EMLSAT00000012805, EMLSAT00000012805-708652 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000012805
Unique NameEMLSAT00000012805-708652
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s975supercontigLSalAtl2s975:43541..51448 +
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)EMLSAT00000012805 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000012805EMLSAG00000012805-695571Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000057495EMLSAE00000057495-766423Lepeophtheirus salmonisexon
EMLSAE00000057496EMLSAE00000057496-766424Lepeophtheirus salmonisexon
EMLSAE00000057497EMLSAE00000057497-766425Lepeophtheirus salmonisexon
EMLSAE00000057498EMLSAE00000057498-766426Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto770567auto770567Lepeophtheirus salmonispolypeptide
EMLSAP00000012805EMLSAP00000012805Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000012805

>EMLSAP00000012805 ID=EMLSAP00000012805|Name=EMLSAP00000012805|organism=Lepeophtheirus salmonis|type=polypeptide|length=999bp
MMKQGYEDYKRHKNDSIINNXPVTRLKHGIVQRIPSSKIEVGDVLQIHEG
DDFPADLILLSSSDPRGRAYIMTANLDGETNLKTVLSPKPTQNLKKAEDL
SDFSCRIECENPNSDLQKFVGRILVPGNTKEPLSQENLLLRGTSLKHTAY
VFGCVVYTGQDTKMSKNSKMTPIKFSTVELSLNRYLLFFVVLLLAEVFLA
SILRFTQGLDLELVGPVPWYLGPSVVVNIYQVIQDSLSFLVLFNYVVPIS
LYVTLEFQKFVGSFFLLWDEKLIDPDTGNPPICNSSDLNEELGQVEYLFS
DKTGTLTENVMLFKECSIDGLRFADSATSLLSLNETKSSEKSINHFLQSL
ALCHTVEVSINDSDLHYEASSPDEKALVDICRKYGTAFMGTFDTGDEQSE
EEILQLVIKDRPKEQLFKRMRILEFDSDRKCMSVIVQDEEGNIRLICKGA
ESSVLPNCISGEIEITKEHVDIYGTVGLRTLVVCEKQLTESELDQYLVKL
KEASISLVNRSEKLKDVYREIEKDLHVLGAVAIEDKLQDGVKETLIRLGQ
AGIKIWILTGDKRETALNISQSCGHYXPSTMHLLDLCKEGSQVSDAITDY
LYKTRVGDDRNCLVIDGKAVRSLFAFKDTIEPFLNLALRCRSVICCRMSP
LQKAEIVKLIKNSPESPITXSIGDGGNDVSMIQEAHVGFGIMGKEGRAAV
RSSDFAFGKFRHLQRVLLVHGHWYYVRVAILVHYFFYKNVVGFTPQLIYA
FFNNFSAQTLYNGVNLTLYNIVFTSLPIFVYGLIEQNISADDLLQRPDLY
KKIANNALLDFKNFIIWFSAGVWHAIVIFFGFYLLCEDVDLSRVSFGLGI
YQTSLIVVSVRLLVQSRYWNMYLIGSVFVSLAGFVIFTFIFHSLRIPSSF
YGIVTDYWLPVDRLTYWEIYILMSRYQIWFGWLLLVVVCISLDLFVLTSK
KSAKDFETVFKMLKSKFGKKSFDLNSQRWEDTTAFTNMAFVISREDIKH
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mRNA from alignment at LSalAtl2s975:43541..51448+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000012805-708652 ID=EMLSAT00000012805-708652|Name=EMLSAT00000012805|organism=Lepeophtheirus salmonis|type=mRNA|length=7908bp|location=Sequence derived from alignment at LSalAtl2s975:43541..51448+ (Lepeophtheirus salmonis)
CGCTGATATAAGCAGAAGGATTGAGTTGTAGAGGGGGGGAGGGATTTATA TTTACAAGGCTCAGTCTGATTTATACATAATAATGTGTAACTTAATTTGA TAAGGTTAAGAGATAATGCTAAAATGGAATCAACACTACTTGTGGACTTG TGTAAAAGATACAACCTGATCAATCAGGGAACTTGTGAAATAATACGTAA GGAATGAAATTTATTTTTCCAAATTGTGAGAGAAAAACATGTGATGTGTG TAACTTTGTTTCTATCAAATATATATACATAATCGACATTCATGATAATA GTTATAATATTCTCTCGATAAAACACTTGAAGAGCAAAAAAAAATAAAAA AAATATTGACATTAGTTTTTAGTAATAATCACCGTTCAATGTATACTTCA CCTATTCAGAATAGAGTCACACTATTTGTTGTTACATGAAATGAATCATT TTGTTCCATGATACAATAATGTATTTGAGTTGAGGACATGACTGGAAATA CTAATAATTATGGGAGTAAGCGATATTCTAGAAATCGATTCCGATTTCTT ACAACGAAAAGAAATGCAGGAAGATATGGGAATAGGATAATAAATGTTGG AGATGCTCCTCCACCTCTTCTGGAAGAGGAAGTTGACGACTCTGTTCAAA CAGTGTTTGTGGACAATAGCATCAAATCTTCCAAATACACCATACTGACA TTTTTACCATGGTAAGAGAGATAAACACTTAATTTTTAATATTCTGTTTA ACTAAACTGATTGAGGAAATTTCATATCCCACACTAATATTTTTTTTAAT GGAATTGAGCATTTATTTGACTACTTTAACTTTTTAGATAAACATAAAAT AAATAGTTATATCCTCAAACATAATTCTTACATCCATTCAGGATTTTTTT TTTTTAGCCGTAAAGTGGTTGAATTTTAAAAATATGMAACGCCTCTTTGG AAATTACTTGCTAATCATTATGAAATAAGGGTTTTCCTATATGTTATAAG GGGTTGAGTCATTGTTAGGCTGTTATTCATTATTTGCCTTAATAGATAGA TAAGGTTAATTACATAAAAATAAAACAAATAAGATTAGCCAGTAGAATTT TCTACAAGATCTAAAGTGCGTTGAATATTGGGAAAATATTTTTATTCTTC TTAAAAAAATAAAAAAAATGGAATAAAATTAATGTGGTTTAAAAGAACAC ATCCTTAGTTAGGAATTAATGCTCAAAATATTAGGTTTTAATAATATGGA AATATTGAGACCCTTATCATAATCATTATTTTTCAACAAAATGAGGTTAA TGACAATTTATACAGGATTGTTCAGGTAAATCTGGACAATCTTTAACTAC ATCCTGAACAATAAAAAAAGCATTTAACTCAAATATTTCAATTTTAAATT AAGAGGTTAAACATTAGCTTTAAGTTAGTGCGTAACTTTTAATTCATAAC AAGTATTTCGTTACGATGAAGGAGACCGTAGGAATACCATCATTTAATTT CCTTGTACAAGACACATCCCAGCTAACATAAAGAATATCCTCTGGTATAC AAAGAGCACAGTCTACGACGTCTACTACCACTGGAAGGAGGAGGGCATAT AAGAGAAAAGCCCACAAGTCTCGGAGTGATAAAAACACACTCCCAGATTC CTCGTAGGCCTGTAACGGTCCATGAAGGCATCTCCTGGGACTCCGATTAA TGTTCTTGCCAAAAAATACAAAGTAAGCCGTGGAACAGTCTCAAAACACT ATAAACATAAACACCGMCCTGAAGATGAAGTCATMCCGCCTCTAAACACA TATGCTTACAGACTAAATGAAGGCCACCCAGGCTTCCCAATGAAGAAAAA TGCTGGAAGATTTGTAGTCCCATGGTAACCGAATCATCTTTTATTCGGAC GAGAAACAATGTACTGTCGCCAGATCCCACAACAGATTGTTGGCCACAGA GTGAGCTAATGTCCCTCACGTCTTTAAAAACAATTTTCCAGCCAGCATTA TGACCCTTGGTGTCATCAGGAACAACGGCAGTGTCATTCTCCCCTCTTTT TCTTTGACCCAAAGGATAGGGTGTGCCCCAACAGGTACTGTACTCTGAAC TCCTGTTTGGCCAAGTGATGCTTTGGATGCAAGCGGAAGCCAATGGTGTC CAGTTATTCTTTCAACAATATTCGGCCCTTCTCACAAGTCCTGTAAGACC CAAAACTTGTTGAAAGAAGAGAAGGTGCTATTTTTGGACTCCCAGACCTG GCCTTCTAACTCCCCCGATACGAATACCATGGATTTCTTATTTAATGATG AGTCAGAGAAGAATGTCTCTGTCAATTCATACAACAGCATCACCTCCTTG AAGGCCTTCATCATCACTGGGATACTGGGATAAAATCTCCACCGCGGACT TGGCCAAGGCCTGTAAATACTTTAGGGCTCGAATCAAACGAATGATTGTC TAAAATCACGGACACATTGAATGATTTTTTTTCTTTTGTATAATTAGAAC TTGTTAATAAAATTTCAAAAATTTCTTGCTACCCTCATTGATGAGGATGC AGTTAAAGGTGTTCCGGATTTATATGAACGACCCTGTATTTTTTAACCTA CTAGTCATGGAATAATAAGAGTAAATTAAATACACTGCCCTATAATATAT AAAAACTAAATTCATCCCTTTCTACATCCGTTTTTATGTTTGATTAATGT GATTGCCCACAAGTTGTATATACCTTGTACATATACGAGTATAGACATAA CATAGTATGTCCTTGGGTGAACCAATACCTGATTTTTACTTAACCCGATT ACCTTTCAAAAAATAATAGGATCCTTTTACAAAAAAAAAAATCAAAAAAA ATGTATTATTAAGTAAATAATTTTTTTTACATCATATAAACAGACTAAAA AGGAGGTTTTTAGTCTCTTTAGGTATACCTATATATAATCAACACTTGTT CTATGTGATATTACATAACTTGATCAGGAAACAATTACGTAGTCAAATGT ATGATATGGGTTAAAAAGAGTAGTTGAGTCCCACAACAATACAAACAGGT TATTAGACCAATGGACAAAGATATCATTTTATAGTTTGGAATTATGTACA TTTGAGAGGTTCTAATATTGAGTTTCTTTAGAAATATTGGAGAGGGGACA CAAAGTTGGAAAATGTTATTTTCTCTACAAAAAGAAGGGATATATATATA GTTAGAGCCATATTAATCAATGTTTAGAGAAGTGATTCCCAACTGGGGCT CATTGGAGTCCCTCTGCTTAGCTAAATATTATATAAATCATAAACATTGG TTGAATATATTTTATTTGTCGCAGGATATTAAAATAGGCTATAGATTTCC CGTAGCGATGAAAAAGTGTTCACTGGTTAAAATCACTGGTTAAAAGTGTG TGAGTTTTTGAAAAATATTATTTTTACCAAAAATCCAATAAGTCAACAAA GAGTAATTTATAATAAAAAACTATTTTAGATGAATAAAATATTAAATATA GTATCCCCCTGAAATTAGGATTTCTTATATAAAAAGAAACTTTTTTGAAA AGGGTTTTTAAAGTTCAAAAGTGCATATTTCATTGAATCAGCATTTTTGA ACGATTTCCCTCCAACATTTCCGAATAAATAATTTTATGAACCATGTACT AATGTACATATTAATATGTACTAATATGTATAAATTAATGTATTAATTAT TAATGACTTGAGCTAACAACCACAGAATTAAACAATTCAATATTTTCTAG CGTAATGAATAATTATGAATGTCTGCTCATTGCTATATAACTCGACTATT ATTATATATGTAACTAAAAATAGCAAAATATTTCTTGAAAATCAGATGTA ACAAGTTTTAATTGATGATTCAATTTAAATTGTTCATCCATAAATTAAGA AACAAAGTATTTTCTTTTATAAAAGTAAACGAACCATCTCGAAAAAATTA TGAATTAAGTAGAACAGATCAATCATTTATGTACAATTTGTAATTAATCA GGTAGTTGCTAATTAGAAATCTCTTTGTACTTACAGCAATTTATTTTTTC AATTCAGAAGATTTGCAAATTTCTACTTTCTCATCGTGGCTCTCATTCAG CTCATAATTGACAGTCCAGTTTCACCCTTGACATCCATTTCGCCCTTGGT GTTTGTTGTTCTTGTCACTATGATGAAGCAAGGCTATGAGGATTACAAAC GTCACAAGTAAAAATATTAATTTTTCCCTTAAAATCCCTCAAAATAGGAT TCTAAAGTTGTTAATCTTTTTAATAGAAACGATTCTATCATCAATAATAG MCCCGTCACCCGATTGAAGCATGGTATTGTTCAGCGTATTCCATCCTCTA AGGTACATATATTATTATCATTATGATATCTTTGTCATCATTATTTAATT TATACTTATATATATATTTATAAATTATTTAGATAGAAGTCGGTGATGTA CTACAAATCCATGAAGGAGATGATTTTCCAGCGGATTTGATATTGCTCTC CTCATCGGATCCTCGTGGAAGAGCCTATATAATGACTGCTAATTTAGACG GGGAAACAAATCTTAAAACTGTGTTATCACCAAAACCCACACAAAATTTA AAGAAGGCTGAAGATTTATCAGACTTTTCATGTCGTATTGAATGTGAGAA TCCAAACTCGGACCTTCAAAAATTTGTTGGTAGAATATTAGTTCCTGGAA ATACAAAAGAGCCACTAAGTCAAGAAAATCTTCTACTAAGGGGAACATCC TTAAAACATACAGCATACGTTTTTGGCTGTGTCGTCTACACAGGTCAAGA TACAAAAATGTCGAAAAACTCGAAAATGACTCCAATTAAATTTTCTACCG TTGAACTGTCTCTGAATCGATATTTATTATTTTTTGTGGTTCTGCTACTA GCTGAGGTATTTCTAGCATCTATTTTAAGATTCACTCAAGGATTAGATTT AGAACTAGTAGGACCTGTTCCTTGGTATTTGGGGCCATCTGTGGTTGTTA ATATTTATCAAGTTATACAAGATTCACTTTCCTTCTTAGTTTTGTTCAAC TATGTGGTGCCTATATCCTTATATGTCACCCTAGAATTCCAGAAATTTGT TGGCAGTTTCTTCTTGTTATGGGATGAGAAACTTATAGATCCCGATACAG GAAATCCACCGATCTGCAATTCTTCTGATTTAAATGAAGAATTGGGGCAA GTGGAATATCTCTTTTCAGATAAAACAGGAACACTCACAGAAAATGTGAT GCTCTTCAAGGAATGTTCTATTGATGGATTGAGGTTTGCAGATTCTGCAA CTAGTCTCCTCTCGTTGAATGAAACAAAATCATCGGAAAAGTCAATAAAT CATTTTTTACAAAGCCTGGCCCTTTGCCATACTGTTGAAGTATCAATTAA TGACTCTGATCTTCACTATGAAGCTTCAAGTCCTGATGAAAAAGCTTTAG TAGATATCTGTCGAAAATATGGCACAGCGTTTATGGGTACTTTTGATACT GGAGATGAACAATCTGAAGAAGAAATTTTACAGTTAGTTATAAAGGATCG GCCTAAAGAACAATTGTTTAAGAGAATGAGAATCCTAGAATTTGACTCGG ATCGAAAGTGTATGTCTGTGATTGTTCAAGATGAAGAGGGGAATATTCGA TTAATTTGCAAGGGAGCAGAATCCTCAGTTTTGCCAAATTGTATCTCAGG AGAAATTGAAATAACAAAGGAACATGTAGATATATATGGTACTGTGGGCC TCAGAACATTGGTTGTTTGTGAAAAGCAATTGACGGAGTCTGAACTAGAT CAATATTTGGTGAAACTAAAGGAGGCGTCAATTTCATTAGTGAATAGATC GGAAAAGTTAAAAGATGTTTATCGGGAAATTGAAAAAGATTTACATGTGT TGGGAGCTGTTGCTATTGAGGATAAATTACAAGATGGAGTGAAAGAGACA CTTATTCGACTTGGTCAAGCTGGAATTAAAATTTGGATTCTTACTGGAGA CAAAAGAGAGACTGCTCTGAATATTTCACAATCATGTGGACACTATGMCC CATCCACAATGCATTTACTTGACTTATGTAAAGAAGGAAGTCAAGTATCC GATGCAATTACAGACTACCTTTATAAAACTAGAGTTGGAGACGATCGTAA TTGTTTGGTGATTGATGGGAAAGCTGTTAGATCCTTATTTGCATTTAAGG ATACAATTGAACCTTTTCTTAATCTTGCTTTGCGATGCAGATCCGTCATT TGCTGCCGAATGTCTCCTCTTCAAAAAGCAGAAATCGTCAAATTAATCAA AAACTCTCCAGAATCTCCCATTACTRCATCAATTGGTGATGGAGGTAACG ACGTTTCTATGATTCAAGAAGCTCATGTTGGATTTGGCATAATGGGCAAA GAAGGACGTGCAGCCGTACGATCATCAGACTTTGCCTTTGGTAAATTTAG ACATCTTCAAAGAGTACTTTTAGTTCATGGTCATTGGTATTACGTACGAG TGGCTATTCTAGTTCACTACTTCTTCTATAAAAATGTGGTTGGATTTACA CCTCAATTAATTTATGCATTCTTCAACAACTTTTCAGCACAAACTCTTTA TAATGGAGTCAACTTAACATTGTATAATATTGTATTCACGAGCTTACCGA TATTTGTTTATGGTCTTATAGAACAAAACATATCAGCAGATGATCTTTTA CAACGTCCGGATTTGTACAAAAAAATCGCAAATAACGCCTTATTAGATTT TAAAAACTTTATAATATGGTTCTCGGCTGGTGTTTGGCACGCAATTGTGA TCTTCTTTGGATTTTATCTCCTTTGTGAAGATGTAGATTTGTCTCGAGTA AGTTTTGGCCTTGGAATATACCAAACTTCCCTTATTGTAGTGAGCGTCCG TCTATTAGTTCAATCACGGTACTGGAATATGTATCTCATTGGAAGCGTAT TTGTATCCTTGGCAGGGTTTGTCATATTTACATTTATATTTCATTCACTT CGCATCCCATCCTCCTTTTACGGAATCGTTACGGATTATTGGCTTCCTGT TGATAGATTAACGTATTGGGAGATATACATATTAATGTCAAGGTATCAAA TCTGGTTTGGATGGTTGCTCCTTGTCGTGGTTTGTATTTCACTAGACTTA TTTGTTTTGACATCCAAAAAAAGTGCAAAGGATTTTGAAACTGTATTTAA GATGTTGAAGTCAAAATTCGGAAAAAAGAGCTTTGACCTCAATAGTCAAC GTTGGGAGGACACAACTGCTTTTACAAACATGGCCTTTGTGATTAGTCGT GAGGATATAAAACATTAGTGCATTATAATTATATTCATACATCAGTATTC ATTTTTTTTTTAATAATTATTTCTATACAAACAACACACGTCTTTACGTA ATTTTTAAACATCTTCATCCTATATTTCGTTTTACAATCAAAATATATAC ATTATTTATTAAGAGCTTAAAATGTACGAAAATGCTTTTCTGAAAAAAAA GGCTGATGTTCATTGTTCATAATATTAAAAAAAAATATATATATTTTTTT ATATAAATTCATCGTGTAAATCAATTTTTAGTTATTAATAAATTAAACAT TTATTGTGCTTTATACAATTTTTTCCCAATAAATTATAACATTTTATTTT CTTCAAATCAAATTTCATATTGAAATATTTTATTCACAATCTTCAATAGC ATCAGGAAGCGAATCTCCTGTTTCGGGGAGTAGAAGTGCCAAGCCAGCAG ATGTCAAAGTTGTTACAGAAAATATTGCCTTCGGAATATTTTCGTTTACT TTAGATAAGGGGCCCATCGTAGTTGCTAATATACCTCCGATTCTTGCAAC AAAGGAAGAGGCGCCAAGTGCTCCATTTCTATAAAAAGTGTATAATATTA AAGTTTTA
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