EMLSAT00000006378, EMLSAT00000006378-702225 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000006378
Unique NameEMLSAT00000006378-702225
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s34supercontigLSalAtl2s34:475939..484727 +
Analyses
This mRNA is derived from or has results from the following analyses
Analysis NameDate Performed
ensembl2013-09-26 .965016
Properties
Property NameValue
Logic nameensemblgenomes
Biotypeprotein_coding
EvidenceIEA
Cross References
External references for this mRNA
DatabaseAccession
Ensembl Metazoa (transcript)EMLSAT00000006378 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000006378EMLSAG00000006378-689144Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000027850EMLSAE00000027850-736778Lepeophtheirus salmonisexon
EMLSAE00000027851EMLSAE00000027851-736779Lepeophtheirus salmonisexon
EMLSAE00000027852EMLSAE00000027852-736780Lepeophtheirus salmonisexon
EMLSAE00000027853EMLSAE00000027853-736781Lepeophtheirus salmonisexon
EMLSAE00000027854EMLSAE00000027854-736782Lepeophtheirus salmonisexon
EMLSAE00000027855EMLSAE00000027855-736783Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto778009auto778009Lepeophtheirus salmonispolypeptide
EMLSAP00000006378EMLSAP00000006378Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000006378

>EMLSAP00000006378 ID=EMLSAP00000006378|Name=EMLSAP00000006378|organism=Lepeophtheirus salmonis|type=polypeptide|length=1127bp
MSSYEEFREWKSCSDILHKIPEKYHKNWIPYDLHLTCIAAHLQFIALGTN
IGLVYWYDRLNGKLMKLVCADRRTPISKISLLDSVDHMLAIGNQQGIIAI
FQIPKLSEKTLFATTSEGGTDCFHIENVHSEQITCLEWSMNGQKLFSGDF
SGLVSMTNVDYSLRKTCTTKICNLKSLVTQMTYCKGVLLISSLDQSFFCY
PNFNYEIHVVGGKSRQINGVYGGLINYETSSKCVYALILKPNWIIELAKT
SVDERSSGEIKEKMPFKSRLKEPHKEIPLLNPPVLSNVDXLSGDGLYLKA
MGDSFVAFDNRILHILKIEDTNVKIEASCHSLKGILDLSVTSKKEIFILE
NSRTIIRIATFLDESEAILNKEKYALPGTEGGPGLEILSNFISNSGKKIL
NKFPKLMSLGEIGEILLGEVDTGEEASEKMLVSDVSSHSIIDKNDSTIGD
TLSNLQLELANNSSLSINVQETPNKDLNINEESEEKLVDILDLKKFLPEI
KLLEDNQSTEKVFHPDPLVHIPIDVPLKITEDECFEKEFQKLPLSIEIRK
DPIEDAPNWHRLSGMGRDINNFTACAHYVIIQDDCERSFISYRKSGFKFW
IFLKDFAPWHNLSISSDGCIIWRLYKSKVYSLRTKDSKISEMKFYDWIEI
STAGIVDIYMTENDGYMLNGIDHTLIKHSNISCNQPFDPRHFVIRPLDDS
IERLLLICDERIYALNRDKNIKMYLFEDDKSKNLSLNSHKEIGSFISGDT
LSISMVKSFIGVKIVIVNSDGIVLLVDESKNESYSFSSSFLCDNISTKIV
KLYEDSIWISSQSEIYLNESMVMCKSWSYFEIIPKNYRLNEIYCDGIYRN
SGVMWSNVFVDSPTTKSLYYLNTNVKSRELINVSLPKKTGQVVNVSSNGF
HTWMLDNKGVIYIRSGISSATPSGNSWVTLDSSQLISMNVRLVYFSLGTD
VVWAVDNDGKFYMRLGSLSLSNQDFLPAWISCDIEYNDSFVPIKLVKIFS
CHAIHVVWAIDDKKEIYCRTGINGDFRLGNNWTKVNNSFGGAVHLAVCDS
HVWALNSMGRIYVRVGMSQTCPEGQSWRFVPGALGGSISSSACGSVFVLN
LEGKLEKQFPSKFSVNLLTRNMEHFEN
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mRNA from alignment at LSalAtl2s34:475939..484727+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000006378-702225 ID=EMLSAT00000006378-702225|Name=EMLSAT00000006378|organism=Lepeophtheirus salmonis|type=mRNA|length=8789bp|location=Sequence derived from alignment at LSalAtl2s34:475939..484727+ (Lepeophtheirus salmonis)
TATTATAATAATACTACCTTTGCATAGCTAGTAGTACGTACTTATAAAAA AAGAAACTATTCAGTTATAAATGTAATACAGAGGAGAATATTGCCATTGT CGATGACGTCACTACTCCATAAGTAGATATTTTATATTTTCTCTATCATA ATCCATGCCATTGTGAATTATTGGATAAATAACTGCGATTGTGAATGTAA GAATCTAGCTAATTGTAAAAATGGGTTCCTCTTTATCGTCCCCTTCACCA ACGGATTTGTTTAATCGGGCTCTCAAAGAAAATCCCGTCATGATATTTTC GGCAACTTATTGTCCATACTGTAAATTAGCCAAATCTGTTTTCTCCAAAT TAGGAACTAAATTTTCATCCATCGAATTGGATGAACATCCTGATGGAAAG GCTATTTTTCCTGTAGTTAAAGAAAAGACGGGTATCAAAACGGTAAACCA GGGGTCCAAATTTGATATTGTATTGCTCTATTGACTTGCACAAAATGTAC CTTACCACATTGATTGATATATTTTTAACGTCTCTTACTTTTTATTTTTG TAGGTACCACAAATCTTCATCTGTAGTAAATACATTGGAGGTGCCGCAGA GATAAAAAAAGCTACTTAACTCTGGTAAATTGCAGACCATGATCGAAAAA TGCTGCGATGGAGATTTAACTTGTAAAAATCATTATTCGCGTTCTAGATG ATAATCATTTGTTACATATTGTTACTCTAGTAGTTATTTTTATTCGTTCG TTTGTTTTGTGTTTCTTTTTAGACAAATTAGTTATTTAAAATAAATTGAT ATGAGTTCATATGAAGAATTCCGTGAGTGGAAGTCCTGTAGTGATATTTT ACATAAAATTCCAGAGAAATATCATAAAAATTGGATTCCATATGATTTAC ATTTAACTTGCATTGCTGCTCATTTGCAGTTTATTGCATTAGGAACTAAT ATCGGACTAGTGTATTGGTATGATCGTCTTAATGGGAAATTAATGAAATT GGTGTGTGCTGATCGGAGAACACCTATAAGTAAAATTTCGCTTTTAGATT CGGTTGATCACATGCTTGCTATTGGAAATCAACAAGGAATCATTGCTATA TTCCAAGTACATATTACTCATTCTTTCTATTGGCATAAACGTTGGGTGCA TTTAATTTCATTACTTTTAGATTCCGAAGTTGAGTGAAAAAACGTTATTT GCTACAACTTCCGAAGGTGGTACAGACTGTTTCCACATTGAAAACGTTCA TAGTGAGCAAATAACTTGCTTAGAATGGTCAATGAATGGACAAAAACTAT TTTCTGGAGATTTTAGTGGACTAGTAAGTAACTAGTATAATCATTAATAT CTCTCTTTTAAAATATAATTAATATTTATAGGTTAGTATGACAAATGTAG ACTACTCTTTGAGGAAGACATGTACTACCAAAATATGTAATTTGAAATCA TTGGTCACTCAAATGACTTATTGTAAAGGTACAAGTCTATTCTTTTAAAA ATTTGAATTACGTGTGATTTCCTTTGTACCTAGGAGTTTTACTAATATCT TCGTTGGATCAGTCCTTTTTTTGCTATCCGAATTTTAATTATGAAATTCA TGTAGTTGGAGGTAAATCACGACAAATAAACGGCGTATATGGTGGACTTA TAAACTATGAAACCAGCTCTAAATGTGTGTATGCCCTTATTCTTAAGCCA AATTGGATTATAGAATTGGCTAAAACTTCTGTAGATGAACGTAGCTCTGG AGAAATCAAGGAGAAGATGCCTTTTAAATCTCGGTTAAAGGAACCTCACA AAGAGATTCCGTTACTCAATCCTCCAGTATTGTCAAATGTGGATGSTCTC TCKGGAGATGGTCTATATTTAAAGGCAATGGGAGATTCATTTGTAGCTTT CGACAATAGAATTCTACACATTTTGAAAATTGAGGATACCAATGTTAAAA TTGAAGCTTCTTGTCATTCATTGAAAGGCATTTTAGATTTATCTGTCACT TCAAAAAAAGAAATTTTCATACTAGAAAATTCTCGAACAATCATAAGAAT AGCAACATTCCTCGATGAATCTGAAGCCATTCTAAACAAAGAGAAATATG CGCTACCAGGTACAGAAGGTGGTCCAGGCTTAGAAATTTTATCTAATTTT ATATCTAATTCTGGGAAAAAAATACTTAATAAGTTTCCTAAATTGATGTC ACTCGGAGAAATCGGAGAAATTCTTTTGGGAGAGGTCGATACTGGTGAAG AAGCAAGTGAAAAAATGTTAGTGAGTGATGTTTCTTCTCATAGCATTATA GATAAAAATGATAGTACTATTGGCGATACTCTCAGTAACTTACAACTAGA GTTAGCAAATAATTCTTCACTTTCAATAAATGTTCAAGAGACACCAAATA AAGATCTTAATATCAATGAAGAGAGCGAAGAAAAATTGGTAGATATTTTG GATTTAAAGAAGTTTCTGCCAGAAATCAAACTATTGGAAGATAATCAATC GACTGAAAAAGTATTTCATCCTGACCCTTTAGTTCACATTCCTATCGATG TGCCTTTAAAAATTACAGAAGACGAATGTTTTGAAAAGGAGTTTCAAAAA CTTCCTTTATCAATAGAAATACGCAAGGACCCGATTGAGGACGCTCCTAA TTGGCATCGACTAAGTGGTATGGGACGGGACATTAATAATTTTACTGCTT GTGCACACTATGTGATTATTCAAGATGATTGTGAACGTAGTTTTATTTCT TATAGAAAGTCGGGCTTTAAATTTTGGATTTTCTTAAAAGATTTTGCACC TTGGCATAATCTTTCAATATCTAGTGATGGTTGTATTATATGGCGTTTGT ATAAATCTAAAGTATACTCTTTAAGGACGAAGGATTCCAAAATATCCGAA ATGAAATTTTATGACTGGATTGAAATCTCAACTGCAGGCATTGTTGACAT ATATATGACAGAGAATGATGGATACATGCTCAACGGAATTGATCATACTC TTATTAAGCACTCTAACATAAGTTGTAATCAACCATTTGATCCAAGACAC TTTGTTATAAGACCCTTAGATGACAGCATAGAAAGACTTCTTCTGATATG TGATGAAAGAATATACGCATTGAACAGAGATAAAAACATTAAAATGTATT TATTTGAAGATGATAAATCGAAAAATTTGAGTTTAAATAGTCATAAGGAA ATTGGTTCGTTCATTTCTGGTGATACACTTTCAATTTCCATGGTTAAATC ATTCATTGGTGTAAAAATTGTAATAGTTAACAGTGACGGGATAGTGCTAC TGGTTGATGAAAGTAAGAACGAAAGTTATTCATTTTCTTCTTCTTTTCTA TGCGACAATATAAGTACAAAAATTGTTAAACTCTACGAAGATTCTATTTG GATATCCAGCCAGTCTGAGATATATCTTAATGAATCTATGGTCATGTGTA AATCATGGAGTTACTTTGAAATAATTCCAAAAAACTATCGTTTAAATGAG ATTTATTGTGATGGGATTTATAGGAATTCTGGAGTAATGTGGTCTAATGT ATTCGTTGATTCACCTACAACAAAAAGCTTATATTACCTTAATACGAATG TAAAATCTCGTGAGTTGATCAACGTAAGTCTACCAAAGAAGACAGGACAG GTGGTGAATGTATCATCAAATGGCTTTCATACGTGGATGTTAGATAATAA AGGCGTTATATATATTCGAAGTGGAATTTCCTCAGCAACACCTTCGGGAA ACTCATGGGTTACTCTCGACAGTTCACAGCTCATTTCCATGAATGTCAGG CTAGTGTATTTTAGTTTAGGAACGGATGTTGTATGGGCAGTGGACAATGA TGGTAAATTTTATATGAGACTTGGATCTCTGTCTCTAAGTAATCAAGACT TTCTACCTGCGTGGATATCCTGTGATATAGAGTATAATGACTCATTTGTA CCTATTAAGTTGGTTAAAATATTTTCATGTCATGCTATTCATGTAGTTTG GGCCATAGACGACAAAAAGGAAATATATTGTAGAACGGGTATTAATGGTG ATTTTAGACTTGGGAATAACTGGACAAAAGTGAATAATTCGTTCGGAGGT GCCGTCCATTTGGCTGTATGTGACTCTCATGTATGGGCTCTCAATTCTAT GGGAAGAATATATGTCCGGGTTGGAATGTCTCAAACTTGTCCAGAGGGTC AAAGTTGGCGGTTTGTACCGGGAGCTCTTGGTGGTTCGATTAGTTCGTCT GCTTGTGGATCTGTTTTTGTACTGAATCTTGAGGGAAAACTTGAAAAACA GTTTCCTTCGAAATTTAGTGTTAATTTATTAACAAGAAATATGGAGCATT TTGAGAATTAGACGTACTCCTTATGTTTTTATCTATAAATGAGAATTATA TTTTTTAGATTTGAAAGTTGTTGAGTTATATTTTTTGTATGTTATATCTT CTTTCAATGATACCCATAATTAACATTGTGTATAATAATTATCTCTAACA TTAGGCCAGACAACAACTTATATGACATAAGTTATATATTATGTATTATT TCAAATATGTTGCAGTAATTTAAACAAGGCGATACTTACAGCTAAAAAAA TATACAATTTTTAATTATAACTGTGATTAATTACAATTTAAAAATGTTGC AAATAACTCATAAAATCATTTCTTATTTTTATGATCATTGATTGATTTTT CAACAAGAAGGAGGGATACGTTTTTATCTACCTTAGCATAGTCGGTATTA CGAATATTAATGAGCTTAAGAAATGTGGGGGAAAGCTCAGACAATAACTT GACCATTTTGTTCATATCTGGAGCGTTGAAACTAAATGACTTCAGTAATC TGGGTAGTAAAAAGTCCATGCGTAACGCTACTTTTTTCTCATTAATAAAA GTAGATCTTAAGAACCGAGCAACCTATTTTAATATAAACAAAAAAAACAA TGCTGGCTTTAAATATAATTAAGTGATAATCGAACGAACTTACATCATAG AGCTGGTCTATCTGTTTCAACTCATCTGTTTTCTCCTTATCTGTCACTAA TTCCTTTTCCATCAGAAGTTTTTCTTTAGCTAAAATCTTTTTAACTAATA CTGGATTGATGCCCTTAAAACGATTTTTCAAGGCCTCTTTGAATGCAGCC TCTTCTTCATCATTTTTATCTTCTTCCACAGAGGAGGAGGACTTCTCGTC CTTCGCTGGAACACTTATCTCAGAGTGGAAAAGTTTATTGGTTTCTCGCA TTGCCTCACTCACTAATAGAAGAGCATTTATCTCGGGCTTTGCAGGTAAT TTCGTTACGTCTATATCCGAACAACATGTATCAGGATTGAAATCCTTATG CCATCTTGCAACTTTTTCGTTGCTAAAAGTAAAAGTGAAAATATATCTAC TGTATTTACTTATATGATAACAACACAACATACTCAACATGAATCGGAGG ATCAAGAGAAAGGAGGAACTTAGAGTGGAAGTCTTTAGTTATTTCCAATA GAGCATTGCTAAACGTCGTTTTTCTTTTAACCAAATCAGAGGGACTTACT GTAGTTAGAGGTTCGCTCTCATTATTTGATGGGACAATCAATAGCTCATA GTCCTCTGAAAGATTTCCGAATCGCCCTATCCTTCTCTCCCATGTAAATT TAAATGCATTGGGATGAACACAACGAATTTGTTCAATATGAGCCATAGTG ACTTCAGATCTTACTACATTTTGTACAGGTCCAAATAAATCTTGAAGACG TATAGATTCGCCTCTATTGTTTCTTAGACTTATGATCTGATCAAGAGCAG AAAAGATAGTGAGTAGTTTTTTATAATTTTTAGGAATGGGTAGGAGACTC GTTGTAAGATTGGCATGACGCAAATAAGCAGGAGTGAGCCTTTTTGATGG AGAAGCAGGAGGGAGMGCTTTTTTGGGTGACAATAAGAGTTGAGGAACTT GGTAGGAGAATTGAAGTACTTTTTTAACGGGAGAAGAGCTCACTTTTTCA GGGGAAGATAACTCTTTGAGCCTGGCCTGAAGCTCTGAGAGTTTCCTCAC TTGTCCCAACCTTTTCTTCACGTCAATGGGTGAAAGGGGACATTTTCCGG GAGACACTCCTTTGAATGGTGAGCTCAGAGGCGGATTGGCCTTCTTAGGA GTTAATGAGGATGTCTGAAATTAAGAAAGTCAGGAATAGAAATTGAAATC TGTTTGAGAACTAAGTTTAGATCACTCACCAGATCCAATTTATACTTATC AGGAATAGGTTGAACTTTGAGGGGCGTGCGGGGCACCTTGCTCTTCACAG GAGTCTGAAATGGAGTTTTGCACTCCTAAAATTAAAGAAATGAGGGTAAA TAACAAGTGCCAAGACAAGGGCGACTTTAGGACTGACCTTCGCTTTTCCC TTAGCCAGTTCAACCTTGGAGCCCATGACCTTTCTTCTTTTGGATGGAGG TTCCGCCTCGAAACCCCTCTTCCTAGTTGAGAAAAAGTCCGTAATCTTTG CCTGAGGAGTCGCCATTTCCACTTTCAAAGTTTCAAACCCTTTTAACTTT GATTTATTTATGAGTTTCAACTTTTAAGGATCAAAAGTCAATAGAAACCC TATGTAATAAAATAATAGAGAAAAGAGTTGATTTTGGCGCGTCAACCAAG TTTTAAGCAGCTGCAGAACTGTTGCTACTGATACATAAGTGAAAATAGAA GCAAAGCTAGATGGCTGCGCAGCTCGCTCAGGTTGCTAGCTTGGTATGTG ACATCCATGACGTCATTCATCAAATACAAAATAGTCGGCCAATGACGTCA TTGCACCATTGTTATTGAGTATTCTATATGACTATTATCTCTTGATTGAC AATATAACTAAGTCGAAGACAATCATGGAAGAAAGGCAACTCCTACGTTC TCGGCATGTCAAGTTCCTCCGTCGTATACTCGAAACACCGAATCCGTCTT CTTCTTCATCTATGGACTCTAGTCGCATGACAATTGTGTTTTTTTGTGTA GCTGGCCTAGGTTTGTTTACTTCTGAGTTCTTACTTGTTTTGGATTTCTT CCGAATCGGGATAGGAAATTCCTTAGGCTTCCCTTTTCCTAATATCTGCA CTCTCTGATTATCTCTAGATTTGCTGGGTGAAAAGAAGTTAGATGAGATG AATGAATGGATTTGGAGCTGCCTCTCCAGCAAAGGATTTAACGGTAACCC TGGAAGAACGCAAGGACCCGGACATATCGCAATGACTTATTCCGCACTCA ATATCCTTCTCATTCTTCAAGACAGCCTCAAACAACTCGACAAAAAAACC CTCTTAAAAGGAGTAAAAGAACTCCAACTTCAAAATGGCTCTTTTTTAGC TTCTTTCGAAGATCCCCAGTCGGATCTACGTTTTCTGTACTGTGCTTGTG CCATTTCTTATATCTTGCAGGATTGGAGTGCAGTCAATGTACCTTTAGCC AAACAATTTATATTATCTGCGTGGCGTCCAGAAGGTGGGTTTGCACAGAA TCCAGGGTGTGAAGCCCACGGAGGTAGTACTTTTTGTGCCGTGGCTTCCC TCTATTTAATGGGTGATTTAGAAACTGCTCTCAGTAACGTACAAAGAAGA AAACTTGAACGATGGTGTCTTCATCGCATTGGGAATGGCTTTCAAGGTCG TCCTAATAAACCTAGTGATAGTTGTTACTCTTTTTGGGTGGGAGCCACAT TGCGGCTCTTGGGAGTGGACGMTGATTTGCAATCATGTATCGATTTTACT TTATCGACCCAAAGCCCTATCGTAGGAGGTTTTGCAAAATGGACGGACTG TAATACTGATCCTTTGCATACATATTTTTCTCTAGCAGGCCTGTCCATCA TTGATAAAGATTTAGGTTTGGAAGCAATGCACCCTGCTCTGAATATACCC TACACTGCCTTTGAGTATTTAAAAAGCTTGCACAAATCGGGAAATATTTA AATTCTTATTTATTCACCTAATATACATAAAAATACTTGAGCACAACTTT TCAATGTTAGAATTGTCTGACCAATCCATTCTTAAACTCGCCTTTCCGGA ATTTCCATCTAGAGCTTCAAGCTTAATAAATGTTGCCACACAATGATCTT TTATCTCTTGGGAAATAGATGGTATGTTATTTGAGAGCTCAACGAAATTT GTAGTACTCTCCACCACGCTCAAATAGTGAGAAAAATTATAAAGACTCTT CATGAAATCTTCGATGAGTCGTCTATAAAAGGCTATTGTCTCCAATATTC TTGGATGACTAGATACCTATAAGATACGATTTTTTCGAGTATCAAAGGGA TAACATTAAATTATAATACATACATTTTATATATAAATAATAAACATTAA TCTGGGAACATTTAATTTTATTTACCTCAAGTTCTCTGAATATTTCATTT CTTCTTGATTCTTCCTCTAAATAATCATTCATTTGGTACTTTTTCCTTAT GTCTGTATCTATTTGATTCAAGTTCCCTTCATTAATTAATCGATCTAATG AATTAGCTAAAACCGATTCCAGTTCTTCACAGGGTTTCAAAAGTCGAATT TCGATAAGATTATCAAGCCAAATTGCACGATTTATAAGGAGTGATTCATT CAACTTTTGTTTGAAGCAGGTTTCTTGAAGATTAAAAATGTACTTAGTAT CAAGGATTGACGAAATTGAATTATACAAAAGAATATCACTCCAAATAATT GGAATTAGTTCAGTCAAAAAGTAGTTCTTTAGATCTAATCTAATTAATGT TTGATTATTTTTTAATCGTTTCAACACTTTCCTCGTTTC
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