EMLSAT00000010048, EMLSAT00000010048-705895 (mRNA) Lepeophtheirus salmonis

Overview


Name	EMLSAT00000010048
Unique Name	EMLSAT00000010048-705895
Type	mRNA
Organism	Lepeophtheirus salmonis (salmon louse)

Associated RNAi Experiments

Nothing found

Alignments

The following features are aligned


Aligned Feature	Feature Type	Alignment Location
LSalAtl2s662	supercontig	LSalAtl2s662:116216..125875 +

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)	EMLSAT00000010048 (primary cross-reference)

Relationships

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


Feature Name	Unique Name	Species	Type
EMLSAG00000010048	EMLSAG00000010048-692814	Lepeophtheirus salmonis	gene

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


Feature Name	Unique Name	Species	Type
EMLSAE00000044679	EMLSAE00000044679-753607	Lepeophtheirus salmonis	exon
EMLSAE00000044680	EMLSAE00000044680-753608	Lepeophtheirus salmonis	exon
EMLSAE00000044681	EMLSAE00000044681-753609	Lepeophtheirus salmonis	exon
EMLSAE00000044682	EMLSAE00000044682-753610	Lepeophtheirus salmonis	exon
EMLSAE00000044683	EMLSAE00000044683-753611	Lepeophtheirus salmonis	exon
EMLSAE00000044684	EMLSAE00000044684-753612	Lepeophtheirus salmonis	exon
EMLSAE00000044685	EMLSAE00000044685-753613	Lepeophtheirus salmonis	exon
EMLSAE00000044686	EMLSAE00000044686-753614	Lepeophtheirus salmonis	exon
EMLSAE00000044687	EMLSAE00000044687-753615	Lepeophtheirus salmonis	exon
EMLSAE00000044688	EMLSAE00000044688-753616	Lepeophtheirus salmonis	exon
EMLSAE00000044689	EMLSAE00000044689-753617	Lepeophtheirus salmonis	exon
EMLSAE00000044690	EMLSAE00000044690-753618	Lepeophtheirus salmonis	exon

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


Feature Name	Unique Name	Species	Type
polypeptide-auto772659	auto772659	Lepeophtheirus salmonis	polypeptide
EMLSAP00000010048	EMLSAP00000010048	Lepeophtheirus salmonis	polypeptide

Sequences

The following sequences are available for this feature:

protein sequence
mRNA from alignment at LSalAtl2s662:116216..125875+

protein sequence of EMLSAP00000010048

>EMLSAP00000010048 ID=EMLSAP00000010048|Name=EMLSAP00000010048|organism=Lepeophtheirus salmonis|type=polypeptide|length=779bp
MKLGTLLQRSLSMDLNKLQEGIGEKIGLFIFFITIFISSLITAFIHGWEL
TLVILSAMPILMIAVGIIAKSQTALTVKESNAYSKAGSVAEEAFSSIKTV
MSFQGQNTEIQRYKENLSEAQKTGILRGLLTGIGGGLMWFIIYSSYAIAF
WYGVKLILDDRESCIASPTDCQIRYGPSNLLIVFFSVLMGAMNIGQASPY
VEAFAIARGAASSVFQIIQSTPAIKSDYDHLQRQQDKAPPFTGRITFKNV
HFEYPSRPTVKVLSGLSFEASPGKTLALVGPSGCGKSTVIQLIQRFYDPS
FGVVSIDGEDITTLDPHWLRSHIGIVGQEPVLFEYSIKENITMGLQGEIS
EKMIDDTCKAANAYDFIQRLPKKYDTIVGEKGALLSGGQKQRIAIARALI
RNPSILLLDEASSALDSQSEFIVQSALDKARKGRTTIIVAHRLSTIRSAD
AILVMKDGYRVDYGTHESLKSNKTGLYCSLVNAQDCQVDQDEGLPLFNPE
LNYEEEDEVYDLEQVENEMNSMTYGSISGGSSWNRRHHFVRPTLERRHST
GSGYSEDSLKIEDALDVAGSAIGIARVGSRKIRRTSTNFTDNEYLEAEEM
KSVNSNVGFFTVLRENSKEWLYIFMGCIASVVMGASMPVYAHLFGEVLGV
LSKSIEEARVNSITYSMYFLLVGIIVGFSMFMQIFMFSLSGELLTTKLRI
KAFTAMLNQEVGWYDESVNSTGALCSRLSADASAVQGVINYLSFFIHLLY
ILIGNRKSFGHNNSSNTHNTHVYICCIIF

mRNA from alignment at LSalAtl2s662:116216..125875+

Legend: exonpolypeptide

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

>EMLSAT00000010048-705895 ID=EMLSAT00000010048-705895|Name=EMLSAT00000010048|organism=Lepeophtheirus salmonis|type=mRNA|length=9660bp|location=Sequence derived from alignment at LSalAtl2s662:116216..125875+ (Lepeophtheirus salmonis)
ATGTCGAGACAACACTGTATTGAGATATTATGTGAGACGTTCAAGTAATT
TAAGTATTTCTTTGGAAATCCTACGTGATATTTAAAGGAACATCAGCGTA
ATACTTTGTTCAATCAAGCACAAAAAAAAAAACATACTTCAACTAGTAAA
AAAAGCACTCAGCTCATATTAGATTATATTCTCGAATAAAGAATATTGTT
ATATTTTGACGAGAAGTAATTTTAAAAATAATTCATAGTAAAGTTATTTT
TGTACACTGTTTTAGACTGAGGCTTCGAATTTAAGTCATATCTTATCAGT
GTCTCTTCCAATATATAAATAAAAATTATTAAGGTATGTTATACAAACAT
CTATCTGCGTCTTCAGTGTATCTTTTTCAATAAAATTCAATATTGCTTTT
TTATCTATCCCTAAAATAAAGAATTAATTATAGTGCAATTAAAGTGAAGT
TAAAGGATGCAAAACTCCTAATCACCCAGGTAAGATAATAAATATTTGGA
ATTTACTATGTTACTACGGCGTATAGTAACAAGTAATTTGATAAAATTTT
AGTGTTGTATCGACTTATGTCGATCATGAACGAGTTAAATTGTTAATTAT
CGATGCAAGTCGATAATTGGAGATAATTGCAGAGTTGGAGAATATGGTAG
AGGGGGAAGCAATTCGTAGTCTAAACCATACAATTTTACATTGTTTTTAG
TGATTTGTGACACAGTAAATTGTCTTGATTATTATTATACCATACATATC
CCATAATACACATGCCCAGGGACTCTTCTAGCTTTCATCATTCAGAGAGG
AGGGGGTGGACTTGCTAACCGATAGATGCCTCATTCCATGCTTTGTATTC
GGTTCGATGGCTTCCAGTCCACTCGACTGAACGTCGAGTGGCCAGGGTTT
CCCAAAACATAGATGCTCAGCTCCCCTATATACTTATACATTTTAAACTG
AGGTCCCCTTTATACGAGTTTTAGGGCCCCTGATGGAACTTGGGGCACTA
TACACTCTGCATATAAGGTAGCTACGGCCCTGTTTGCTTCTAATATAATT
TCCTGGGCCCGAATTTTCTAGTAACGCCCCTTTTTTAAAGTGCCTGTTAC
CAAACTGAGCCTTTATATAAAAACACCGAGACCAAGGACCCGAACCAATA
CCGGAACTGTTGAAATGAAAGAACTGAGAACTACTGAACCAAAATCGGGT
ACAACCTTGCCAACAACAACAATAACTATATTTGCTTCACCAATTGTCGG
ACACCTCACAAACTTGTACACGTATCGTTTGAAGATTGATACTAGCTAAA
AATCATATGATTTCATGGTGGTGCCATGTATGTGTCAACTAATGAACTTT
TCAGCCAACCTAGTTGACATATTTTGACTGTTTTATCTTTTCAACGTTAT
TTTAGTTTTTATTTATGAAAAATGACTTGATTAAGAATAGAATATGCAAT
TACAAAAAAATAATATTCACAAATATTTTTTTAATTTATTTGTATCCATG
TCAAGTTTGATTCCAAAAGGGCAGAAGGGATAAAATGAATGAAATTAGCG
TTTTGGCTGAGGGAAAAGTCGCAGAATCCTCCTAGTATTCTTCATATCTC
ATAGAAATTGAATTTTATAACGAGTGAGGGAACCATATTGAACGACCATT
TCATCAACATCTCATAATACCAAACAAGTTTATTAGTTGAAATCCTTAGA
ATTGCTAAAAAATGTATTTCAACTCCTTGAGCATAATATATACCTTTTTA
ATCATTGAGTCTATTGTAAGTTTTTAGTTACTGTATTTTTTCATTATGGG
TATGTATTTAGTAATTTTTTTTAAACTCTAAATTTTTATTTTTTGTATAA
TCTAATTTGGGGCTAGAATACTAAATAGGTTATGACTAATAATTATATGC
TGGGTGGTAGTGCCAGTCTCTAGCTTGTTGTTTAAACAATGATACATGCT
CAGAAAAATTTTGACAGCACTTTTCTATTTGAGAAACATAGTTACACGCA
AGGTTATTAGAAATACAAGGTTGTACCATCATGTAATCTGGCTTGCTAGA
ATTTTCAATTTGAAGTATCGTACAGACTACTGGGCAGGATAAGAAGATTT
TGACAAAATATACAACCACTCATACACTATGACGTCAATATTAAAAAGCG
TGGAAGAAGTCAAACATCAGTCGTACAGGCGTTATGGAATTAGCTTGTAT
TTCTATTAACCTTGCGTACATGTTATTTTTTAGTAAATAATATTATCACT
TAGGGATTCGTATTACTTTGCTACAAGACTTGCTGTCGCTTTGTCTACAA
ACGAATATAATATTAAATTAAAAAATAAAAACGCTAATCGGATTTTATAA
TTGTTTGAATCGACATAACACTTTGATAAACACCTTAATTAAAAGTATTA
AATGTCAACTATAGAATCATTATATTTTCAAAGTGTAATTAAATAGATTG
GCAAATTTTTAATGGTACAAAAATTATAGATATGTAATTAATTTTCTTCA
TTATGAAAATGATGATAGTCTTACGTAACTTATGATGCATTATAATAAGC
TTGTAAATCAATGGTTAAAATTTTCTTGGTTTTTAATAATTCTAGGAGAG
TTAAAGTTAAACCCCTGTTACTTCTACTTGAATAAACAAACATTACATCG
TCTGACTCCTACAAATCATAAAATATGTTATATAAAGTATAGATCAAAAT
AGTGAATATCCGGTCGATTATTTCTGCCTGTTCTATTAAAACCATCAACG
ACAAATATATTGTTATACAGACAAACATCTGTTCACTAACCTAAAAAATA
TGTATTGTGTAGTCAACTGTCGATTACCCTGCTTCTTTTCTACTCATTAG
GGCTCTGAACGTTAATTGGTTGAATTAGAATGAGTTCTTGTGAACAATTT
CCGACAATAATTGAAGAATCAATCCATAGTTGGGAAGAATTGATTAAATT
CCAACTAATTTTTAGCCTCTTGAGAGGAAATAATGCGATATAGAATAAAG
GAAACAACATCATACGTATATATGTTGTGTGCAAGTTGGAATAAAAAAAA
CTGAGAGGAATAATACTGAATACAGGATTTACAGTGCTTGGGATTAGTAT
AATGCAATAATTGAATATTCCATGGATGATTGACACATTAGTGGTCTAAT
TTTCTACTATTTTAATAAAATTTACTCAAATATAAGTATTCTGTGGCATG
TTATAAAGTTCTAATGTCCAAGGTTATATTACCCATAAATACATAATAAC
TATGTAATTTTAACAAATTAATATAAATTTATAGTTGGGCATTAGAATGT
CCAATATTGTAATTAAATCATGCATTTTAAGACGAAGCAATTGCAACTTG
TACCATTTTCTTATATAAGTCTGAACATCTATATATATATATATATTTAC
AAGTTAAATATTCGGAATTTTTTACCGTTTAATGAAATCCACTCAACCTA
TGACTTTTCTCATAACGAGGCTATTTTAAAAGGGATCTGACTTTTTTCGG
GTCCAAGTTAAGATTTAAGTATCCTGCCCCCTTTCTCCTCCTTCTCTGCC
TTGTCTATAAGGATTACCTGTATTGAGAAGTAGTAATAGCAGCACTACAG
GCATGTACCTATGCAACCGTATTTCCTATTTTTAAATGTGAACATCAGGT
AAAACGCGCCACCACGGCGATTCATACATACATAGGTGCACGGATGGATA
TTCTTGAAAGAGCTCGTTTTGAATTATACTAGTTATTATGTATTGAATGA
AATTTTCTCTTTAGTTTCTTATAGTCCTTAAATATGGTTGGAGAGTGACG
CGTGATGGATACATTTAAATCACGTATAGTTATTCATTGTTAATTTATTT
TTCTATACATATGTACATTACATTATTTCCAAATCTTGTGATTCTCTTCC
TTAAAGAGAGTGGTTATTATATAAAAGTGTTATAATATTAATAAACATAT
TTGTAATATGTACTAACCATTTAAGTGAAAGTTTATAGGTATAAGTACAT
GTTATGTATAGTGCCAATAATATATACATTACATATGTAGATTGAAAAGT
TAGGAAATTGAGGCAGAAACAAATCCTATTTCAAAAATTGCGGGCAATTA
TTGGATAYATAAAWATAAAATGATTCAACGTTTTATTTCTTAGATATGTG
GATCCACAAATCATCATCATGCGTTGGAACAAGTACATAGTAACCCCAGA
GAAGGAGCGGAAGAAAATGCCAGATGGGAGTCATATGAATGGAATCATCA
ACTCTGGCTTCGAAGAAATTGAATTAAATGATAACAATAGTGTTCTTAAT
CCAGAAGAAGAAAAAAAGAACGGGGAAACAGTAGAGCACAAATCCTCTGT
TGTTTCCAATGACAATCTCAAATTGGACATAAATGAAGATATAAGTAATA
CTCATGTACCGTTTATGAAACTTGTAAGTGGACAAAATGAATTTGTACTA
CTTTGATGTTTTATTGATTCGTCAACTCTGTTTGTATTAGTTTTCTTATG
CCACAAGGAGTGACTTGATATTCATTGGTATTGGGATTCTAGCTGCACTT
ATTGGCGGACTATCACTTCCATTTATGATAATGCTCTTTGGAGAGTTGAC
AGACACATTTATACTGAGTAATCCTTTATCCACTGATATTTGTTTGATAG
AAAATGGGACTTGTTGTTCAAATAACGGAACGTAAGTAATGAGATTTTTT
CCACAATATTAACTTATATCCTTGTCAAAATTAATGTTGTTCGTATTGTC
AAAAACATTTAGTACAAATTACCTTATGATTTAATTACTCTAAAATAAAA
CATATTGTAGAGTGGATTTATCCTTAGAGGATTGTGATTTGAACGAGGAT
GACATTATGCAATTATTTAAACCTATCAATTTCTTGGATGGAGTAGCTCG
TTTCGGTAAATATATGGATTGAATGATGAAAATACATTAATTAACATTTC
CTTTTTTTAAACCTAAAGGTCAAGGAACAGCTATCATTGGTTTAATCAAT
TTCATTACTTCATATATTTTTGTCACATCTTTAAATTTTACGGCTGAAAG
ACAAGTACATCGAATCCGAAAAGCCTTTTTTAAATCTTTACTCAATCAAG
ATATCAAGTGGTTCGATACTCATGAAACTGGGGACTTTGCTACAAAGATC
ACTGAGTATGTATGTTAGCATATAATTAATCAATAATTCTCCCTATAGTA
GATGTTAAAACATAAAAAGATTTTCAATATGATTATTATTCAAATCATTA
TATTTGTTTCAAGGGATTTGAACAAACTTCAGGAAGGGATTGGTGAAAAA
ATAGGACTTTTTATATTTTTTATCACAATATTTATATCAAGTCTGATAAC
TGCTTTCATACATGGATGGGAGCTAACTCTAGTAATTCTTTCTGCAATGC
CTATACTAATGATAGCTGTAGGAATAATTGCCAAATCACAAACAGCTCTT
ACAGTGAAGGAGTCAAATGCCTACAGTAAAGCTGGATCCGTTGCAGAGGA
AGCATTCTCTTCCATTAAGACTGTAATGTCATTTCAAGGACAAAACACTG
AGATTCAAAGGTAAGATGATCCTTTAAAATATTATAAAAAATATCATAAG
ATATTTATGTTTTTAGATATAAAGAAAATTTATCTGAGGCACAGAAAACA
GGGATACTGAGAGGACTTCTGACTGGAATTGGAGGAGGTTTAATGTGGTT
CATTATATATTCTAGCTACGCAATTGCATTTTGGTATGGGGTGAAATTAA
TTCTTGATGATCGTGAATCTTGCATAGCTAGTCCAACGGACTGTCAGATT
CGATATGGACCGTCGAATCTTCTGATAGTGTTTTTTTCTGTGTTAATGGG
AGCAATGAATATTGGACAGGCCAGTCCTTATGTTGAAGCATTTGCAATTG
CAAGAGGTGCTGCAAGCTCAGTTTTTCAAATCATTCAAAGCACACCTGCG
ATAAAATCCGATTATGATCATTTGCAGAGGCAGCAAGATAAAGCACCACC
TTTCACAGGTCGGATCACCTTTAAAAACGTTCATTTTGAATACCCAAGTC
GTCCAACAGTGAAAGTTTTGTCAGGTCTTAGCTTTGAGGCTTCACCTGGT
AAAACATTGGCCTTGGTAGGTCCATCTGGATGTGGAAAATCAACTGTTAT
TCAGTTGATACAACGATTTTACGATCCAAGTTTTGGAGTAGTATCAATTG
ATGGTGAGGATATTACAACTCTTGATCCACATTGGCTCCGAAGTCATATT
GGAATTGTGGGTCAAGAGCCAGTTTTATTTGAATATTCCATTAAAGAAAA
CATAACTATGGGCTTACAAGGGGAGATAAGTGAGAAAATGATTGATGATA
CATGTAAGGCTGCAAATGCCTATGATTTCATTCAAAGACTTCCCAAGGTA
TGTACAATGTACCTTCATATTTATTTATTAACATATGAGATCTGATATTG
TCACTCATTTCATTTTCCATGTAAAGAAATATGACACCATAGTCGGAGAG
AAGGGCGCTCTTCTCTCAGGAGGTCAAAAGCAGCGAATTGCCATCGCTAG
AGCTTTAATACGAAATCCTTCAATTCTATTATTAGATGAGGCATCTTCAG
CCTTAGACTCTCAAAGCGAGTTCATTGTTCAATCAGCTCTTGATAAAGCT
AGAAAAGGCCGTACTACAATTATTGTTGCACATCGTTTATCCACCATTCG
ATCAGCAGATGCGATTCTTGTAATGAAAGATGGTTATAGAGTCGACTACG
GAACACACGAATCCCTGAAATCTAATAAAACAGGATTGTATTGTTCATTA
GTAAACGCTCAGGATTGCCAAGTGGATCAAGATGAAGGCCTACCACTGTT
TAATCCAGAACTGAACTATGAAGAAGAAGATGAAGTCTATGATCTTGAAC
AAGGTATACATAAGCATAACACTTGCTCAAATCGTGATAACTTAAAAATA
TATTTTTTAGTTGAAAATGAAATGAATTCAATGACTTATGGTTCTATAAG
TGGAGGATCATCTTGGAATCGTCGGCATCACTTTGTTCGGCCTACTTTAG
AGAGACGTCATAGTACTGGGAGTGGATATAGTGAAGATTCATTAAAAATC
GAAGATGCACTAGATGTAGCTGGTTCAGCTATTGGGATTGCCCGAGTTGG
GTCAAGAAAAATTCGTAGAACTAGTACAAATTTTACGGATAACGAATATT
TGGAAGCAGAAGAAATGAAATCAGTCAACTCAAATGTAGGATTCTTCACT
GTTCTACGAGAAAATTCTAAGGAATGGCTATATATATTTATGGGATGTAT
TGCATCAGTGGTTATGGGAGCCTCAATGCCTGTTTATGCTCATTTATTCG
GCGAAGTTCTTGGAGTATTATCAAAAAGTATTGAAGAAGCTCGTGTTAAC
TCAATCACGTACTCCATGTATTTCCTTCTTGTAGGGATTATTGTAGGATT
TAGTATGTTCATGCAAGTAAGTTCGATGGTTTAAAACTCATCCGACTCTC
AATCAATTAGTTTACAAATATTATTTTTAATTCCGTTAGATATTTATGTT
TAGTCTATCTGGAGAACTCCTTACGACAAAGCTTCGGATAAAGGCGTTCA
CGGCCATGCTAAACCAAGAGGTTGGTTGGTATGACGAGTCTGTAAATAGT
ACTGGTGCTCTATGCTCAAGGTTGTCGGCTGATGCTTCTGCAGTTCAAGG
GGTGATTAATTATTTGAGTTTCTTTATTCATTTATTATATATATTAATAG
GCAACCGGAAGTCGTTTGGGCACAATAATTCAAGTAACACTCACAATACT
CATGTCTATATCTGCTGCATTATATTTTAATATAAAACTTGGATTAGTTG
GAACTCTTTTTGTACCATTTGTTCTTATTGGAGCCTGGTTCCAAGGGAAA
ATAATAACTTCCCAAGATAACCTCGAAAAGGATGCCCTTTCTCGCTCAGC
TCGGATTGCCATTGAGGCAATTAATGGAATAAGGACTGTCGTGGGACMAA
GGTTGGAGGAAAGCTTTCAAGAAAAGTATTCTACAGAATTGAAAGATCCG
CACGAGTCTGCTATAAAGAATTCTCATTTAAGAGGCCTTATTTTTGGATT
TTCTCAATCCATACCTTTCTTTGCCTATGCGGGTACTATGTACTACGGAG
GAACCTTAGTAGAATCAGACGGACTTCCTTATAAAAATGTCTTTAAGTGA
GTGGGTTTGTTATATATAGTTCTTACTTAATTATGAGAAAAAATGTATTT
AATCTATATTTAAGAGTTGCAGAAACACTTATACTTGGAACTCTTATGGT
GGGMCAAGCTACAGCATTCGGACCAAACTATACTAAAGCAAGAATTGCGT
CAATACGTATATTTAAACTTTTGAATAGAGAGCCAAAAATTCGCTCTGAT
GTTATACCAAATACTGATGAAATGGTGAATATTTCTTTCAACAGTCCATG
AATAATAATTATTATTATCCTTTATTTAGGCCACTAACATGAACGGAGAA
GTTACTTTTACGAATGCTGGATTTTATTATCCAACAAGAAAATCCGTCAA
AGTTTTAAGAGATTTGAAACTATCCATAAAGAGTGGTCAAAGTATTGGAA
TTGTAGGCTCTTCAGGATGTGGAAAATCAACCATAATTCAACTTATTCAG
AAATTTTATGATCTCAGTAGTGGTAAATTGGAATTGGATTCCAAGGACTC
AGAGTCCATCAATGTAATGTGGCTTCGATCAAAAATAGGGATTGTGTCAC
AAGAGCCAAATTTGTTTAACCGTTCCATAAGGGAAAATATTTGTTATGGC
TTGAACAAAAGGAATGATGTTAGTATGGATGAKATTATTRAAGCAGCCAA
GGATGCAAACATCCATAGTTTTATAGCTTCACTTCCACAGGTTGTACATG
TGTACCTATACTGTATAATAAATTTACATATGTCACACATTATGCTTTGT
AATATATGTAGGGCTATGACACTCGAGTCGGCAATGCCGGAACCATGCTT
TCTGGTGGMCAAAAACAGAGAATCGCTATTGCCAGAGCATTGATAAGAAA
TCCTTCTTTATTATTGCTTGATGAAGCTACTTCAGCCCTGGATACAGAGT
CAGAGAAGGTTGTACAAGAGGCTCTCAATAAAGCTTTAGAAAATAGAACA
TCCATTACAATTGCGCACAGACTAAGTACAATCAAAAACGTGGATAAAAT
TTTCGTCTTAAATCAAGGAAAAGTCGCAGAGGCTGGAAGCCATGAGTCGT
TACTTCTGCTTAAAGGATTTTATTATAAACTTTGGACAAACGGGACACAA
AGAAAAATATAATTTATTTTTATGATGGAACAATTGAATCATTGATTATA
CTGTCGGACCAGATATTTTTTTCATTTTCTAAGCCATCCCCACAAGTGAA
TGGTTCGTTCTTTATACATTTTGTACATCCTTTAGTAAAGTCTGGTAGAC
ATGTGTCGCATATTTCTCCGATCCATCCAAATGAACAATTACATTCATCA
GGTGCAGAGCAATTTCCATTTTTACAACCCTTTTTACACATAGGAGCATC
ACAGTTTGTACCAGTAAAACCCTCCTCACATAAACACTCAGATGGATCTT
GGATGCAAAATCCATGTTTGCAAGTCTCTCTTTTTGTACACACATCACAC
TCCTTTCCTT

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