EMLSAT00000001443, EMLSAT00000001443-697290 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000001443
Unique NameEMLSAT00000001443-697290
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s1246supercontigLSalAtl2s1246:233521..243037 +
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)EMLSAT00000001443 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000001443EMLSAG00000001443-684209Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000006266EMLSAE00000006266-715194Lepeophtheirus salmonisexon
EMLSAE00000006267EMLSAE00000006267-715195Lepeophtheirus salmonisexon
EMLSAE00000006268EMLSAE00000006268-715196Lepeophtheirus salmonisexon
EMLSAE00000006269EMLSAE00000006269-715197Lepeophtheirus salmonisexon
EMLSAE00000006270EMLSAE00000006270-715198Lepeophtheirus salmonisexon
EMLSAE00000006271EMLSAE00000006271-715199Lepeophtheirus salmonisexon
EMLSAE00000006272EMLSAE00000006272-715200Lepeophtheirus salmonisexon
EMLSAE00000006273EMLSAE00000006273-715201Lepeophtheirus salmonisexon
EMLSAE00000006274EMLSAE00000006274-715202Lepeophtheirus salmonisexon
EMLSAE00000006275EMLSAE00000006275-715203Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto775071auto775071Lepeophtheirus salmonispolypeptide
EMLSAP00000001443EMLSAP00000001443Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000001443

>EMLSAP00000001443 ID=EMLSAP00000001443|Name=EMLSAP00000001443|organism=Lepeophtheirus salmonis|type=polypeptide|length=632bp
MGTATQKYSLKWNDFTVNVASTFRDLHSRHDFVDVTLACADGSTLEAHKV
ILSSVSTYFRDILKTTPCKHPIIILKDXGRDEASAMLEFAYTGEVNVAQE
LLQSFLHMAKSFRIKGLDKVECPVDPPPSCQRMEAQTPSSEHWGGSAPPT
RSHSPSSIHSQQDVKPPFSEHFLASEKNAIPRTPHRTFSPPPSLPSSRPS
TREPSPIPSSHPSNTIAPPPAGLNPRTPPPKRWKRSFDLTHMNIKKESSE
PSVVPENYSRDRNGCDYEPAKRFCESVSRGNGEVVGQRLIPYPHSMPTSP
TMFERGNEIRLAGLIRHHLANDVPRSVANGIAVATKPATHHHPSHHHHHH
HHPNXLQXPPPQQQQQHPPPPQQLQQHSLQSQNPHQNNTQPASNVSESYD
PLDYRCYNGKNSNSDNVGSSTSSTPSSSTSNNYTPLGNGFTNGTTTTTNG
VVRQNGDADEREGTTFRMVFRPESAPTVLDMSPERTLSRSPSARNMDLNE
SNLRDDDTRNHLSHSGDELSDGISKAFSISSDGLGRYSCDECGKIFKHPG
SLQXHRHIHRGTHRCPSCGKAFSRRWDMERHLNKSKYGCPANRFSTGSSS
SVGESSPQHHIVEVLSPAPSTVVSASSNNTTA
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mRNA from alignment at LSalAtl2s1246:233521..243037+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000001443-697290 ID=EMLSAT00000001443-697290|Name=EMLSAT00000001443|organism=Lepeophtheirus salmonis|type=mRNA|length=9517bp|location=Sequence derived from alignment at LSalAtl2s1246:233521..243037+ (Lepeophtheirus salmonis)
CTCGAACGTTGCAGCTGCTCTTGAAAAGTTAAATATTAATATATTATCCA AGTGACGGGCTGAGGGCAACGTCCCTGTTGCATACCCTACGTTTTCTTAA AGAAGAATTGTAACCCTTCGCGTCAGAGTGTGCTTTCTTAGAGTTTAAAT GAAGATTTCTCTCTCACTGAACATAGGGTACAAAAGGAAGGCGCTCCTCG TCTGCGTCAACGTTGCGTAAGATTTTTTTTCTCTTCTTCATTTCATGTTG TTTCCAGTTTAAATATTCTCCTTGCCTCAGTTGGTTCGCTCCCGAAGCAC ATCGAGACGGAAGGAGCTGTGGGTTAACTCAAATCAGTTCAATGAAGAGG TAATCATTTTTAATTCATTCATTTAGTCTCAATTTGTACTTCAAATTTGT GAAATAGTCAATGAAATTGAAAAGCCGGGGATGATAGGGGCCATATACGC GTGCGCTCCTCTCCTCACCTCTACGCTTTTTAAAACTATGTATGTGTTTC TCAAGGAACAGCTGCTGCTGTATGGGAGTGAAATAGCCCTTGCTGCATTT TCTTCTTTTTTCCCCCCTCTTTACTCCAGGGCCAGTCTCTTCTCTTCTTT TTTCCTACTTTATTAACCGTCAAAGGCGTCATTTAAATGGAACCGGCCTG ACCCGGTTTCCTCTTGGGCAGCTAAGAGGGAGTGAGCGATTTTTACGAAG AGGAATAATGAGGGAGGAAGGGAAGAAAGGGGCGAAAACAGAGAAAGAAA CGCATTATGAACTTTTCGTTATTTAATTTGCGGAGGGGTGTTGGTAGCTG CTGTYGGAGCAGCTGTATTCGAGGCCTCATCCCTAGTATTTTAGGCTCCT ACCCTTCATTCCTCGCTCCTTCCTAGTCTGGGATCGTTATGGATCTCCTT CCTCATTTGTCCTCTGCTTCTATCTAAAGGTAAGGCCCCATGAGGTGCCA GTTCTTGGCTCAGTCTCTACCTCGTGTCCCGGCATCATTTCTTTGCAGCA GCAGACTTGCATAARCCKCTTMGGKAAGMCTGCAATTCATTTGTACACAA TGGAGGGATGGATGGATGGATAGAGCAGTTACACTCTTAACTTTAATCCA CATCAACTCTGTTATTTCAGTTATGGTAAATATCACGAGTTGGACCTCNT TAACTTTAATCCACATCAACTCTGTTATTTCAGTTATGGGTAAATATCAC GAGTTGGACCTCTTTATTAATCCATTCGTTCGTCCTCCACCTTCCTATTT AAGCAATTACTTCCAGGACTCTGATTACTCAGTAATCCATTGATCATTAA ACTAAAAGAAGACTTCAAAATATGCCAGCATTGCCCTATGAATGTATTCC AACTAAATTACTAGTTAGAATTATGAGTAACTGAATATATATATATATTT AATTCCAGTAATGTGGAGCCTAATTAGGGTTTGTTTGCATTGCGTCAACT ATTTCAATATTTGAGTATACATAAATGATTGAAATGTTGAAGAGTCGTCC ATATTTTCATTCCTTTCTCCATAGAATATTAAAATTTTTGTAGACTTGCA TAGTGATTGTGGAGAAAAAGAAAGAGAAACAGATCATGTAGAAAGAACTG CAAGCTGCGACGATATAGTTTTCTTTTGCGTTAGCTCTCTCTCTCTTAAT TGGTAAAAACAGATAGCTAGAGCATTAAATGTACTTACAAATTGACTGAA GCTGTTGGCGTTTGACTGCATTCGCAATCAATTTATATTGAATGTAGAAC GCTTTCTTTTCTTTGCTTCGATCAAGACTTCGAAAGCTCCCTCTCCATTA CAGAAGAAGAAAAAGTTGTCCTCGTTCCATCCTTTTCCTGGCTTGTGTAA TGTTGTATTCAAGTGGATACCCAAAAAAAGCCATCTTACGAAACCTGTTT TTTTTTCATCAGATTTATTTTGGAACCTTTAGTTCTGAATTTTTGTTAGA TGACTTCTGTAAAAAAAAAAAATAATAGCGTTTTGAATGGATAAAACATT CAACTAGTTTAAATGCTATATATTAATCATGAAATCCTGTTTTATGTTAT TCCTAATTACAGCAGAACCTTTACCTGATGTTTCGTCCGATATTTTGTAT TACTACTCGTAATCTGCTTCGTGTAAATTCAAAGCCTTTTACACCGTACA TATATGAATGCTTGGACGCAGCGATGATCGTCTGAAGTTGACATAGGATT GCCAATATCCCTGCCTCAAATAGGTGATTGATACAAAAACAAACATCAAA ATACACATAGTAGTAATAAATATTTATCACTCCAGTCTTCTTCCCATCAT CTATATCATACGAAAATATTACATATAGGCTAATCATACCCCTTTTAACC TCGTTGTATCTTGAGTCAAATTTACTATGTTGATAAAATTAAAATTTTAT TTTTATTGACTTGTGATTCATTAAGATAGAACAAGCTCTAGAGATAATAA TAATATTCTTATTTTTTTCCTCTTATGATTTTGTTACTTTGGTAAATCTT TGTGTGTACACCAACAATGGACCCTGTACACAATATAGGCACCTTGTGAG ACACGCCTCATCAACATATATTGCTTCATATATACATAGTTTAATTCTGA ACATAATTTCCCTTCCTAACGTTATTAATAAAGACATATGACATATAAGT TCTTTGCAAATCCTATGCATCCTCCAGGGTTGCTAATTTTGTCAGCTGTG ACAGTATGTATTTCTATTTTTTTTTTAATAGCAATTACGAGACGAAAATG AAATTTTTTGGAATGTTGCATATGAATATTTTGAACAACTCTATTCTTTT TCTGCCGAAATTAAATCTAATGAAATGTACACATCCCTTAGCTCTGTATT CTAATAATTAATATAGTATGGGTTGAGTAGCTTCACTCATAGTATATACC CATTACGTAATTGAACTTTTGTTGCTGTACCATTCAACCCGTACTTGGAT GTTGCCTGTACCTTGGTATTATATAGTACTAATATTATTATCATTAAATG TTTCGTTGCGTACGCTATTTTTCCCTATGATGGTATTATACACTCCTTTA ATCCCTTTGTGACGGATTTTAATTTTAAAGGATGATGAATGTGCGTGATT GATATATATATATTTATACTTTAGTATTATTTAAAAATGAGCTTACACAA GTCAGAGTACGCTTCTATCATCATCATACTTATTGACTTTTATCATTAAC AACTACCTTTTGCACTCACTATGCGTAGATTATCTAAAAACAGGCTAGTG TTAGTCGTGATTATAAGCATACATGTATATATAGAAGCTTCTACTCCTCC CGAACGTCTTTATGCTTAAGAAGTGTGCGTGATATATATATATATATATT GAATGCCGAAATCGTTGCTTCTGGCCTCTAGACTCTCTTCTTCTTTGCAA AGAGAAGGCAACGCACACGCACAGTTTTATGCGTAATCGTCACTTAACTA TTTTAGTCGTCCAACATCGTGCTGTAAATGTGATTGATTCACAAATTCTA GCTTTTTAAGTGGTTATTCTCTTTAGATCCTCCATCAGTTTTTCAAATAA CTTTCCTTATATAGAAAGAGGATTTGTTATTTTTTTGTATTATAACTATT AAAAAAATCCTTCTGATTCTACTAGTTTGATAAAGGATGCAGGCATGAAA GAAATGAATCCACTTCTTAATTTACAACACAATTAAATTGTAAGTCAACA TTTTTTTTATAAAGACCCTTTTCCATCGTTTCTTCGCACATTATTGGTCT ATTTTTAATCGACGCCATTTTATTTGAAAAAAGGAATACCTTGGGGTTTG TTGCCAAGTATCTTGTTAAGTATTAGGTATGTTGGAATTTAAGAAACAAG TTACGCAGGCCGGTTGCTAATAAAAAAGTATAATCAAGGTGCTTAAACTT CCATTTTTTTTTTAGAGTTTTCCATAACTTACTTGATGATGTTTGAAATT CTCATTTAGACATAGATATGTATACTGGGAATACATGTACATGTTGTTAA ATCCCCTATAATATGTAATAAGTCAGAACAATAATAAGGAGGAGGATTGA GTAGTGACTTATTCAACTATGTAATTCCATCATTTAAGTCTTTTATACTC AAATGCAACAGCAATAGAGAGGATAAAACTGCATTAATTAATCCCCGTCA TTTTCTCTGCTAAAAAAGAGATAGAAATCGTCTATAAACGGTCGATTTTT CCCTTTTTGTAGCTTTCCTTCTTTCACACGTTTTCAAAAAGCTTTCTTCT TGCAATTTTGTGTAATTCTTTTCTTCAGGAGAGGTTTTGCATATATATAC ATACTTATGTAGTATGAAGTTGGGTCTCTATTTCGATTTTAAAAATGTTT GTAAAATGCTCTGGCCTTTTTATCATTTCAAAGGAATGTAATTTAACTCT ACATATCAACTGTTAAAAGGGTATTATTGAATGCGTCTTTCTCGATAACT AAACGCGCGAACAGCAAACTACATATTATTAATATTAAATTCAACTATAC AAAAGAAAAAGAGTGCGTTTAGGCCTCCTATCTTGTGTTGCTTGTGTTTA GTTTGTACGTTAATGAATCTCTTGGTAGTTGCAACTCTTCTTCTTTTGTT GATGTTATGCTGCATTAGAGTGGGCTCTTTTTAGAAGTATTTCTCTTGAG GTGCCACATCAGGAGCATGAGGTTTCATTTTTGCGATTAAATAATAATAA TACTAAATTAAGATAAATATTTTTTTCAAGATGTTTAATTGTAGAAAATA TGTTCACAAAACACTCAATGACTCATTTTTTTCTATTTTCTAGTATTTCA ATGCGACCTAAAGGCTTCTAGAATTGCTTTTGAATATTTCAAAGCGCAAT CATTATATTAATAAAATTGTCAACCTTAGCTTCAACATGGGTACTGCCAC ACAAAAGTACAGCTTGAAGTGGAATGATTTTACAGTGAACGTGGCTTCAA CGTTCAGGGATCTTCATTCCAGACACGATTTTGTGGATGTGACACTCGCG TGTGCCGATGGATCTACTTTAGAAGCACATAAAGTCATACTATCATCTGT TTCAACGTATTTCAGAGATATCCTGAAGGTAAGGAAATTTGTATGCATGA TGTGATGTGTTAATGATTGTGTGTGCTTTAAAAAAAAGTATATTCATATT TTGAACAATTCAATAGAGCTCATAATTTAATATTGTAATAGTTATATCAA TATATTTAAATAAACCTCTTTAAGGTTTTTTATTTATATATACATATATG TTTATTGGCGTACAATCAGACCTATGAGGACAACGTGAGCATTGTCCTTT GAATTTAATGATGATCACTGAATGTAACAAGGGTTGAATTAAATAAGTAT AGACATATATATATGTATATGTATAAACGTGTAATTTTTTGCCACATGTA TATATATCGAAATAATAAACAAAGCCTTGTGTTAAATGTGAGACTTTGAA CTTCGCAATTCATTTTAATTCTTTATTTCTTTAATGTAAGTGTTTGTACT TCCACGACGTTTCCATCAAAAGTTCATAATTGCGGTAAATTGTTGAGGGA TTTGATTGTTATTTTATGGCCATTTTATGCTGAATTCGATTTTTGATGCA TTGCTTTTATATTTGTTAATGGTAGTTGAAATAATAATATTTGGGGTACA TTGTATAAGTTTGCCCGCATGTCATACTTTTTCTTTCTATTTCGAAATCT GAGACAGCGAATAGTTGAAATTCAATGATCGCAACTTTTTAATAATAATG AAATAACTTCGTTACGCGACGAATACATTATTGTCTAGAACTTTGAAGGA GAGGGATCTCGACTTTTTTGAGATATTCGGACAATTTTGAAGGATCATGA AAGTAAATTAAAGGTATCATTACGTGAACGAGGTTGTGAGTTTGTCTCTT ATGAAGTATTTTGCGCGGAGGGGGACCTGTGCTTGACGTGCGGATAAATT TATAGAATATACACAATATTTATTTGCTTCGTGTCGTCTAGATTTTAAAT TTATTTAGATGATTTGTCTCCTAAAACAATGTATTAGCTTGTCTGAATAC TCACTTTACATGCCATCTCAGTGTATTATGTGATTGATGAAACCTCTGGC ACTTTTATAAATGTGCATTGTCTCTTGAAGGCATTATAATTTCATTTAAT AAGGGGGTGATTTAATTATACTCCTACTACCTTATGATTATTACAATTAT CAAATTGGAAGAAATAATTAACAAAAGAATATAAAATTAAAATCAATGTT GTATAAAGTACTAAAGCAAACTTGTTTTTCGAATTTTTATTTGTATGTTG CTATGTTGACAAAGGGTATTAGGTGAAGGATATATTCATTTACATTATGA CAATCGTCTTTCTAATTATGTATTATTTATATCTTCATTCTTTATGTATT AGACGACGCCTTGTAAACATCCTATTATAATTCTAAAAGATKCCGGACGC GATGAAGCCTCTGCCATGTTAGAGTTCGCTTATACCGGCGAAGTTAACGT GGCTCAAGAACTTCTACAATCCTTTCTTCACATGGCAAAATCGTTTAGAA TAAAGGGACTTGATAAAGTTGAATGTCCTGTGGACCCACCACCTGTAAGT CATTTTTTTTTTTATAAAGGTTCAAATATTTTAATTAAAAATATATATTT TTTCTTTAATTTGATTAAGAGTTGCCAGCGTATGGAAGCCCAGACACCTA GTTCCGAACATTGGGGTGGATCTGCTCCACCCACACGCTCTCATTCACCC AGTAGCATTCATAGTCAGCAAGATGTTAAACCTCCTTTTTCAGAACATTT CTTGGCCTCAGAGAAAAATGCTATTCCTCGTACGCCCCACAGGTATTTTG ACATCTACAATTAGTATTCTCGTTATAATTTTTACTTAAAGAACATTTAG TCCTCCCCCTAGTTTACCGAGTAGTCGACCTTCAACGAGGGAACCGTCGC CGATTCCATCATCTCACCCCAGCAATACGATCGCTCCTCCTCCAGCTGGA TTGAACCCAAGAACTCCTCCACCTAAACGTTGGAAGCGATCATTTGATTT AACTCATATGAACATTAAAAAAGAATCTTCAGAACCTTCAGTGGTAGTAT TGAAGGGTTTTGGTGAAGTTTGATAAATCTATATTGAAATTGTTTTAGGT TCCTGAAAATTATTCTCGCGATCGAAATGGTTGTGACTATGAGCCAGCTA AGAGATTTTGTGAATCTGTCAGTCGAGGAAATGGCGAAGTTGTTGGCCAG AGGTTAATACCTTATCCTCATTCCATGCCAACTAGTCCAACTATGTTTGA AAGAGGAAATGAGATAAGGTTTGATCCCTGATTTTGGAGCTACATTTGTG AACGTTTATATACAATTTAATCTCTTCTATTTCCACTCATTAGGTTAGCT GGTTTAATCAGACATCACTTAGCTAATGATGTACCAAGATCAGTTGCTAA TGGAATAGCTGTAGCAACTAAGCCTGCAACTCATCACCACCCATCCCATC ATCATCATCATCACCATCATCCGAATCAKCTCCAACAKCCCCCGCCCCAG CAACAACAACAACATCCTCCTCCTCCACAACAACTTCAACAACATAGTTT ACAATCACAAAATCCTCACCAAAACAACACTCAACCTGCAAGCAATGTCT CTGAATCTTATGATCCTTTGGATTACAGATGTTACAATGGAAAAAATAGT AATTCAGATAACGTGGGAAGTTCCACATCTAGTACACCTTCCTCGTCTAC TAGCAATAATTATACTCCATTGGGTAATGGCTTTACAAACGGTACTACTA CTACTACAAATGGAGTTGTTCGTCAAAATGGAGATGCTGACGAGAGAGAA GGCACGACCTTCCGTATGGTCTTTCGCCCGGAGTCCGCTCCTACGGTTTT AGATATGAGCCCGGAACGTACATTATCCAGGTCTCCTTCTGCTAGAAATA TGGATCTCAACGAATCTAACCTAAGGGGTATTTATTATTAATATTACTAT TTCCTTAAAAACCAGCTTTTCATTTATTTAATTACTGATGTGCTACTTTT CTAGATGACGATACTCGCAACCATCTTAGCCATAGTGGAGATGAATTAAG TGGTATGTAAATAAGCATTTGACGAGTGATTTTAGTTTAATAAGAAAGCT AAATTTGTTTTAGATGGGATCAGTAAGGCTTTCTCTATATCGTCAGATGG CCTAGGGCGTTATTCATGCGATGAGTGTGGCAAGATATTTAAACATCCTG GATCCTTGCAACKCCACCGTCATATTCATCGTGGGACGCATCGCTGCCCA TCTTGTGGAAAGGCCTTTAGTAGAAGATGGGATATGGAGAGGCATCTAAA TAAAAGCAAGTATGGTTGTCCTGCAAATAGATTCTCAACTGGCTCCTCTT CTTCCGTGGGAGAGTCTTCTCCACAGCATCACATTGTTGAAGTACTTTCA CCAGCCCCATCCACAGTTGTATCCGCCTCTTCTAATAATACAACAGCCTG ATTTAAGAAGCCTCAATGGTCACGCTCATGAAATTGGATATGCAAAGAAA AAAGAAGTTTTTCTGAAAAGATACTTTGATTTCTATTATTTTAAACTTTA AATAGGTCCATATTCATTGTGTGATTGTGTATGTACTCATAGAAAATCTT TTGGAAAAGTATTTAGTACAAATGTTAAGCTTTCCGATTTCCCTTTGTGA CTAGTGAGGTACTCATTTTTCATTCGAATAATCTGTATCTTAAATTACAG ATATACACTTATGTATGCCTTGTATTTCAGTATGATTGGAGAGATAAAAA CAGATTCGCTGTTTTGATGTGATCACTTTTTAGAATTTATTTTTTTAGCG AATCTGTTATTCACTGTGCCAGACAAAGATAAAATCTAGACATTAAAAAA AAATAATAAATAGGTATTTAATGAAAAAATTACGCTAACTTTTCTGTCAG TTTATGAAAAAGTACATATGTAATTACAATTCCTCCCACCCTTACACTGA TGTTATAAGTCCCACTTTTTTGGTTATTTTAAATGAAAATAATTGTGATG GTTTAATTTGTGATAATGTTATATTTTATAGTTGAAAAAGCCAAAATTTT CTGGGAGTTATTTTTGGGGGTCTTGGAATTATTTCTTTAGTTTTATGTGT TTTTTTCGGGTTTTCTGAGGCGACAATTGCTTTGTAAATATTGATAGCAT TAAATAATAGAAGATAATTATATTTTTTTCGCTCTTATTTCGTCAAATTA CCTTCACTTGTTGTGTCCTCCTCAACATTGTAATCATTCTGCATTATATT ATAATTTTCATGAATAGTAGAAATCTTTCTAAATAGTTATATTACGGGAA ATCCTATTTTTTTTTTTTTTCATTTTTTTTTATAGAAAAATAATTAACAA TATAAATACTTTGTAGTCGCATCATCTTTTTCTTTTTTTTTCTTCCTTTA TCTTAGATAAATTTCGTCAAATACTTATTTTCGTAGTTTTTAACCATTTA TTCTAGCAAAATTCAAC
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