGGTTACTACGACGAAGCCAACGACGTCGTGACGTTCCAAG
TGAAAGTGAGCGCGGACGCTCCTCACGGTGTCTCCTGGGATTCCAAGAAG
CACACTGGCTACGMGGGYCTCAAGAACCAAGGAGCCACCTGCTACATGAA
CTCTCTTCTTCAAGTCCTCTACTTCTCCAATCACCTTCGCAAAAGTGTTT
ATAAAATGCCGACTGAGGCAGATGACTCTTCCAAGTCTGTGGCACTTGCT
TTACAGCGTGTTTTTAATGATCTCCAATTCTTGGACAAGGCTGTAGGAAC
CAAGAAGCTTACCAAGAGCTTTGGCTGGGAAACATTGGATTCTTTCATGC
AGCATGATGTGCAAGAATTCTTACGTGTTCTACTTGATAAATTAGAAATG
AAAATGAAAGGAACGGTGGTGGAGGGTACCATACCCAAATTATTTGAAGG
GAAAATGATCTCTTACATCAAGTGCAAGAATGTAGACTACACTTCGAGTC
GAACTGAATCATTTTATGACATCCAACTTAACATTAAAGGAAAAAAGAAT
ATCATTGAGTCATTCAGAGACTATATTAAAACAGAAACTTTGGAAGGGGA
AAACAAATATGACGCTGGGGGTTACGGACTTCAAGAAGCGGAGAAAGGGA
TTTTATTCGAATCTTTTCCACCTATTCTACACTTACATCTTATGAGATTT
CATTACGATCCGTTGACGGATTGCTCAGTTAAATTCAATGATCGATTTGA
GTTCCCTGATGTTCTCAATCTCACGGAATTTTTGAAACATAAGAATCAGG
ATGAGGCCATGGATGTGGATAATGAAGATGATATAGATGACTCCATGGTC
TATATTCTGCATGCAGTTCTAGTTCATAGTGGGGATAACCATGGGGGGCA
TTATGTCGTTTTTATAAACCCTAAAGGCGATGGAAAATGGTGCAAGTTCG
ATGATGACGTTGTGTCACGATGTACATCACAGGAAGCCATTCAATATAAC
TTTGGAGGCTCTGATGATGATTCGAATACACGTCAAAGTACAAATGCTTA
TATGTTGGTATATATCCGAAAGTCTACACTTCCGGAAATATTGTGCGACG
TCAATGATGCGGATATACCTGAAGAACTCTCAGATCGTCTTGAAAAAGAA
AAAAGATTTGAAATGGCCAGAAGAAAAGACAAATCTGAGGCTCATCTCTA
TATGAACACCCGAATTATTACGGAAGATGGTTTCAGCGGTCATCAAGGAA
ATGATCTCTATGATCCAGATAGGGCCATCTATCACGAACTGAAGATTCGT
AAGAGTGATACTTTGTTAGTTGCAATTGATACAATAAGTGAGCAATTCAA
TCAGCCCAAGGATAGAATCAGACTGTGGCCAATGCAACATCGTGCAAATC
AAACCTTTCGGACGTGCATTTTGGATGTGGCAAGTGAAGGACCGAAACCA
CTCAGTGATGTTACGTTGAATAGCAATCCCTGGACAGTGTTCTTAGATAT
TAAAAATCCTGAAATTCCAGGACCTCTTAAGCCTTTCGACAAAGAGAATG
ATGTGCTATTGTTCTTTAAATATTATAATCCTACTGAAGAAAAAATATAT
TATTCGGGGCATATGCATGTGTCTATTTCCGCAACGTTTTCAGAAATTAT
ACCAGAGCTATTAAAGCGAACAAACTTGAAACCGGATACTACATTAATAT
TGCATGAGGAGGTTCAGCCCAATATGTTGGAACAAATTGAAGACTTCGAT
AAACCACTGGAGACGGTGTTAGAAGATCTTCTAGATGGTGACATTATTGT
TTTTCAAAAATATATGACCGAAGAAGCAAGTCAGAACCTCCGTTTACCCA
CATGTATCGACTATTTTAGAGATCTCTTTAATAAGGTGGAAGTCACTTTT
GTCGATAAAAATATTACGAATGATTCTGGTTTTGTACTGGTCTTGTCACA
GAGGATGACGTATGATTCTTTCTCTAAGGCTGTTGCTGATAAATTGCGCG
TGAATTCAGATTTACTCCAATTTTTCAAATCTCAGAGTTACCGCGATGTC
CCTAATATTGCTTTGAGATGCTCGTTTGAAGGTACATTAAAAGATCTGCT
TACTTTTTCCAAGCCCAAACAGCCCAAAAAAATATTTTATCAAAGACTCT
CAATACCGGTACATGAGTTGGAGAATAAACGACAGTTTAAATGCTATTGG
CTTRCATCTCCCTCAAATTCCGGTAGTGATGACAACTCAAAGAATGAAGA
GCAAGAACTGATACTATATCCGGCTAAAACAGGTACAGTCAAGGATTTGC
TATATGAAGCTGTAAATCATTTAAAAATTGAGCGTGTGGGAAAACTACGT
CTTGTTGAAATTGTCAGCAATAAAATCTGTAATGTTGCCTCTGAGGATAC
CTTATTGGAAGTCATCAGTTCTTTTCAGAACAAAACTTATCGTATCGAAG
AAATCCCTGAGGATCAAATGGAAATCGGTGTAAACGAACTCTTAGTTCCT
GTTGCGCACTTTCACAAAGATATATACTCCACCTTTGGTACTCCCTTCCT
CATGAAAATTTGTGATGGATGTAACTTTGAAGAAATAAAGAATAAGATTC
AAAAGCATTTGGGTGTTGCAGATAAGGAGTTTGAAAAGTATCGTATAGCT
GTTATAGTAGTGAGTCGACTTCGATATGTTGACGAGAATAACTTCGATGA
TCTCGTAAAAATCAAAAACTTTTCATCTGGCGGTCAGGGTGGAAATAGTG
CTAAACCATGGATTGGACTGGAACACGTGAATAAAAGCTCCAAAAGACCT
AGATATAATTACATGGAAAAAGCTATAAAGATTTACAACTAAAATAAATT
TGATGTATTCTCATTTATTCTTAGAACGATATCAAGAGCAAGGATGAAAG
AAAGAAATGAAGTATTGTGTTTGTTTGTTTGTTGGGGAGGGAATTGTAAT
CAAATTCGAAGTCCGAAATTACTGAACGAAAAAAAACCCACTTTTTTTTA
GTCTTTTTATAAAATGTTTAAAATAATACCTTCTGCCTCTTTTCATAATC
ATATTTGATTCAAATATTAAGCTTTAACACGATTCAAACTCATACATGTT
GTGGTCKCTCATTGATGGTCTTTTTTTTTTTTTTAAATATACATATATAT
ATTTAAAGAATGACTTCTATAACTCAACTAACCAAAAATTATGATTGTTT
ATGTGAAAAAAAAGAGTTAAAAAGATCTCATGTGACACACTGCATCTGAT
TTCTTCCTCCCTTTTAAGGAGGTGGAAAGTGCATAGTTATGCAAATACTT
ACTTTTACACCGAGCTAATTTGAAGAAAAATACATTTAAAAAAAAGTCAC
TGAATTAAATATTTTTTTCAATTTCGTGCATAAAATATTTATTATTATAA
ATTGTTCAGTCAAGTAATTTTTGGTTCCTCATTGAGCTAACTCTTTCCTA
TCCGTTCCTTGTTATACTCTACCCTCCTACATATAATTATGAAATCAACT
ATTTAATTGACAGAGCATTCATTGTTTGTCACATTTTATCTTTAATTACT
ACTATTTTTCCTAAAAGAAAGTGAAATATAAAAGTATATTACGCGATTTG
AAACATGTTATTTATCCTTTTTTTCTTGGCAGTTATTGAATCTTACATAT
TTTTTTTTCTTTTTTCAGAAATAATAACTCCTAAAATAATAGTCTCATTT
ACAGCACTAACTAACTCTCATCTGTTCCTACTAACAAATATATATTTCCG
CCACCATGGCGGAGGAAGGGTTTATCCGACTGGAATCCACGTTTAAGATC
GACCCTGAACTTATGGATGATATATGGCTTCAATACACGGGMACCAATGA
GGAAAAGTACTTCAGAAAATTCATTCATCAATTTGTTTCCTCATGGGAGA
AAAGAATTAGTCCTACATGGGAGATGCTCATAACATCCAAATTAGAGGGT
ATATTGATTATTATTATATTTTTTAGTAACATAGTTGGAATTAATTCAAG
TCCCTTTATTTCAGGCTATCGAGAGTCTGGGCCCAATCTAACAAGTCTAC
CTGATGAGCTCCTAGCGGCTTTAAGCAAGTTCTTATTCATAAGCAAAGAA
AGTCAGAGTAATGATGGACTGATGAGTTTAAATGTTGTGTCAGATACTAA
AGATATCATCAAGTGCCTGACCATTTTGTGTAGATGCACCGAGAACATTC
CGCTCATTGCTTCAATGGATTTTGTCAAATATTTAACGGATATGAACTCC
AATTTTCTTCAAAACTGTTTGCAAGTTGAATCCAGTTTTTTTCATTCAAA
GGTCAAGAAGCAAGGTAAAGAAGACATCGTGTTTCAGATAAGAACAGAGA
CTATCAACTTGATTGTTGAGAGCTGCCATTTTTTTGAGTCTCTGTATGAT
CCTGGCTTCTGTTGGAGAGCGTATATATGTGGAAAAGAAGGTAAAGCTGA
AGAGTTTGCAACTTCAACTGCTCTTCACCAAGAGGTTGTTCCTTTTTTGT
ATGAGTCTTTCGAAACTGCATTGGTTGATCGTTTTCCTACACTAGCCAAA
GAAATGTTAAACGTATTTGGCGCTATTATATCTGGAGGTAGACACAATGC
TATTAGAGCAATTTCGCCGGCAACCTCAAAAATGTTACTTAAAACAATTC
GAGATTCGGAAACAGGGGATGATATACATATAGTTGCAATTTATTGTTCC
ACACAATCCATAACTATTATGGAGCAAACTCCTCCTCATGAAAGACAAAT
AGACTTATATGTGCTCATCAATCAATATCAACAAGTTCTAGTCAGTTTGA
GTGAAAAGGGACAAAATCTATCGACCATGATTGAAGGGATCTCTCTTTTA
ACTCGTATGTTGTCAGGATCCTCTATAGAGTTGAAAAAGTATTTTGTTAG
AAATGGTATTATTGAGACTTTGCTCTCAGTTACAAGTCAATGTCTTCTTA
ATGATGATTTGAAAAAGGTACACGTATTCAGTGATCATTTACTGAATTGA
ATGAAATATACTCTTTTTCCTTTTGTTTATTTAGGTACTTATGCCTGTTG
TGATCAATCGAATAAGTTTAATACTCTCTGGTTGTGATATTGCTTGTCAG
AAAATGATGAAGATTCAAGGATATTCAATGTTATTCAATATAATTAGTGG
TTTGGGTCCTCCTGACACAAACATCTTACATTCTATTTTATACATGGCCA
CTCATGGGAAGGAGTTAAGTGATAATATACAAAACGTTAAGCCTCTCGTG
TACTTACTACGTTGGATCACTGAGACTGATTATGAAAATGGGGCACAACA
GGTATGGRTTTGTKAAGCCATTAGGGTCTTGTGTACATCCAATATACAAA
ACAAGGCATTATGTTGTGATTCTGGAATCATTTTAGAAATAATTCATACT
CTCAAATGTTTTGACAGACTAGAACATAAAAGTGCATCCGAGCTTTTAAA
ACTTTTGGAATCCCTAGGAAAATATTCGATTTCACCGTACGAACTGAAGC
AACTTATAAGTATGCTTAATGACGATGATCCCTCTACTCCGGATTCACAG
AAAGGAAAATTCCCTTATAAGAGTCATATTATCCATGTCATCAGTTCAAT
GGCAAAAGGGGATGGGTACTCAGTGTGCCGCCAATATCTGGACTTCAATA
CAAGTCAAGGGATTCAAGTACCTAGTATAAGTCAATGTCCAATTCTTTCA
AATGGATTTACTTTTCATTGCTGGATTCGCCTTGAGCAAAATCGTTCTTG
CGAAAAATCTCGCAGAATACTATATTCATTTCAAACAAAACAAGGACAGG
GCTTTGAGGCCTTTATTCATCAGGGGAAACTTGTGGTTGTCTCTGCCCAT
AAAGAAGAGTTCTTAGGTGTACCTATGGATAGTCAAATTTTCAACGACGA
TCAATGGCATTCTTTATCTGTATGCCATGGATATGCAAGAAGTCCTTTTA
AATCAAGCTCCCTTGTCGTATATGTGGATGGTTCCAAGAGATTGGAATGT
TCCTTGAAGTATCCTGTTTTTTCAATTAATGATCCAATATTATATTGTAG
CATTGGAGCTTCTCTTGATTTAAAGAAAGGAATTGAAAACTTGTCGTCAT
TTTCTAAGCCTAGTATTAAGGATGGAATTATTGACGCAATCAAAATTGGA
TTACCTGGTGTTATTAATTTACCTCACAGATCCAATGACCCCCATGTAAA
GTGGACTTTAATTGGATTAGAAGATGATTTTTGGGGTAAATCCGCCCCTT
TATTTGGACAATTGGGAAGTATACATGTGTTCAATGAAGCTACTACATTG
TCTCAAGTAAAGTTCTTGCATTTGATTGGTCCCATATCTCCAATGACTTA
CTTATTTGATCAAGAAAAAGTACATAATGATGTATTAAGTGATTTAGAGA
GCAAAATCATTTTTTGTTTCTCCCCAAAAGCACGTCTACATGATAAATTG
ATTGATTTGCATAAAGGACTGTATGATGGAAATATTTCTCCCAAAATACT
AACTCACACTACGCATGACTTACGAAATGTAATTAATTGCCTCGGTGGAG
TCCAAGTACTCTTTCCTCTTTTAGAATCTGTCAATATGAAACATCAGGAT
AAGGAAGAAATCGACGAACTTAGTTATTTAAGTTTATTAGATACTGAAAG
CAATAATGAGAATCAACCACAGAGGATGCAGTTCGATAGAAAGATGTCAC
ATGATGGAAATTGGGAATTAATTCCCTCAAGTTCATTTTCAGATTGGAAA
TTGGAACAAAATCCAATTTCCGGATTTTTAACCTTAATAAGGAATTTAGT
GTTTGATCATATTGTTAATTTAGAACAACTGAATAGAGGGGGGGGTGTTG
GCATTATCGGTGCTCTAATTCAAAAAGCGGACTCTTCTCTAATTGACGTT
AATGTTTTGATGGCTTGCCAATTACTAGTTGAAATGGCTACATGTTCTCA
AAATCCTAAGTTGTTGTCGGCTGTTCATCAAAGTATTTTATTTGATTTTA
AAATATGGTCCAAGTCTGAGTTTACTGTCCAAATTGGACATATTCAATAT
CTTAGAAATACTATAAAATCTGATCGAAAATTTTTCCGAAAAAGATTTGG
AGTTCAATTTTTTATGGACTCGATACGTCGATTTTATGGCATTCAAAACT
CTACTGTACTTTCGGTTGAGGATACTCAAACTGTTAGGAAGGCACTTTTT
GGTATTATAAAAATGTATTTAGTAAAAGATGGGAAGGACATAACTCCTCT
CATTCATTACCTTATTGCTTCACTTATTGAAACATCTAATGAAGTGCAAT
TATCCTCTGAAGTAATTGAGACGATCCTTGATATTATGTCAGATTCATCA
GTTCCATCTTCCTCTAAAGATCAAATGTATCGTATATTTAAAGATGAAAA
CCGATACAAATACTTATTTTGTGCTCTAATGAAGAATCCTTCCAAGGAAT
TGGGGCAATGCAGAGAGTCTATTCTTAAGATAACTCTTATGATTCTGAAA
TATAGACAGAAAAAATCACTGAAACTATTTCTAGATGGGGCAATACTTGG
TTATTACTACTATCGTTTTACTGAAAATATAAATGTCGATAATAGAGAGG
TTCTTATTCTTTTAGATATAGTCCTATTTGGTTCCTCAGTGCCTGATACT
CTATCAATAGTAGGACTTTTAAATCACATCATTTACTTCCCTCTCATAGT
AAAGTTGNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNGTAGTTGCTAAAAA
MATCTTAAAATTATTAAACGAACAGCCTGAAGTGTTGTATAAATTAGCAT
CAACCCGAGGTTGGCAGGGMGGTATATCCTGTTTGTTGGTTAAAGAGCAA
AATATCTATGTTAAAAGTTCCGAGGTTCAGCAAAATAAAGTTTCGATACC
CTCYGTAGAATCAGCTATGAAAGATAATCTTCACAAGGGTAGTCTTTCGT
CTCATAGCCTCAAAGAAAGAACCGTTAAAAAAGTGACTGACAATGTTGGT
TATTTATTAGACAAAGTCAGTTCAATGACTTATCAAGAGTCTGAGCACCG
TATCTGGGAATATGAAACTCTTAATGTAGATGAATTCGATGGTCTAATGG
AACCTAGCGAAATGATATCCAGGTCGAGTTCTTCAGAGGACTTGTCTTCT
GCTCAACCATCTTGTGCGACAAATGATTCAATTGTTGATGATAACTCCTC
CTACGTTATTCTCGATGATGAAGATGAAACAAATGAAGATGTTTTAGGCG
CATTGGTCGTTGATATTTTGCATAAGATAATGTGGGAAGGTTTGGGGGGA
AAGATTGAAGATATTGTAAGCGAAAGGGGTCAAGTTCTGGCTTCTATTAA
CATGTTGGGTAATACTCTTAATGGAGTTATGTTATATCAATAATTAATTT
TTATTTGTATATTGCTAGGTTTGAACAATGAGCTCTATAAATCTGTTGTT
GATGTTAAAAGAGATATTTTGGAGAGATTTATTCTTACGCTATCAAATAG
CAATGAATTTAATCCAGATGTAGTCAAACACATTGTATGTTGGACTTATG
ATTGGATTGTGAATGACAATTATGGAGTTGGGGTAAAAAAAATCACAAAG
GAGCTTGTTGAAGGAATTTCACGACTTACTCATATGTTTGTTGATTCAAT
GGAAATAGAACATAAATGTAGCAATGAAGTGATAAAAATGACTTTAGAAG
TTATGTTGAAGTGTGCTGAAATTGATTATTTTTGTCAATTGTCATCTAAA
AAACTTGTTGACTTAATTCAAAGCATGAAACCATATACTTCTGAAGTCCT
TGGGTTTTTAATTTTTCGAATATCCGCAATTATTTCAGATAAATTGAAAA
ATGATGATTCCCCTGATGATTATGATCCTCTCGTGAATGTACTGAAGACT
GTACTAGATGAGTCGAAAGATAAATTGAATTTGACTCTTGAGCTTCCTAC
ACTCACTAATATAGGGGAAGCTTTTAAGGATACATTTAAAAGCTACATAT
TTAATGAAGAATGGAAGTACTTCATAGAGAAGAAAATGGTTCACTTGAAG
ATAACCTACGAGTCTGGATACTTAGAAACTCTTCGCAACAAAATGGATGA
ATTTTGGGCCGAATCCTTTGAAAGCAATAAATTGACATCAGACACATGGA
ATGAGAGTATTGAAGAGTCCAAAAAGTATTTGATTATAAACTATCTGGAG
CCAATTGAAGAACTAATACGTACTGAAAATCAAAGATATCACAATCACAT
AAGTCAACACAAATCGCGCTTAGCCTTTGTACATAAGCGGTGGAAAGTTT
CAAAAAGGTATGTTAACTTTTTATTGAATAATTTCATAGTATTTCTTAAA
TATTTTATCTATACATTTTTTTCCAAAGGCTTTTCTTTGGACCTCGTGGA
GCTTGGTATAACCAATCAAAAGCTATAGTAAGTGATAATTGGAAACTAAG
CTCGAATGAAAATTATCTTCGAATGCGAATAAAACTCGTTCCAAATCTTA
ATTTCAATCCCCACTACCAAGCTTCGGGTCAAAGAGATAATGTACCTATT
AAAAATATAAAATCAGGAAATCAGGAAATATTCAAACTTGGAGAAAAATT
GAAGGAAGCTACTGAAGAAACAGAGAAAAAGGATATATCTGAAGAATTTC
TTACTGAAGAAGATTTAAAAATGATTGCCAGAGAACAATTAGAAACTGAT
GATGACAAGAAGTCGGGCCAACAGAAGGAAAGGCTTTTCGTGAGCGAAGA
CTGTGAGCTCGTTACTTTTATGTCAGTGATTAAAGGTGAGAGCATTTGCT
TCATAATATTTCTNCTTAAATTACTTCTATAATTATTATAATTCCTCTAG
GCAAATTTGAATTAACCTCAAGCTATATATACTTTTTCGATACTACCTTA
AATGGAGTCGGGGACGATGACAGTGAATGGACGGAAGAAAGGAAAGATTT
AAGAATAAGTCTAATAGATATACATGAACTCCATTTACGGAGATTTAATT
TGAGAAAATCTGGAATGGAAATATTCTTGATTGATCATACAAATCACTTC
TTCAATTTTCCTAATAATCGCAAAAGAAATAAAGTATATTCACGTATACM
AAGMTATGGTTTTATATCATTTTTGTTTATTCACCGAAATTATTATCTCA
TTCTTCTAACTTCTTTCATTTTAATAGTTTATGTCATTCCAATGTAATTT
ATAGTCGTGCTTCCCCCATGGATACATTTAAAGAATCCGCGTTAATGTCC
AAATGGATTAATAGAGAAATTTCAAATTTCGAATACCTCATGCATCTAAA
TACTTTAGCAGGAAGAAGTTTTAATGATTTGAGCCAGTATCCAGTTTTCC
CGTGGATATTAGCGGACTATTCTAGTTCCAAGTTAGATCTTTCCAATCCT
TCAACATTTAGAGATCTCTCAAAGCCCATTGGAATTCAAAATCCAAAACA
TGTAGATGAAGTTAATAATCGTTATGACAGCTTTGAAGATCCTTCAGGAG
TAATTTCAAAGTTTCATTATGGTACACACTACTCCAATTCTGCAATGGTC
CTACATTACCTGGTTCGTGTGGAGCCATTCACATCTCTCCATATTGATCT
TCAAAGTGGTCGCTTTGATGTTGCAGATCGACAATTTCATTCAATTCCGC
AAAGTTGGAAATCTTTGTATTCGAATGTAAACGACGTCAAGGAACTAATT
CCTGAATTTTTTTATTTCCCAGAGTTTCTAATCAACTCAAATTGTTTTGA
TCTTGGTGTTCTTCAAGGCTCTAAAAAAGTGCGTGTAAATGACACTGTAC
TACCTCCTTGGGCATCTGATCCCTGGGACTTTATTAAAAAGCATAGGGAG
GCATTAGAATCGGACTATGTTTCAATGAATCTTCATCATTGGATAGACTT
AATTTTTGGATACAAGCAAACTGGAAAGAAGGCAGTAGAGGCAATGAATG
TATTTTACTATTGTACCTATGAAGGAGCTGTAAACCTTGATCGAATTATG
GATCATGCAGAGAGAGAAGCTCTTGAAGGAATGATCAACAATTTTGGTCA
AACCCCTTGTCAATTACTCAAGGATCCTCATCCCCGAAGGATGACATCTG
GTGAAATATCATCTAAAAATGAGGCGATGACTTCTACTAGAACAAATATA
CTGAATCGAACTCATTGTTGGAAGTCATATTCAATCAATATATCTACGGA
TAAGGATCCTGTTACATTTGTTGTTATTCCTAAATTAGATTGTTTCAACA
ACAAGTCCATTTTAAATTCCCTTTCATCTAGTTCTAGTACAACAACAATG
GTATCTGTGACTCGATCCGCTAAAGTGAATTATCACAGTTGGCAGTTTGA
TAAGAAAGCGTCATTTCTCTTCGAAAGGGATACGTCAGAATTATCTGAGA
TTCGGAATATACCTGGCCCTTTCAACACAAAGTTGAGCCAAAGTCATTTG
GTTGTTACGTATGATGGAAAATTCCTCTTTTGTGGTGGCCATTGGGACAA
TAGTATAATTATATATAATATAGCTAAATCCAAAGTACTTATGAGAGTTA
TTAAACACGATGATATTGTAACATGTTTGAGCTTGGATCCTCGTGTTGGT
CGATTTATGATTAGTGGATCGAGGGATACAACTTCCATTGTTTGGCAAAT
TGGAAGCAAGGGTCTCATACCCCTACAGGTGAAACATTTTAAAAATTGTT
TTCATATTTAAAGTAATAAAATATCTTCAATACTTCCAGGTCCTCTCCGG
TCATGATAAGGCTGTTACGTGTGTTGCCATTATTTTTGAATTAGATATTG
CTGTATCTGGTTCTGAAGATGGTTCTGTGAATGTTTATACTGTGAAGGAA
GGGCAATACATACGAACTATTTATCCCCCTGTAATGACGGATGATCCCTT
CACTATTTCCCTTATTCAACTTTCTTATCAAGGAGATATTATATTTTCTG
GCCACTGCTCTGAAACCCACTCCTTACATGTTTTTACTGTAAATGGACAC
TATATACAATCTATTACTTCGGATCATCGAATCACTGCCCTCCTTTCCTC
AGATGACCTTTTACTTTCCGGAGATGAAAATGGAAACTTAATTTTAAGAG
GTCTGTACAATTTGGAGATAATCAAAGAATTACCTCTTCTCCTTCCTATT
TCTGGAGTTTCACTGACATCTGATAATTCACATATTCTCGTTCCACTAAG
AGATGGAAAACTTATTGTAATTGCTGGCTAA

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