EMLSAT00000009085, EMLSAT00000009085-704932 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000009085
Unique NameEMLSAT00000009085-704932
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s570supercontigLSalAtl2s570:251412..259143 +
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)EMLSAT00000009085 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000009085EMLSAG00000009085-691851Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000040341EMLSAE00000040341-749269Lepeophtheirus salmonisexon
EMLSAE00000040342EMLSAE00000040342-749270Lepeophtheirus salmonisexon
EMLSAE00000040343EMLSAE00000040343-749271Lepeophtheirus salmonisexon
EMLSAE00000040344EMLSAE00000040344-749272Lepeophtheirus salmonisexon
EMLSAE00000040345EMLSAE00000040345-749273Lepeophtheirus salmonisexon
EMLSAE00000040346EMLSAE00000040346-749274Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto775337auto775337Lepeophtheirus salmonispolypeptide
EMLSAP00000009085EMLSAP00000009085Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000009085

>EMLSAP00000009085 ID=EMLSAP00000009085|Name=EMLSAP00000009085|organism=Lepeophtheirus salmonis|type=polypeptide|length=499bp
MFLNLGQGHASTKMTQILXXDVNTNFIKSHTLMDETVPPLFGSPVVIRTG
LSSRFTTLAVDPQISTTDGRHYDIIFTGTTNGYILKSINALGPSSNDRVE
SVIIEELKVFEKPTIIKKVQVVGGEKEGGRSLGKLVIMSDDEIRSFPVQR
CDRATTCPECVALRDPYCAWDVRSARCGSGDWTQNMAXXFIXSXSXGEHS
HCLAEIVVQDGEEDNKGKWYDRIQPVGLVINIVNREKNSLSKPETKDRTV
SQNNPSGVQGVEPNTVLFSLETLVITVSAGAVAALVVGFVIGYCCGRKCG
KESGVXLPYPDTEYEYFEQRQGLARPLAPLLPTSSDKLDPRDQEEVTYAE
PELVSRPVPSHLNALNSGGGKYYDGDRFGSSHYSSSLLQPNKFNTIHSSV
SKRNKAHNDSLMLGGGGGVGGGLHFINXPPGVPATLFNAGNRRENIGPNV
NFQMSTLGRSSMRNNGKSSVNGDSSNDGSQPQVVDSAYGTTRSVKKVYL
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mRNA from alignment at LSalAtl2s570:251412..259143+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000009085-704932 ID=EMLSAT00000009085-704932|Name=EMLSAT00000009085|organism=Lepeophtheirus salmonis|type=mRNA|length=7732bp|location=Sequence derived from alignment at LSalAtl2s570:251412..259143+ (Lepeophtheirus salmonis)
AAATTAAGAAGTTGTGAATGAAGTTTGATTAAATAAGACAGACAGCAGCT GCTGCATGTAAAAGACGAGTTAGTTGGCTAGTTGGCTGTTTATGTTTTTG AGGCGTTTGTGGTAGGCTTGGCGGGTGAGGAAAGAAAAGAAAAGAAAAGA AAAGAGAGAGAGAGCTGATCTCACACACCTACACACAGACAGAGGGAGAG AGAGAAAAAGAAAGAGCTGAAAGAAGGAGTGTGATCTGTGAAGGGAGGAT CCTTCTTTATCCCAAGATTCAAGATTGATTCCATTGTGTTAGAGATCCTC ATCTGGGCGCAGGTCTTGTTCTCCCAACGGAACCGGATGTCATGCGTTCC TAAGAGCGGAGCAGATTAGTGGGATATTTGTGGAGAGTAATTGTGAACTG AGTCTCAATGTGAGTGTCCTTATTATTCCGAGCACCTTTGTGGACGTGAT TCTCTCTCCGGGAAGGTTTTTGGAAGATGTCGATGGGCGGGAGAGGCGGC GGYCGTGTCATGCATTTGACGGTTGCGATTGGGGCTTGTGGGAATTGATG AAGAAGTGTTTTTCATCATGTTTGTGTTGTTGTTGTACTTGGGTTGGTTC TGGATGTGGACAAGTGGGATGGTGTGTGCGTGGCAAAGGAACGAAAGACC TCGGCTCTTGCTGGAAATGTCTCCTGGGGACTACGTGTCCTTTGGGGGGA ACGAGAGTGAAGTGGATTACTTCCGCGTGATGCTTCCCATCGAAGAAGGG AAATATCTTTTGCTGGGTGCGAGGAACGTGCTCTACAAAGTGGAGCTGCG AGACGATCTTCGCCTTCGCCAAAAGCTGGAGTGGAAGAGTGAGGAGCGCG TTCGAGAGGATTGTTTGGTCAAGGGGAAAACGCAGCGCGAGTGCCAAAAT TACATATCGGTCTTGGCGCAGTACGATCAGGATCGCGAAAAATACATTCT TTGTGGGACGAATGCCTTTAAGCCCCTCTGTCGCGAATACACGGACGAAA GGGGTTCTTATGTTCCCGGGGAGACAAAAACGGGCATAGGGTTATGCCCG TATTCCCCCGATCATAACAGTKCCGCCATACTCGTGGGAGAGGACTTATT TTCAGGCACGTTTGCTGATCATGCCGCTGTCGATCCCATCATTATAAGAG GGTCTGTCAAAACACGACCCTTTGATTCCACGGTGCTCAATTCTCCGGAC TTTGTGGGATCGTTCTCAGACTCGGATTTTGTGTATTTCTTTTTTCGAGA AGGTGCTGTGGAATACTTTAACTGTGGAAAAGCTATATTTTCTCGCGTTG CAAGAGTCTGTAAGAATGATCCTGGTGGAACAGGAAATCATTGGATGTCA TTTATTAAGACTAGACTTAACTGTTCTGTGCCTGGAGCTTATCCTTTTTA CTTTGATGAAATTCAAGGTGTATCCGAATTGATCTTAGGTTCATACGGTG ATGATCCTCAAGAAAGTCTTATATTCTACGCTACTTTCTCAACACCCTCG AACTCCATTGGAGGTTCGGCTGTGTGTGCTTWCAGCKTTAAAGATATAAA TAAATCCTTCATCGGAAAATTCAAAGAACAACGAGATACCTCCGCCAACT GGCTTCCAGTTTCAGAAAAAGATGTAACTATTTTTTTAAAAAAAAGATAT ATAACTCACTACTAATTGAAATTAATTTGTTTTACTACATGAYGGGGWTT TTTTTTTTTTGTCGAGCATGGATTACAATGTACTATTTCTTGAGGCTTTT AATTGTATTTAATATTTCACTCTATTAGAAAATTATTTGATTGAKCTCTC CTTCAAAAGCCTGCCTCCAATTTTCCACCATGAAATCATGAGCTATAATA TTTTACATTGAATACTTCCTTATAATTATTGAAACTATTTTCTTTTAGGT TCCTAAACCTCGGCCAGGGACATGCATCAACGAAAATGACACAAATTCTT TNNNNTGATGTCAATACAAATTTTATAAAATCGCACACTTTAATGGACGA AACGGTGCCACCTTTATTTGGGTCCCCAGTCGTTATTCGCACTGGATTGT CTTCAAGGTTTACAACTTTGGCCGTTGATCCCCAAATTTCTACTACTGAC GGCCGACATTATGATATCATATTTACTGGTAATTATAAAAAGTGTTTATT TGTTGCTTCTTTAGCTCTTGATTGTTGTAAAGTCTCGTAAGGAATTTTTA AATTTCATTTGTTTGTTTTTCTAACTAAGAAGTTTCCTCATTTACTTTTC CATCGTTCCAATAAGTATTATTCCTTAATTATGATTGTAAAGAAGTTGAG CGTCAGCTACTTAAGTTTACTCACTTTCCAGTCAAACAATTTATGATTTG TTTGAACAAAAAGAAAATTGTTATATTATATTTCTCACTAATGGATTAGT TTATTAAATCCCCCAATTATAACTAATTGTATCTTCTACATCAATAGCCT TCATTTTTATTACTATTCTTCATTGGATATTATATACATTCATAAAATAA TATTGTAGAGCATTCTCATGTGACGTCAACACTATTAAGGTTGACCATTT TGGGAGCCTAAACAACCAAGTTATATAATATTAAATACCCAATAATATTA AAGAAAGTAGTGAGCTATTGCTGTTTATTTGAATGACCAAATGGGACTAA CAAATAAAATGACTTTAACCTTACAGTCAAAAAATATATCTCTCTAATGC CTATTTTTGACACTTATGGCTCCTTTACACCCCTGATACTAACCCCGTAT AAATTTCGAGTGCATGTCGAGGGGAAGGCCTGTAGTATCCTTAATTCAAA CACAGAAGCCCTTAAAGGCACTGTCAGTCAGCATTGGGACGCCATGACAG AGGATTACATCCGAAGTGGGAGCTAGGCCTTCCGCCGCCGCCTGGAAGCC ATCATTGCCGCTAATGGCGGSTAGATTAATGTTTAAGATGGNTCAAATAC AAATCTATTTACAGTATTAATTGTGTTAGTTACTTTGATAATTAGTAAAT TATATCTTGTTGAAGTTTAATATTTAAAGTGTTCAGATTTTGATGGACCA CTCGGTAACTATAAGCCACCAAGATGGCGTGAGTCAAAACGCTTTACAGC ACTAATCATTAAATCTGTAGTTAAATAAGAATTATTACACCAATTATAGC AAGATTTATTTACATAAAAAAATAAATTAGTTATGCTTATCAAATGCAGA GTTTAATAATAAAACCCTCATAGTATTTTATAATAGTTGTGAGATATTTT TATTTGGTGATATTTCATACTACAAAGTCCAAAAAATATCACACTTTTCT TCTTCTTTTTCACTGAGTATCATTAGCCAAAATTTACAAAGAGAGATTGA ATTAATTAAATAATAGTATTTATTATTTATGTTTTTAGAGTTGCAATGTT CAATATCGTGTTTTTGAATAATAATTATAATTTGATATCATAGGTACAAC GAATGGTTATATACTTAAGTCAATTAACGCCTTGGGCCCTAGCTCAAATG ATCGTGTGGAGAGTGTCATTATTGAGGAATTAAAAGTGTTTGAGAAACCT ACTATAATTAAGAAAGTTCAAGTTGTTGGTGGTGAGAAAGAGGGTGGAAG ATCATTGGGTAAATTAGTTATCATGTCAGATGATGAAATCCGTTCTTTCC CAGTTCAAAGATGTGATCGAGCTACCACATGTCCTGAATGTGTAGCTTTA AGAGATCCTTATTGTGCTTGGGATGTACGTTCCGCCAGGTAATTTACTAC TTATAAACTTGATACATTTTGGGATATCTCTAATTAATAGGTTCTTAATT TTGATAGGAGTCATTTCTTGATATTAATTTTTGTCGGGAATATAAAGGGA CTGTTACTATAGTTATTTAACATAAAAGAAGCAAAGCGGTTAAAATGAGA GTTTTTTTATTATTATTAAAATGGTTAAATCACATCTTAGATCGCCTTTA AATATCTTATCTTTAAATGATCATTTATGCAAGGAATTTTGCATTGTGGA CTCATATAAATCAATTAAATACTTTCATTAAATTAAATCAATGTATTAAT TAAAATAGTTAATAAAAGGTCATGCGAAGAGATAGTAGTTGGGATAGACA GAGGAAAGAAATACAAATGCCTTAGGCCCATGTATTAAGGTATAATACAT TTGAAACATTCTTCGGACAACTACAAAGTTTTAAACATTTGATTATACTC ATGAATTTGTTTTGTTTGCTCATTATAAGACAAAGCTCCACTCTAAAATC AAAATTTAAGATGTATCATATATTTAATTTAGAAACTTTTCAATCTTACT CACATTGGTACTAATTAAACGAACGTTGATCTTGTTATTTATTTTTTGAT CAAACAATAAACTAAACAAGTGTCATGACTTGTAATAGATGCTGAGATAT AATTAAGGGATTTAAAAACTAGAAGATCAAATGGACAATGATGAATCATG GAATTATAGGCAAAATATGAATTCCATGGATCAACCAAATATCAAATGAA TTAAAAAGAAGAGGAGTTATTGCACTATGATTGAAATTCAAATGACTCCT GCCTTAATCCCCTAAAATCTCATTAATACTTTCACAGGGCACACAACCTT TATGGGCTACTTATTTTAAAATGATATATAGCTTTTTTCTTAAAACAATC TTTCTGATTATTTTTTTCTGAACAGCCTAAGGTGGTCACCACATAAATCA GAACAAATCCCAATCGCACATTATTATGCGACAACAATCTAGTTGAATAC CTTATGCCAAACGTCAGATTTCTGAAAAAAACAACTTTAGTGAATTTAGG TTGCTAGTGGATGATTTTATTTTGAAGCGTATGGATAAATAATTTTAATT TATTTTGTTTCTGTATTTGTGAGAAGGACTCGTTCTTGCTATCTAAGATT TGTGATGTCCTCTGCAAACATAAGATACTCGTGAAATAATGATAACTTAC TATTAGATCCTTTGTGTTTATACTAATAAACAGGATTTGAAAGTTGCGGT CAATTTGACCACCATCGCTATTTCAGGCATTAAGAAATTTCCTTGGTTCT AATGTTAATATTTATATGATGGCTTTTTTCTGTTTACTGACAGTATGGAT TATAGTCTCAGCCATGGTATTCTATAGATCTGAAATATTCATGTAGAATA TTTATTCTCACATAGGGAAATATAAAAGAAATTGTTGGTTGAAAAAAAAA GTCTTAACTCATTTTTTACCCCATCATTTCTTTAAGAGGGAGAGGAAAGA AAAACAAGTTAAGCTACATGTGTGATTATTGGATGTGTCTGGAACTCCAT GGATTAGACCTATGTATTTTTAAAGAACAAAGTTTGTCAAATTAAGATAT CAGGAGTTACCTACAAACACTTGAACATTGTACGTCATGTGATCAGTCTC AAGATTGATTTTTAATATGTAGACATATCACAAATCGGATTTTATTCTTC TAGACTTCTTCCTTTTGGGGCTACCTGAAGGACTAGAGAGGGGTAAGATA TCTTGAAATGATGTTTATCAAAATTTGGTACCTATTTTTCTTTAAATTTG AAGTATTCTAATTGTTTTATGACTGATTTTTTCCATTATCGATCAAATAG TTGTATGGTCAGAAATTATGTTTATTATGATTTTTATAGGTGCGGATCGG GTGACTGGACTCAAAATATGGCTTRTWGTTTTATTRAATCCSTGTCTWCT GGAGAGCATTCCCATTGCCTTGCTGAAATTGTTGTTCAAGATGGTGAAGA AGACAATAAAGGAAAGTGGTATGATCGTATTCAACCAGTTGGTCTAGTCA TTAATATTGTAAATAGAGAGAAAAATTCTTTGTCAAAACCAGAAACAAAG GATAGAACAGTCTCTCAAAACAATCCTTCTGGTGTTCAGGTATTTTATTT TCAACTAAATAACTATATATATATATGTATTAATCTACATTATTGTTAAT TATAGGGAGTTGAGCCCAATACTGTGTTATTCTCTCTTGAGACTTTAGTC ATTACTGTGTCTGCAGGAGCTGTCGCTGCTTTGGTAGTAGGCTTTGTCAT TGGTTACTGCTGTGGMAGGAAATGTGGGAAAGAGAGTGGTGTTCKCCTKC CTTATCCTGACACAGAGTATGAATACTTTGAACAACGCCAGGGCTTAGCC CGCCCTTTGGCTCCTTTATTACCAACATCATCTGACAAACTCGATCCAAG AGATCAAGAAGAGGTAAGGCTTTATACAATGCTCCTTTATTTAAATACAT ACCTTTCATTTATACTTCTAGGTCACATATGCAGAGCCAGAGCTTGTTAG CCGACCGGTTCCTTCTCATTTGAATGCCCTTAATTCGGGAGGAGGAAAAT ATTACGATGGTGATCGCTTTGGCAGTAGTCATTACTCTAGTTCCTTACTT CAGCCCAATAAGTTCAATACTATCCATAGTAGTGTAAGTAAGCGTAATAA GGCCCACAACGATAGTCTGATGTTGGGAGGTGGTGGAGGTGTTGGCGGAG GCCTTCACTTCATCAATGAMCCTCCTGGTGTTCCAGCCACGCTCTTCAAC GCTGGAAATCGAAGAGAAAATATTGGACCTAATGTCAATTTCCAAATGTC TACATTGGGACGTTCTTCCATGCGAAATAATGGAAAATCTAGTGTAAATG GAGACTCTTCCAACGATGGGAGTCAGCCTCAAGTAGTGGATAGTGCTTAT GGTACAACACGCTCTGTTAAGAAAGTTTACTTGTAAAATGATTTTCTTCT GTTATTACTACTACAACTATTATTATTATAATATAAAAACCGTGAATCTC TCTACAAGTCTGGCCCCCTTTCCTCCTCCATGCAAGCTATTTTAAATACT TCTATTACTATCATTAATTACCTCTTTAATTCAAAGAAGCTTAAAGTTGA GGGAATACAGATTTTTTATTTTTTTTTTCCTTTTTGCTGATATCCCCCCC CCCCCTTTTTTTTTATAGAAAAAAGAAGAGGAATTGCATTATAATAATTT AAATGATCTCAAATGAATGGGACTAATGGCGGCAGTGATGTGATGCCCCT TGTGAAGAAAACTCCCCACGACCTTCCATTTTTTGTACTCAACTRGTGCA ATATTCTTACTACTTTATAATATTACTTCTCATTCCTCCTTTCGGATGAG GGAAGGACCCTTTCTGCGCGCAACACTTTTGAACTAATAATAATTGCTCA ATCATTTTATAAGCAAATGGTTGTATGCAACTCGAGCCCCCATCTACGTC TATTTTATACAAATAATATGTTATTTAATAGTTATATATTATACGTATAT ATTATATTAACTCTCATCTTTTTTTTWKRTATTTATAAAAGTAAATGGCT GCTCCATTATTTTCTTTATTTTATAATAATTAATTAATTCTCTTATCAAC TAGAACATCATCATATCATTGCTGCCATCAACCCTTTCTCTCTCTCTCTC TCTATCANGTCCCCATTTATCTCATTATTTCCTTCAGAAACATGCCTCAA AGAATACTCTATCCCAGTGGTTCTTAAATTCTTATGAGTTCCACCCTTCA AATATGTGGCTAGACAATGTTCGATCCCTACACCTCTCATTGAGAGATGC ATTTAAAATTTGGAGTGCATTTTACGCAAATAGATGACTTAAAGGCCATA TAATCCATATAAAGTTCAACCCAGAGGATGATAATATAAGTTATTTAATT TCATTGATCGAAAATAAAGATTTTAATTCTAC
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