EMLSAT00000012515, EMLSAT00000012515-708362 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000012515
Unique Name	EMLSAT00000012515-708362
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s921	supercontig	LSalAtl2s921:232424..242077 +

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)	EMLSAT00000012515 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAG00000012515	EMLSAG00000012515-695281	Lepeophtheirus salmonis	gene

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


Feature Name	Unique Name	Species	Type
EMLSAE00000056218	EMLSAE00000056218-765146	Lepeophtheirus salmonis	exon
EMLSAE00000056219	EMLSAE00000056219-765147	Lepeophtheirus salmonis	exon
EMLSAE00000056220	EMLSAE00000056220-765148	Lepeophtheirus salmonis	exon
EMLSAE00000056221	EMLSAE00000056221-765149	Lepeophtheirus salmonis	exon
EMLSAE00000056222	EMLSAE00000056222-765150	Lepeophtheirus salmonis	exon
EMLSAE00000056223	EMLSAE00000056223-765151	Lepeophtheirus salmonis	exon
EMLSAE00000056224	EMLSAE00000056224-765152	Lepeophtheirus salmonis	exon
EMLSAE00000056225	EMLSAE00000056225-765153	Lepeophtheirus salmonis	exon
EMLSAE00000056226	EMLSAE00000056226-765154	Lepeophtheirus salmonis	exon
EMLSAE00000056227	EMLSAE00000056227-765155	Lepeophtheirus salmonis	exon
EMLSAE00000056228	EMLSAE00000056228-765156	Lepeophtheirus salmonis	exon
EMLSAE00000056229	EMLSAE00000056229-765157	Lepeophtheirus salmonis	exon
EMLSAE00000056230	EMLSAE00000056230-765158	Lepeophtheirus salmonis	exon
EMLSAE00000056231	EMLSAE00000056231-765159	Lepeophtheirus salmonis	exon
EMLSAE00000056232	EMLSAE00000056232-765160	Lepeophtheirus salmonis	exon

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


Feature Name	Unique Name	Species	Type
polypeptide-auto774995	auto774995	Lepeophtheirus salmonis	polypeptide
EMLSAP00000012515	EMLSAP00000012515	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s921:232424..242077+

protein sequence of EMLSAP00000012515

>EMLSAP00000012515 ID=EMLSAP00000012515|Name=EMLSAP00000012515|organism=Lepeophtheirus salmonis|type=polypeptide|length=1532bp
MVFNHNLGGIVHNSSPAPIRRGNGHFGFDPSISSPLDVKRALFDNSNNHG
SSLPKKPKTSEDDEEIAEYPSSNSIKENGNILPLQPIIGNSPISRVKAKF
KLCGNNCPSKLFSSTSFSSETVTSSSLVCNFEESVLNGRIYPVSQVDGFI
AKIGASGSFHPRHLTLPVTVYYYSLCDNLKVSSPYMGHIDIGKKGYRVPD
KGTIQVTLFNPLGTVVKMFVVMYNLSDMPSNSQTFLRQRTLYMPSDLPID
ATDSEPHKWLRYVIHLRMDLCLLIVLSLCPLGLLGDIPTFNYALKYFNEP
VGSGTFQLLSGDAQKKYNAWNYLSIASDFGHPTARLTIAWAKFLGILHEE
NWDPFPIFQDLASTVGDPDAQFSLGFLYATGLTINSSQAKAMLYYSFAAN
GASPLALMALGYRHLSGIGVPSSCETSLIYYRKXAESVVKSVNFSSGTLL
QRIRLLDEESESGNGFLDSDKIDYYQFLADNGDVQVQVGLGTLYYQGGRG
MDKDHSLALKYFKRGADAGNPVAMAYLGKLYLEGEVVEQSNETALLYFSK
SAEALNPIGQTGMGMLYLEGRGVKANYGIAFTYFEKAAEQNWVEGQLQLG
NLFYKGLGVEQDYKTAMKYFFLASQSGHILAYYNLAEMYASGIGTLRSCS
ISVELYKNVAERGKWASFMMSAHTNYKEGKYDQAILKYLLLAEAGSEVAQ
ANVAYILDRKESNLFESNEMLKRALVYWSRSAAQGXSAARVRLGDYYYYG
LGTSIDFETAAFHYRIASEQSNAQAMFNLGYMHELGVGMKKDIHLAKRFY
DMASESSSDAIVPVSIALAKLSFVYTFSKWMEYNDGLLTPIILQFWDLYL
LVYSQESNMGTGTSSLRQCRENESLARFVSLEPISENHPFWNGFLSFQSS
LIPMGYEDSKKLEEIIEPLAKRFILNNLKTGNFGILLDLFLKKKTELIAS
QHLESSVFLLQTCNNLFVLRTCMKFFIERIKDEDLEAQFEAQSESSENVN
QRFELLFQSLIDTILDIPLSKSXYTLHTEATLSLLIMLSSTLYSSQPAIH
YRSYKLIMSSPKAMALIRSLLTRFMDRMEMTERNESGXLVVGIASGVFNM
FSSAFYDSSAQESSDKKVTKTPLADFSLLLLLVLVNQCTPAMMGNTEEIE
SKYKNPFRSALFRLRGIQGDSNEALSEDVKEEQFDFAKLFKSIWSTLDSD
ESTLLLYLLLHQNDCFRIHVLASSDMDLLVIPLLKTLYRAPTKTSGNHHI
NHHVYMSLIILLILSEDDLFNTSVHETMIKNIEWYSERSLTDISLGGTLI
LVVIRTIQFNMLKMRDKYLHTNCLAALANMSSQFRRLHSYVCQRIISMFE
TLAKKHGRIMSSVQYADDESEVSIHVDDESIGDTMAXXEXLEEVLKMILE
IINSCLVHQIKNNPNLIYTLLYKRDLFAPFASHPSFQDLTQNIQTVINYF
GSKLDQTQEKKGTALTVDEVQEIICHTVIQFPKEKLIKFPDLKFKYVEEE
KPEDFFIPYIWSLIMGKLYWNPAYITHLHQKE

mRNA from alignment at LSalAtl2s921:232424..242077+

Legend: exonpolypeptide

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

>EMLSAT00000012515-708362 ID=EMLSAT00000012515-708362|Name=EMLSAT00000012515|organism=Lepeophtheirus salmonis|type=mRNA|length=9654bp|location=Sequence derived from alignment at LSalAtl2s921:232424..242077+ (Lepeophtheirus salmonis)
GCAAAATCTATAATATTATCATAATGTAAAAAGTTATTCATCATGCTGAT
TTGATTTTTATTCCTTGTTGTTTTGTTTTCTTCCTCACTTGAGTTCAAAG
AGAAGTGATATCCTTGAGATCAGATAATAACCATTTGTTGTGCAGAGGTT
ATTATTTATATATATATATCTCGTCGTATTCTGAGGTTTGGCCCTTTTTG
GATCTCATATCCTTATTCTTTTTTTTTTCGTGTTTCTAACGGGTAAAGAA
ACTACGATGCTTAGAAAGTATTTTTTTAAAGGAAAGGTCATCATCATAAA
AATTTAAAGAATTAGTTAATTTTTTGTTTCTTTGTCAAACACAAAAGACT
TAAATAACTATTTAATCAGAAAAATAAAATGGAAAAGGAAATTTTTTTAA
TTCAATTCTTAATAATACAATTATCATGTAAAATTAACTTATTATAATTA
TAATATGTATAGCTCCATCTAATATAAAACGCTAATAGTATTGATTAATT
AACTGATGTGGTACGGAAGTGTTTCTTTTTCATTATTATTTATGTATTAA
TTATTATGAAATCAAGGTTAACACTCTTATTTGAAACTCCTGAAATGCTC
TTAGATACAGTATACAATTGAATATGAATATTTAAGCACTTTTCCAAAAA
AATAAATAATATAAACCTTATACTAATACGTATTTCCTCTTTTTGATTGA
AACTTGTTAGGTCTTTTATATTGGATTTACAATGACATTAAATCACCAAT
TATTAAGAAGAAACAAGTCTTCTGAGTCTCTGGTCTTGTCAATAAGAATG
ATCTAAAATTAAAGGGCAAAAGAGACATTTTTTTTGGTGTATGTGTGAGT
GTTCATCGATTGAAGAAACAAGATGATGGTACTATTATATTTTTTTGTTT
CATCAAAACATTTAATAACGGATCGCAAAAGTATGGAAGACTCTTACTAT
CTGAAGGTACGTTCGAAATTTTACAATAGAATTATGTAACACCCACCTTA
TGTTCGTAATATTATTCTTATTTGAGGGCTTATAAATAGTGAAATGGGAT
TTTTTGTTGTTCATTGTTGTCAAAAATTTGAAGGGTATACCTTATTATAC
ATGGGTGCAATAATGTCTGATAATGATTCCTTGATTAATTAATTAATCAT
TAAATAATGTTAAAAGTATTTTTTTAAAATATATATGTGTATACATTTTG
AGTCTTTTTGTTAGATTATAAGTGTATTATTAATTAATTACAACATGTTT
CTTTTATTCCTTTTCAAAAAATAAGGGATTATTGCAATAGTCTCTTTGGT
TAATTGAGAAAAGTACTTTAATAGTCTGTTTGGTATATCTTGGCATTAAA
AATAATAATCCTCATTCTCAATGGTATTCAATCATAATTTGGGTGGGATA
GTTCATAATTCTTCCCCTGCTCCAATTCGTAGAGGGAATGGACACTTTGG
CTTTGATCCATCCATCTCTTCTCCACTTGATGTAAAAAGGGCATTATTTG
ACAACTCTAATAATCATGGAAGTAGCTTGCCTAAAAAGCCCAAGACAAGT
GAAGATGATGAAGAGATTGCAGAGTACCCCTCAAGTAATAGTATAAAAGA
AAATGGCAATATTTTACCTTTACAACCCATCATTGGCAATTCTCCAATTT
CAAGAGTTAAAGCTAAATTCAAACTCTGTGGTAATAATTGCCCCTCCAAA
CTTTTTTCATCCACCTCCTTCTCTTCAGAAACTGTCACATCCTCAAGTCT
AGTGTGCAATTTCGAAGAGTCTGTTCTCAATGGACGAATTTATCCCGTTT
CTCAAGTTGATGGCTTTATTGCTAAAATTGGAGCCTCGGGAAGTTTTCAT
CCCAGGCATTTGACTCTTCCAGTAACAGTTTACTATTACTCTTTATGTGA
TAATTTGAAGGTTTCTTCACCGTATATGGGTATTGTATAGTGTTTATATA
ATAAAACATACTGTATCATTTTTAATTTCCATTAGGTCATATTGATATTG
GAAAAAAGGGTTATCGAGTTCCAGACAAAGGAACAATCCAGGTCACACTT
TTTAATCCCCTTGGAACCGTCGTGAAAATGTTTGTTGTGATGTATAATTT
GTCAGATATGCCATCCAATTCACAAACATTTTTAAGACAAAGAACGCTAT
ATATGCCTTCAGATCTACCTATTGATGCTACTGACTCTGAGCCTCATAAA
TGGCTCAGATACGTTATTCATTTGAGGTGAGGGATTTATTTTATATATAA
TATATCCATTTTGTGTAGCTTTATCTTATCTCTTTTATATATTTATTTTA
CTTTGTAGATTTGCTAGCTCTAAATCTGGAAAGATATATCTTCATACTGA
TATTCGAATGATTATATTTAACAAATCCGACTTGGACACCGCGACAGACT
TTTGTCAGGATAGAGAATTTGAATTAAGATCTTATACGAGAACCCCAAAC
AATCCAAAATTTTCACCGAGGAAATGAATAATTGATTAAACCCTTTTTTC
TCTCTCTCTAGTAGAATGATGGATTAGTGTTTTTTTTCAATATTATAATT
TTATGATTATGTCTTTCAGTTACAAGTTTGTATATATTTATTATGTAATA
GTTGAATGCGATAATAACTGAATATACTAATATATATCTATATAAATAAG
TCTATATGTTAAAATAAATTATTCTCAAATATCGCCTGAGTTACCAGTGT
TCTACAGCAAATATGTTATTGTTAATTATTAAGGATCGGTAGGCTATCAC
TTTGCAGGATTGCAAGTTTGGAGACTAAAGTGTTTAAATACCTCTAAAAA
TTTAAAATAAATGATCATACGAATGTTCATTATATATACTGGGATATTGT
TATATACGAACCGTTACTAGTAATTTATTTAATATTAAATGTAGTATGAC
GTAGCTACGTTCTCAAATAAAAGAAGTTCTTGCATCATTCATATATTTCA
TTACTGGTTCAGTAGGTAGGTTTCATGAAGAAAGAGGGAAATTAGAGGTA
TGCTGCCTATTAAATATGAATTGTCATTTGATGGCTGTAGGCTGTATTTT
ACGGCCACACTATATGATATTTTAGCTATAGGAGGMAGAAGCTACTAAAG
GACACGTCAAATAACCAAGTAATATTACGTATCTTTTATTATTTATTAGG
ATTTAAGTTCGGATCGGGTCATTGAGGTACAATATTGTCTATTGTGAATC
AGAATTGTCTGTTGAATATAAAATATTGTGTCTTATTAAGTATTTTCTGA
AATGGAGTCAATTAGCCGCCACCCTGGCTCATTTTGTTAGAGAAGTTTGA
ATAGGATGGATCTTTGTCTCCTCATTGTCTTGTCCCTTTGTCCTCTCGGA
CTCCTAGGGGATATACCGACATTTAATTATGCTCTCAAGTACTTTAATGA
ACCCGTGGGATCCGGAACGTTCCAACTCCTCTCTGGAGATGCCCAGAAGA
AATATAATGCGTGGAATTACCTCAGTATCGCCTCCGATTTTGGACATCCA
ACTGCGAGGTTAACAATAGCTTGGGCCAAATTCCTGGGGATCCTCCATGA
AGAAAATTGGGACCCTTTCCCCATTTTCCAAGATCTTGCTTCCACTGTTG
GGGATCCCGATGCACAGTTCAGTCTCGGGTTCTTGTATGCCACTGGCCTC
ACTATTAATTCGAGTCAAGCCAAAGCAATGCTCTATTATTCCTTTGCAGC
CAATGGAGCCTCTCCTCTTGCTCTAATGGCACTAGGTAAAGGGCCCATCC
CACTTTATTCTCACTATATCAGTCTTACAATTTCATGAATATGTACATAT
TTTAGGCTATCGTCATTTATCTGGTATCGGAGTCCCTTCTAGTTGTGAAA
CCTCTTTAATTTACTATCGTAAAMTAGCCGAGTCTGTTGTTAAAAGTGTT
AACTTTTCATCGGGAACACTGCTCCAACGAATACGCCTCCTTGATGAAGA
AAGTGAATCAGGAAATGGATTTTTAGATTCGGACAAAATTGATTATTACC
AATTTCTTGCCGACAATGGAGATGTTCAAGTGAGTTCAAGAGAGGGATAT
TGTTTTGTAGTCCAAAAAATTTACAATTATTTTCTTATAGGTTCAAGTAG
GCCTTGGTACTCTTTATTATCAAGGTGGAAGAGGAATGGACAAGGATCAT
TCATTGGCATTAAAATACTTTAAAAGAGGAGCTGACGCAGGGAATCCTGT
GGCTATGGCTTATTTAGGAAAATTATACCTTGAAGGAGAAGTTGTGGAGC
AAAGTAATGAAACAGCCTTACTTTATTTCTCAAAATCTGCCGAGGCCCTC
AATCCAATCGGACAAACGGGAATGGGAATGTTATATCTCGAGGGAAGAGG
TGTTAAAGCAAACTATGGAATTGCTTTTACCTATTTTGAGAAAGCAGCAG
AGCAAAACTGGGTCGAGGGACAACTCCAATTGGGAAATCTCTTTTATAAG
GGACTTGGTGTTGAACAAGATTATAAAACAGCTATGAAGTATTTTTTCTT
GGCTTCTCAATCTGGACACATACTAGCTTATTACAATCTAGCAGAAATGT
ATGCATCTGGTATTGGAACTCTACGATCCTGTTCCATTTCCGTTGAGCTC
TACAAAAATGTAGCAGAAAGAGGAAAATGGGCGAGTTTTATGATGTCAGC
ACATACTAATTACAAGGAAGGAAAATATGATCAAGCAATATTGAAATATT
TGTTACTTGCTGAAGCAGGCTCTGAAGTTGCTCAAGCCAACGTTGCCTAT
ATTTTGGATAGAAAAGAATCCAATTTGTTTGAATCGAATGAAATGCTTAA
AAGAGCCTTAGTATATTGGTCGAGATCTGCTGCTCAAGGGTKCTCCGCCG
CTAGAGTACGCTTGGGAGACTATTATTACTACGGTCTTGGAACATCTATA
GACTTTGAAACAGCTGCATTTCACTATCGCATTGCTTCGGAACAAAGTAA
CGCGCAAGCAATGTTTAACTTGGGCTACATGCATGAGCTTGGTGTTGGAA
TGAAAAAGGATATTCATTTGGCAAAGCGTTTCTATGATATGGCATCAGAG
AGTTCTAGTGATGCCATTGTTCCGGTTTCCATAGCTTTAGCCAAATTATC
CTTTGTGTATACCTTTTCTAAATGGATGGAATATAATGATGGTCTTCTCA
CTCCTATAATCCTACAATTCTGGGACCTCTATCTCCTTGTAGTACTATTT
CTTCTATTAGGAATCATTTTCCTTCTCCGAAAAACACACATTAATAATGG
TCGCCCTCGATAAAATTATATTCCTCCTGTTGCTGATCCTAGACCTTGAA
CTCTTGTTTCTGCATTTGTGTGTCAGACATTTTTTTTCTTTATTTACCAT
AATGATTTTTGAGCTATGTTCTAAAAATATTACAGAGGAAATCTTTATCA
AACCACTTTATGACTTACTAAGTATAATATACATATATGTTGTCACTTGT
ACTGGCAATTTCTTTCAGCAAACAAATTTTTTTTCATTTTTAAAATTAAC
TATAATTCATTTTGATTGAAAATTATTTATTGTGTATCATTGTGCAATGT
CAATATATTGTTTCCCCAGGAGCTCAATTTTTTTTCTTCTTTTATCATTT
AACTGTGATTAAAAATTATTTTAAATATATTTTTCGTTAAGTAAGTGTAG
AACGGATGATAATGAAAAATATTTTTTCTTTTGTGTGTGTAAAGGCCACA
GTTTTATACATTGATATATATATATAGCTTCCTTCAAATAAATCGTTATT
AAAACAATATTTTGAACAACTTCAACCAATAGATCTAATGTGATCCATTG
TTCTTTTTTCACAGAAGGAAGATATAATTGATTTTGAAGATGCCAGCTGG
TGGTGATATTGGAGATTGGTTTAAAAGTTTGCCCATATTCACGAGGTATT
GGTTTGGACTCACTCTAGGCTTTACTCTTTTTGGACGTTTTGGACTCTTA
TCGCCACATTGGCTCATACTTCTTTGGGATTCATTTTTCCATGAATTTCA
ACTATGGAGGCCCGTTACCGCATTATTTTTCTATCCATTGAACCCAAAAA
CTGGATTTCCTTTCCTTTTAAATTTATATTATCTCTATAATTATTCAATT
CGCTTAGAAACCGGGATTTTTGATGGAAGGCCAGCAGATTACCTTTTCAT
GCTTATCTTTAATTGGCTTTGCTGCGTGATTGTTGGATTCTTTATGGAAA
TTTATGTTCTTATGCCAACCATGGTATTATCTGTCCTTTATCTTTGGTGC
CAATTGAATAAAGATACTATCATAACGGTCTGGTTTGGAGCTCAGTTTAA
GGCAATGTACTTACCATGGGTTCTTTTGGCTTTTAATGTTATCATAGCTG
GAGGAGGATTAGTGGAATCTGTTGGAATACTAATTGGCCACATGTACTTT
TTCTTAACATTCAAATACCCACAAGACTTTGGAGGACCGCGACTATTGGC
AACGCCTCAAATTTTGTACAAGTATCTCCCCAATCATSGGCAGGGAAGCC
AAGGCTATGGATCTGCTCCTCAAGCTGCTCCTGGGAACAGGGGAATGAAT
CATAGTTGGGGTACAGGAAGAACTCTTGGAGGGAATTAACCGCGCACTCT
TCCATTAGTTTTTTTGTGTTATTGTTAATAAGCTATTCTATAATATATAA
ATATACATTTGAGATACGGATTCGATGTAAAAATATATGTTTTTAACTTT
TTCTAATTTATTAAAATTATTATTTTTAATAAGGAAATCCTTATGAATTA
AACTAATTCAAAGAGTAGAAAGTTTCTCCAATACACATTGGCATCTCTGG
TCCAAGGTAGTTAAATATTTCAACATGAAAATACAGCAATGATGAATCAC
TAATCATGATAGATATCTACGTAAGTACTAAGTATGTAAATAGAAAATAG
TCTAGTACTCTCTCTGCACGTAGTACATGTTTGAATGTGACGTCTTCAGC
TGACGAGGCTTTGATGTAGTTGATGTTACGTTCGTGAGACGTCGTCTATA
TTGTCAATTTGTGTAATTACTAATTAACGAAGTGTTGGTTGGTCTTATTT
TGTAGAATAGTACAGCCAAGAGAGCAACATGGGCACGGGTACAAGTTCTC
TTCGTCAATGTCGAGAGAATGAGTCCTTGGCAAGGTTTGTTAGTCTTGAG
CCCATTTCTGAAAACCATCCCTTTTGGAACGGATTCCTCTCCTTTCAATC
TTCTCTCATACCCATGGGATATGAGGACTCAAAAAAATTGGAGGAGATAA
TTGAACCATTGGCCAAAAGATTTATTCTCAATAATTTAAAAACTGGAAAT
TTTGGCATCCTCTTGGATCTGTTTCTCAAGAAAAAGACGGAGTTAATTGC
ATCACAACATTTAGAAAGGTATTTCAATGCCTTCATATTTAAAATCTTTA
AAATATGTTTAACTAACTTGAACGGATTTTCTTTCTTGTCTCTCATTTCA
GCTCCGTATTCCTTCTTCAAACTTGCAACAATCTTTTTGTACTGAGGACA
TGCATGAAATTCTTTATAGAGCGTATCAAGGACGAGGATCTCGAAGCACA
GTTTGAAGCACAATCTGAATCCTCTGAAAATGTCAATCAAAGATTTGAGT
TGCTCTTTCAATCTCTGATTGATACCATTCTTGATATACCTCTGTCGTAA
TGCATTATATTATTATAAGTTCTTTTTCCCCATGCTTATTTCCCATATCT
TTGCTTAGGAAATCAKCCTATACACTCCATACAGAGGCTACACTATCCTT
ACTCATTATGCTTTCATCCACATTATATTCATCTCAGCCAGCTATTCACT
ATAGGTCCTATAAATTAATCATGTCATCACCCAAAGCAATGGCCCTCATC
AGGAGTTTATTGACTCGCTTTATGGATCGAATGGAAATGACTGAGAGGAA
TGAGAGTGGAAGMCTGGTGGTTGGGATTGCTTCTGGCGTTTTTAATATGT
TTTCATCCGCTTTTTATGACTCTTCTGCACAAGAGTCTTCTGACAAAAAA
GTTACCAAAACACCATTGGCAGATTTTTCTTTGTTACTACTCTTGGTACT
GGTAAATCAGTGTACTCCAGCTATGATGGGTAATACTGAAGAGATCGAAT
CAAAGTATAAAAATCCCTTCCGATCTGCTTTATTTCGTCTTCGAGGAATA
CAAGGTAACTATAATACAAAAAAAATTCTGGTATAAAATAATGTCTTACA
TACCTTTAAAGGAGATTCAAATGAAGCTCTGAGTGAAGATGTTAAAGAAG
AACAATTTGATTTTGCTAAGCTTTTCAAGTCAATTTGGTCAACTTTGGAC
TCTGATGAATCTACCTTGCTATTGTACCTTTTATTGCACCAAAACGATTG
TTTCCGTATTCATGTTCTGGCTTCCTCCGACATGGATCTTCTTGTAATAC
CCCTTTTGAAAACTCTTTACCGTGCTCCAACAAAAACATCTGGCAATCAT
CACATCAATCATCATGTCTATATGTCGCTCATTATTCTGCTTATTTTGAG
TGAAGATGACTTGTTCAATACTTCAGTGCATGAAACTATGATTAAAAATA
TCGAATGGTATAGTGAGAGGTCTTTAACGGATATCTCCCTTGGAGGAACA
TTAATACTAGTTGTCATACGTACGATTCAGTTTAACATGTTGAAAATGAG
GGTAAGCGTGAATATTAATGGACTGTATCCTTATGTATTATAGTCCATTC
TCAAAATATTAGGATACTTGCATGATATTTCAGCCTATACTTATCTATTT
TACCATAGGATAAATATCTACATACCAACTGTTTAGCTGCATTGGCAAAT
ATGTCTAGCCAATTTAGAAGATTACATTCATACGTTTGTCAACGTATAAT
CTCAATGTTTGAAACTTTAGCCAAGAAGCACGGAAGAATTATGTCTAGTG
TACAATATGCAGATGATGAGTCTGAAGGTACGTAAATTTGTACTCTTGGT
TATGTTTAAGATAATTATTTTTATAGTTTCTATTCATGTGGATGATGAAT
CCATTGGCGATACAATGGCGGYTGSTGAAGMATTAGAAGAAGTTCTTAAA
ATGATTTTAGAAATAATTAACTCCTGCTTGGTTCATCAAATTAAAAATAA
TCCAAATTTAATATACACCTTACTTTACAAAAGAGATTTGTTTGCACCCT
TTGCATCTCATCCTTCATTTCAAGATCTTACCCAAAACATTCAGACTGTA
AGTATAGGGAGAGAAAAAAATATTTATTTACTTAATATAATCCCTCATTT
TTCAGGTGATAAATTATTTTGGATCAAAGCTTGATCAGACCCAGGAAAAG
AAAGGAACTGCCCTGACTGTCGATGAAGTTCAGGAGATTATTTGTCATAC
AGTCATTCAATTTCCAAAAGAGAAATTAATTGTAAGTATTCAATTGATTA
ATTACACCCACATGTAACTTCCTTTTTTCCTCTACAGAAATTTCCTGATC
TAAAATTCAAATATGTTGAAGAGGAAAAACCAGAAGATTTTTTTATTCCC
TATATATGGAGTCTTATTATGGGAAAACTCTACTGGAATCCAGCATATAT
AACTCATTTACATCAAAAAGAGTAATAATTGTAAAATAGATACGAGAAAT
ATCTTTAAATTTGTTTGACATAAAAAAAATCCTGGAATTTTCTTTCCTTG
TTTG

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