EMLSAT00000002599, EMLSAT00000002599-698446 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000002599
Unique Name	EMLSAT00000002599-698446
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Table of all RNA interference experiments conducted using this feature, grouped by Phenotype CV: female reproduction, shorter eggstrings
Gallery Image	Title	Gene or target symbol	Sex/Stage	Phenotype	Date	Publication
	D F32/F33	g18363_TSC2, NLG3408_TSC1	female PreAdult2	-Missing- female reproduction, shorter eggstrings	24.08.2012 - 13:49 03.10.2012 - 00:00	Molecular characterization and functional... more
	D F33	g18363_TSC2	female PreAdult2	-Missing- female reproduction, shorter eggstrings	24.08.2012 - 13:49 03.10.2012 - 00:00	Molecular characterization and functional... more

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s151	supercontig	LSalAtl2s151:403390..412004 -

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)	EMLSAT00000002599 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAG00000002599	EMLSAG00000002599-685365	Lepeophtheirus salmonis	gene

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


Feature Name	Unique Name	Species	Type
EMLSAE00000011494	EMLSAE00000011494-720422	Lepeophtheirus salmonis	exon
EMLSAE00000011495	EMLSAE00000011495-720423	Lepeophtheirus salmonis	exon
EMLSAE00000011496	EMLSAE00000011496-720424	Lepeophtheirus salmonis	exon
EMLSAE00000011497	EMLSAE00000011497-720425	Lepeophtheirus salmonis	exon
EMLSAE00000011498	EMLSAE00000011498-720426	Lepeophtheirus salmonis	exon
EMLSAE00000011499	EMLSAE00000011499-720427	Lepeophtheirus salmonis	exon
EMLSAE00000011500	EMLSAE00000011500-720428	Lepeophtheirus salmonis	exon
EMLSAE00000011501	EMLSAE00000011501-720429	Lepeophtheirus salmonis	exon
EMLSAE00000011502	EMLSAE00000011502-720430	Lepeophtheirus salmonis	exon
EMLSAE00000011503	EMLSAE00000011503-720431	Lepeophtheirus salmonis	exon
EMLSAE00000011504	EMLSAE00000011504-720432	Lepeophtheirus salmonis	exon
EMLSAE00000011505	EMLSAE00000011505-720433	Lepeophtheirus salmonis	exon

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


Feature Name	Unique Name	Species	Type
polypeptide-auto777330	auto777330	Lepeophtheirus salmonis	polypeptide
EMLSAP00000002599	EMLSAP00000002599	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s151:403390..412004-

protein sequence of EMLSAP00000002599

>EMLSAP00000002599 ID=EMLSAP00000002599|Name=EMLSAP00000002599|organism=Lepeophtheirus salmonis|type=polypeptide|length=1576bp
MSKSSKAEKPFSEKLKQWFKGTKSNLYPHGEEIRLSGELVDSISPSISPL
QERLKILKDLKESVRNGRLQDKGVEVLLYKTKDLLRNDSPDVRHIVLSFY
ESLVYGQYSRLGLVRSAFFNIIKENHSKRGSADFTYHIDLLYVLTGKGKD
IVYFEDELGPFIKETIPFITPQLPCTLKFLEMITNCFIFNATYLDSDVVL
ALITLISSLCTSTNDKNETKSCLEVLNSIICYSYIPKNGLLLFISILCRV
VNLEAYGKDAWDITRRLMGTHLGHSALYCLSMIVQTTENRSDVALIRGAI
FFIGFSLWGHNRIKSLDYSAVTILPTFVHALKCKHHLVVFEVIQQVKQLV
TFYDKELHAAACDAIVELIELLLIEVRRLEKKLQDNISSHLHAVITILEG
LSEMKRYSGSKQKLFGMLDLCADHRPEESVIRLITFRQKSIHAAKSKWLN
IFSELVERYYKKEKRVNIRIKTLDVILDIFKSNHYSFEEELIDRIIIPFL
GSVHMEPESRIRRRAIEVLTTLCSLCQTNKNLDLLNILGCIMKRSLEQEA
ERDSLLKDLLIVVAEDESYHLGLEESDGSXXFSPYIICRSPEEEEEAELL
WNRQQESASRPSSPSCLSGTRQKSVLCVSLNKACLLVIECLERETDWNVL
CLVLTRVPTVLQNRPLICRYGKSINKFITPLVSFTDKNSNFPLHLTNTPS
KFSKSDFHNHIFPVLAALASYNEFLVPASQSSLIRALELGLLSKECNRMC
IVALTTSALEMKRSTRNLIPEVLLNFSKISATKFISTPILEFLSTMVRLP
EVFSCFTDTNYITVFAIALPFTNPFKFDPYTVSLAHHVIVMWFLKCRLSY
RQNFVQFIITSLNSNIFVPFEENDKNKDSMGRMRSTSLSAARRPNVALAA
KKDVAADVPKXTQIHPLAFHQELTETCLDILARYMYGNVSVKTRRLKTSD
FILKNGHSATWLIGTMLITVSTSCCTHIAMRNGVCDRCYFYCIRDGTLSK
DDITKNSDRRRHMSDFYSGTNKSQLSNLRSDKELHRHTSLERMESSGDDY
RVKKVLPETCSCWCSGWAEIYIRRPSGDVSWMCRVQNTQLLSAHTPSTNL
RELTALFDTSLKKDTFNFDVSTESDKINVDNLTEDEYKKLSSEFVPSSVS
SPSAETDKTVSGNRSHDEEMIVMSPKSPVKKTKSSPPDTSCQPLEVSDIK
RKKNQNNIPLNSSPNSSFESNLNEPAMRTTRSHTISVSSPRNRVLNKPLQ
PTTGIVGRPGIGGIGSGEKNDKVSGISPQFVFLMLYQSSTFGNAASLEKP
LLLPSNKITENSIKNLDRIPAHETHKIGVLYIGPNQVNDEVGILRNISGS
SRYTDFLDGLGNLINIRNIDKSTHFIGGLDXEEGDGNFAYMWXDDVMQXI
FHVATLMPNHDNDPQANKKKRHIGNNYXAIVYNDSRNHSESYKMGTVRGK
FISACIVITPLDQGSNRVCVDCKPELKEPLGHVMSLSILVRQWALHCNLA
AQIQKSLSNKMPYSSNWLZXLRAIKRLKEKLQKENEMKEEEDREQGSGRP
QLNDFTEFVIMRKKKGNGGSGNSVGD

mRNA from alignment at LSalAtl2s151:403390..412004-

Legend: polypeptideexon

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

>EMLSAT00000002599-698446 ID=EMLSAT00000002599-698446|Name=EMLSAT00000002599|organism=Lepeophtheirus salmonis|type=mRNA|length=8615bp|location=Sequence derived from alignment at LSalAtl2s151:403390..412004- (Lepeophtheirus salmonis)
ATGTCCAAGTCCAGCAAAGCCGAGAAACCTTTCTCAGAGAAACTTAAACA
ATGGTTCAAGTAAGAATATGCTTGGATTGATATTATTATTTAAGTTCCAT
CATCATCATCATTTTCTTTTGACTTTAAAGGGGCACGAAATCCAATTTAT
ATCCACATGGAGAGGAAATCCGCCTTAGTGGAGAGCTGGTCGACTCTATT
TCCCCTTCCATATCCCCACTCCAGGAACGTTTAAAGATCCTTAAAGACCT
GAAGGAAAGCGTGAGGAATGGGCGACTTCAAGACAAAGGAGTTGAGGTCC
TTCTCTACAAAACAAAGGATTTACTGCGAAATGATTCCCCTGACGTACGT
CATATTGTGCTATCCTTTTATGAATCCCTTGTCTATGGGCAATACTCTCG
TTTGGGCCTAGTTCGATCCGCATTCTTCAATATCATCAAGGAAAATCATT
CAAAGAGAGGGAGTGCGGACTTTACATATCATATCGATCTATTGTACGTA
CTAACAGGGAAAGGGAAGGACATTGTGTATTTCGAAGATGAGTTGGGCCC
ATTTATCAAGGAAACGATTCCCTTTATTACGCCGCAATTACCCTGTACTC
TGAAATTCTTGGAGATGATTACAAATTGTTTTATATTCAACGCAACCTAT
CTGGATTCGGATGTTGTTTTAGCACTTATTACATTAATAAGTAGTCTTTG
CACGTCTACGAATGATAAAAATGAAACCAAATCCTGTCTTGAAGTAAGGA
CCACCCTTTTAAAATCTCCTTTATCATAGTCAACACTTTTGAATTTCAGG
TTTTGAATTCCATCATTTGCTACAGTTACATCCCCAAAAATGGACTCTTA
CTCTTCATTAGCATACTTTGTCGAGTTGTAAATTTAGAAGCGTATGGAAA
GGATGCTTGGGACATTACTCGTCGTTTAATGGGTACACATCTGGGTCACT
CAGCCTTGTATTGTTTGAGCATGATTGTTCAAACTACTGAGAATCGTAGT
GATGTTGCTCTTATACGTGGAGCAATATTCTTTATTGGATTTAGTTTGTG
GGGACACAATCGAATCAAATCTTTGGATTATTCCGCTGTCACCATCTTAC
CTACCTTTGTACATGCTCTTAAATGTAAGCATCATTTGGTTGTTTTTGAA
GTGATTCAGCAGGTAATATATATATTATAAGTAATTGACTTGAACATGAT
CCAACAATAATCATTTTCATGGCAATTTACAGGTCAAACAATTAGTCACG
TTCTATGATAAAGAACTTCATGCCGCCGCTTGTGATGCCATTGTCGAACT
CATTGAACTGCTTCTCATTGAAGTTCGTCGATTGGAAAAAAAACTTCAGG
ACAACATATCCTCACATTTGCATGCAGTTATCACCATATTAGAGGGTCTA
TCAGAAATGAAAAGGTATGATGCCTTTAAAGAAGAAAATATATAACATTT
TAGGGATTTTTATTTAATCATATATTGCTTATAGATATAGTGGAAGCAAA
CAAAAGTTGTTTGGAATGCTGGACTTGTGTGCTGATCACCGCCCTGAAGA
ATCTGTAATCAGGTTAATAACTTTCCGTCAGAAATCAATACATGCAGCAA
AGTCTAAATGGCTTAACATCTTTTCTGAGCTTGTGGAGCGCTATTACAAA
AAGGAGAAACGTGTTAACATTCGAATCAAAACTTTAGATGTGATTTTGGA
TATTTTCAAGTCTAATCATTATTCATTTGAAGAGGAACTAATAGATAGAA
TAATTATTCCCTTCTTGGGTAGTGTTCATATGGAACCTGAATCTCGAATA
AGAAGAAGGGCTATTGAAGTTTTAACTACTTTATGTTCCCTTTGTCAAAC
CAACAAGAATTTAGATCTTTTGAATATCCTGGGTTGTATAATGAAAAGAT
CCTTAGAACAAGAAGCTGAAAGAGATTCGCTATTGAAAGATTTACTCATC
GTTGTGTATGGTTTAATTAATGTATTTAAGGACAAATTGCGCCAGCTACC
AAGTACTTTTATACTGAGAGTTTTAAGTTTATTAACAACGCATTTGGAGT
ATCACTATGATCACCCTAACATATTTGGTGGAAAGTCGGATATACGATAT
GTAATATTTCGCTTATTTTTNNNNCTTAAGAGCTGAAGATGAGAGTTATC
ATTTGGGATTGGAAGAAAGTGATGGCTCGGKGKATTTTAGTCCTTATATT
ATATGCCGTAGTCCTGAAGAAGAGGAGGAAGCGGAGTTGTTGTGGAATAG
ACAACAGGAAAGTGCTAGTCGTCCATCCTCTCCTTCTTGTTTATCTGGAA
CAAGGCAAAAGAGCGTTTTATGTGTATCTTTGAATAAGGCCTGTTTGTTA
GTGATAGAGTGTTTGGAAAGGGAAACTGATTGGAACGTTCTATGTCTCGT
TCTTACCCGAGTTCCTACAGTGTTGCAAAATAGACCTCTGATATGTCGTT
ATGGCAAAAGTATCAATAAATTTATCACACCACTCGTCTCTTTCACGGAT
AAAAACTCAAACTTTCCCCTCCATCTGACTAATACTCCTAGTAAGTTCAG
CAAATCCGATTTTCATAACCATATATTCCCTGTGCTGGCAGCTTTAGCCT
CTTATAATGAATTCCTTGTCCCTGCATCACAAAGCTCTCTTATAAGAGCA
TTGGAGTTAGGCTTATTATCCAAAGAATGCAATCGAATGTGTATTGTTGC
CCTCACTACATCAGCCCTCGAAATGAAACGCTCAACGCGCAACCTTATAC
CAGAAGTTTTATTAAACTTTTCCAAGATATCTGCAACAAAGTTTATTTCA
ACACCCATTCTAGAGTTTTTATCAACAATGGTTCGATTACCCGAAGTCTT
CAGTTGTTTTACTGATACAAACTATATAACTGTCTTTGCTATTGCTCTTC
CTTTCACGAATCCCTTTAAGTTTGATCCCTATACAGTTTCACTGGCTCAC
CATGTTATAGTGATGTGGTTTTTGAAGTGTAGACTCTCATATAGACAGAA
CTTTGTTCAATTTATTATCACAAGTCTTAATTCAAACATATTCGTACCTT
TTGAAGAAAATGATAAAAATAAGGATTCCATGGGACGGATGCGGAGTACG
AGCTTATCAGCTGCTCGGAGGCCAAATGTGGCTCTTGCAGCTAAAAAGGA
TGTTGCAGCTGATGTTCCAAAAYCCACTCAAATCCATCCATTAGCTTTTC
ATCAGGAACTGACAGAAACGTGTCTCGATATTCTGGCTCGATACATGTAC
GGCAATGTCTCAGTAAAGACCCGTCGCCTAAAAACATCGGATTTTATTCT
TAAAAATGGGCATTCAGCGACTTGGTTGATTGGCACAATGCTTATAACTG
TTTCTACGAGCTGTTGTACCCATATTGCAATGAGAAATGGTGTATGTGAT
AGATGTTATTTTTATTGCATTCGAGATGGAACTTTAAGTAAGGATGATAT
TACTAAAAATTCGGATAGAAGAAGACACATGTCGGATTTTTACGTAAAGC
ACTTTATTTTTTATTTTTGTATTTAATAATTATTTATTTTCATTACAGTC
CGGTACAAATAAGAGTCAGTTATCAAACTTAAGAAGTGATAAGGAACTTC
ATAGGCACACTTCTCTGGAGAGAATGGAGTCTTCTGGAGATGATTATAGA
GTAAAAAAAGTGCTACCTGAAACATGCAGTTGTTGGTGCTCTGGCTGGGC
TGAAGTAATACAACCCCATGTGTACACTACCACATATTTTGCTCATGAAT
TTAATTTCAGATTTACATTCGGCGTCCAAGTGGGGATGTATCCTGGATGT
GTAGAGTGCAAAATACTCAGTTGCTTAGTGCGCATACACCCTCAACTAAT
TTGAGAGAATTGACAGCACTCTTTGATACCTCTTTGAAAAAGGATACATT
CAACTTTGATGTGTCGACTGAAAGTGATAAGATTAATGTGGATAATTTAA
CGGAAGACGAATATAAGAAGTTAAGCTCGGAATTCGTACCCTCTTCAGTT
TCCTCTGTATGCTTAATTCACCTATGTTTGATCTTTGTATGGAATCTTTA
TTAATATATATTTGTAATTATTCTAGCCTTCTGCAGAGACGGATAAAACA
GTTTCGGGGAATAGGTCGCACGATGAGGAAATGATCGTTATGTCACCTAA
ATCTCCAGTTAAAAAGACAAAATCTTCACCTCCTGACACATCATGTCAAC
CCCTAGAAGTCTCAGATATTAAAAGAAAGAGTTGTGATCCTATACCAGAG
GTTGAAGAGGATTTACGCTCCGGAACCGATTTAAGGCGTCGACAATCTGT
ACGTAGATACAACATTAATTCTTATATAAATATTAGAGTTGGATTCGAGT
TAAAATTATCGAGTTCAAGATTTCGATGATTGAAGTAGAGTGAGGTTCAA
GTAAATTGATGATACTCATATTTTATTTCGAGTTCACTATCAAGAAATGA
AATAAATAAGATATGTTAGGTTGTTTATTAATTGGATATATACATATTTC
ATATAATACCACTACTGATAATTATTGAATTCTATACAGTTAAATATTAT
ATTAGGTTACCATGACGTAGTAATTAATCCTGTCTCTCTTCTTAGAAACT
ATTTCCCAGTTAAATGGCTAACTTAAATAGGTTAGAAAATACGAATTTTC
CTTCAGTGCTCCAATACTTAAGTGGGTCTTTATATCGATCGATACAGGGC
AATTCTAAATATTGATTCTTAAATAAACATAACGTTTATAACATAAAAAT
ATTATGTGGCCCATGGCCTGCGCAGTTAAAAATGTCAGTTATATACTATA
AGAGTCTGGCGGCCTTAGAGCGAGTTACAATTAGTTTGAATAATTACATA
AAAAATATTTGAAAATTTGTATTCCGCAGGAATAATGAAATACTCCTTGA
TATTGAAAATAAATAACCGGATATTTAATTAGTGATTATTCGAGACTCAT
ATAAATATTTTGAGTTTCCGTGGCTCCAAGTCAAACTATATCGAGTTTTT
TCAAAAGATTTTTTGACGAGTTCGAGTAATTTACAAAAAAAAAAATAATA
AAAGAAATGACGTAACTTATGTCGAGTATTTTTCGAGTTTTAGTTATAAT
CGAATCCAACTCTAATAAATATATTATTCTGGCTCTTAAATTATTATTCT
TCGAAATTTTTGAGGAACATGGTCCAAAAATGTTGGTTTGAATAAAAAAA
TGAAGAAATATACGAAAGTTTTAATCATAATAAACCTTGTTTAGAAGATG
TGCAGGCCACTTCTAAAAAAACAAAAAAAACATAGAATTCTGAACTGAAA
ATAGTCCACATAAGTCGAAATAGAGCAATATATAATCAATGTGAGAAATT
AAATAAGGGTACCGGTATTAATTTCAAATTTCAATGCCGAATGGATATAC
AAAATTAAATGAGTTAACAAACTTTCAAAAGCTATAATGTTATATCATTA
TGTCGACTATTTTCAGGTGATAATTCTATTTTTTTCTATTTAATCGTATG
TTAACCGTAAAGAACTGTTGGACCATGTTCCCTGAACATTTCAAAAATAA
ATAAATAATAATAATTTAAGAAACAGTCTAATATAAACATATATTTTCAT
ACTAAAACTATAGGATGCATGGAGAAAATCCTTACCACCGGGTAATGAAG
AAAATCAAAATAATATCCCATTGAATAGCTCTCCCAATTCTTCATTTGAA
AGTAATTTAAATGAACCTGCAATGAGAACAACGCGCTCTCATACTATATC
CGTATCGAGTCCGCGGAATCGGGTATTAAACAAACCTTTGCAACCTACCA
CAGGAATAGTCGGTCGTCCTGGAATTGGTGGCATTGGATCTGGAGAAAAG
AATGATAAAGTTTCTGGCATTTCACCGCAATTTGTATTTCTTATGCTTTA
TCAATCTTCCACATTTGGAAATGCTGCTTCCCTAGAAAAACCTCTTTTAC
TTCCCTCAAATAAAATTACTGAGAATAGTATTAAAAATCTTGATAGGATC
CCGGCGTAAGTAAAGTTTTCTCTATTCTAGATGCATTTAAAAAGTTTAGA
CGAATGTTAATTATGAATAGGAATATTTTTTTTGGGATTAAGGGGTTGAT
AGTAAATTTAAAGGTTGAATAGTCATGATTGGATTACTAAACAGGATTGT
CTTTTGGACACTAAGGAAAAGGACAATAAAGTTTTAGTGTATTTTTCTAT
ACCAGGGGTCACGAAATGGCTCAGTGCATATTGGATTCAAAAAGAATATG
CGCGCCATTTGCATATCCCAAAAAAGTACCTATAACTTGTTATGTCTTTT
TGATAATGAATCGTTGATTTAGGGGTATACTTCTTATAATATTACTTAAA
GATCAAACACTCAACTGCAGTATTTATTTCATCATAAGTGCTGTATCGTT
ATGTATTTTGTAGATTAAAAGGAATTATGCCAACAATCCGTAAATATGGA
AACTTTAGGATCGATGTGCCACCTCTAAATATTTATTGATCGAGTTCAAA
TTTTGTAAAACATACATATTTTATTATCAAAAGAAACAATTTGCCGCTTT
GGGAGCACTCTTTTTCCAGAAAAATTTGTTAAAAAACCCTCTAATACAAT
ATTTTTTATTAATCTTCTGTTTCAATATGTAGTCTTGATCCAATGGACAA
TGTCCATTAGATGGGGCCAGAGGCGCGAATATTCTTTTCAAACTAGGAGA
GAACCACTACTAATATAGGGGGGGGGCTGAAGGGGTTGTAGCGCCTCCAA
ATCGAGGAATTTAAAAAAAATTATAAATATAGAAGAAAAATTAGCTCCCA
AAAAAATCAATTTAAGAATTCATTTTCTAAAAAAAAAATACGGGAGTTTT
TTTTAGGATTTCTTTTATAAAAAGAAGGTTATTAGATCAAATTATGCTGT
GAAATTAAGCACCCCTTAAAAAATATAATCCGGCGGACGCCCCTGACTTG
TTATTCTTTCAATTATCCGGCCCATTATAGAAAAAGAATAGGTTACTCCT
ATTCTAAACTATGTATTAATGTATACGAATCAACTCATTTTTGGAGCCGT
GCCACTAACATGGCTGGAGCCTGTCTCTTGATACTCTACTTTTTCCGGCT
TTTGTTTTTGTTGTTGACCCTAGGAAATTAAGAGAAGGATCCACCAGGGT
ATCGCTCCCAAGGAGCCTATCCCAATTGTATATCTACAAAGCGACGTGAA
ATAATTATTGATTTTTATTATATTAATTAGTCACGAAACTCACAAGATTG
GAGTTCTATACATTGGACCTAATCAAGTCAATGACGAAGTTGGAATTTTA
CGCAATATAAGCGGTTCTTCTAGATACACGGATTTTTTGGATGGTCTCGG
AAATCTAATCAATATTAGAAATATTGATAAATCCACTCATTTCATTGGTG
GATTGGATARCGAAGAGGGKGATGGKAACTTTGCTTATATGTGGGRAGAC
GACGTCATGCAGGKCATTTTTCATGTTGCAACTTTAATGCCTAATCATGA
TAACGATCCACAAGCCAATAAAAAGAAAAGGCATATTGGTAATAATTATK
TAGCCATTGTGTACAATGATTCGCGAAATCATAGTGAGTCTTACAAAATG
GGGACTGTGAGGGGGAAATTCATTTCTGCATGTATAGTCATCACTCCTCT
AGATCAAGGCTCCAATAGGGTATGTGTGGATTGCAAACCAGAGCTAAAGG
AACCTTTGGGACATGTCATGGTAAGTTAAAGTCAAATAATTAATTAGTTA
CACAGGTCAAGAAAAAGTTACATTTCCAAAAATCGTTTACGGTCATAGCT
GTATTAAGGGGTCAGGTAAGGGAAACTGAAAAAATGACCGCTTATAGCAG
GTGACTAGTGTTGTGTCGATCCTTATTTAGGAGTGAAGACTGGGTGCAGT
CCAGTTCAGTCCTAAAACTTGCAAAAGTTTGGTCTTTGATGATGTTATTC
AACTTTTTTTGAAATCAGTTCGTGTACTGACAGTCCGAAGGACTAATAGG
AATCGTCCTAAAGACTGGACTGACAACACTACAAGGGGCTTATTTTGTAA
CAATTCTAAATTTGATGACTGTGTATGGCCGCTTAGTGCGGTGACACGCT
TAGAACAGACCAGAATTCTACCTATTAAAATCAAATCCTCTTTTATCAAT
GAAACCCTAAATATTTACACTTTAAATAAGTTCTTTTGGCATAAAACCAA
CTGAAAAACCCAGATGTTATTCCTTTTACAAACAAAATTNNGTACAATTT
GCGTATTCTAGCTGCAACTTGTACACAAAACAACTATTCAAAATGACACA
TTTAATCTTTAGGATCCTAAAATAGTATCTGACAAGAGTTTGTCAATATT
AGTTCGCCAATGGGCTCTTCATTGTAATTTGGCGGCGCAGATTCAAAAAT
CTTTGAGCAATAAAATGCCTTACTCTTCAAACTGGCTCSAAAYACTTCGA
GCTATTAAGCGTTTGAAAGAGAAGCTNCAAAAGGAAAATGAAATGAAGGA
AGAAGAGGATCGTGAACAAGGGTCTGGGCGTCCACAACTGAATGATTTCA
CAGAATTTGTCATTATGCGAAAAAAGAAAGGGAATGGCGGAAGTGGAAAT
AGTGTTGGTGACTAA

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