EMLSAT00000008263, EMLSAT00000008263-704110 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000008263
Unique NameEMLSAT00000008263-704110
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s49supercontigLSalAtl2s49:907807..914722 +
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)EMLSAT00000008263 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000008263EMLSAG00000008263-691029Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000036668EMLSAE00000036668-745596Lepeophtheirus salmonisexon
EMLSAE00000036669EMLSAE00000036669-745597Lepeophtheirus salmonisexon
EMLSAE00000036670EMLSAE00000036670-745598Lepeophtheirus salmonisexon
EMLSAE00000036671EMLSAE00000036671-745599Lepeophtheirus salmonisexon
EMLSAE00000036672EMLSAE00000036672-745600Lepeophtheirus salmonisexon
EMLSAE00000036673EMLSAE00000036673-745601Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto780057auto780057Lepeophtheirus salmonispolypeptide
EMLSAP00000008263EMLSAP00000008263Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000008263

>EMLSAP00000008263 ID=EMLSAP00000008263|Name=EMLSAP00000008263|organism=Lepeophtheirus salmonis|type=polypeptide|length=732bp
MSEQIDQLNKMKQKAEKDKHSRRLQIDEVRAAMDTINNEKASIEKQNRIA
TSQYNEVSKKCEEANMSLGDLENSKKKIIMENADLLRQIEEIDNNNNTLS
KLKSNLMNQLDEQKRIADDESKERNFLLGKFRNLEHEVDTMREQVEEEGQ
AKDNALRTLSKTLSDVQLWRQRYEKEGLAKAEELEAAKMKLQARLGXATA
TVETLNHKAMSLEKEKSHLQCQIEEMSTNADAAAQRCHLMEKKARNFDKV
IVEWKNKTDSLQAELDRNQIDCRTFSTDLFKVKTIYEETQQQLDCVRREN
KTLSNEIKDIMDQISEGGRNIHEIDKVRKRLEMEKVEMQSALEEAEAALE
QEENKVLRLQLELSQVKQEIERRIKEKEEEFDAIKKTHQKALDGMQHALE
AENRSKAEALRMKKKLEADINELDIALEHANESNTEAQRTIKKYQNQIKE
SQLGLENEQIHRDKKRDHLIQAERKCHALQTELEESKTQLEHGDRQRRIA
EQELSDTLDQLSDATLQNQSLQTSKRKLESEMQTLHADLEEMISDSKASE
DKAKKAMIDAARLAEELRVEQEMAQEKEKDRRAIEFQVKDMQVKLDEAEQ
LAMKGGRKVVQRLELKIRELESQLDEEQRRLVDNQKNQRRVERRIKELSF
QHEEDQKNHERMQELVDKLQNKIKSYKKQIEEAEEIAALNLAKYRKVQMS
LEEVEERADLNEQVLGKLKLRDRSSSINPFQR
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mRNA from alignment at LSalAtl2s49:907807..914722+

Legend: exonpolypeptide
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000008263-704110 ID=EMLSAT00000008263-704110|Name=EMLSAT00000008263|organism=Lepeophtheirus salmonis|type=mRNA|length=6916bp|location=Sequence derived from alignment at LSalAtl2s49:907807..914722+ (Lepeophtheirus salmonis)
GAAAGTGATTACTTCGCTGTTTCTACTTATCAAACTATCACTCTCTACAT TTCGACACCATGCCTGGCCATGTAAAAGCAGGAGGGTCTAAGACCCCAGA TCCGGGTAAACACCTATATCAATCTTATGTATTTTAATAATCAAAGTATC ATACTTTTTGATATTTAGATATTTGATCAACTATAGCAAAATACGTTTTA CAAATCATTAAAGTATTTTTACTTATGCCTTAAAATTAAGTTTGACTTTT TATAAAAGATATGTAATCCAATGCTTAATTTATACATTTATAGAAATCCA ACTGAAGTATTTCAAATAATATTTTATATTATGTGAAGATGTCATGCAGC AAATCCCAATACCGCTCAAATTTAATATATTTTATTTGAAATTAACGAGA CTGATTAAATTAAAAATTATGTACATCAAAAAGACAAGATTAATAGACTT TTTGTATTTATTTTAGAAATGGGGTTAGTAATTTTGTTATGAATAATTTG TAGAAATGTCACATTGATTTAATAGTTTAAAAATTCAATTATGTACAATA ATAACCGCTTATAAGAATAATACATTTATTTATTTTCAAGATGCAACACC GTTTCTGTTTGTCTCCTTTGAAATGAAAAAGGAGGACTCATTGAAGCCAT ATGATACTAAAAAGTCAGTTTGGGTCCCAAATAAGGACGATGGTGGTTTC GATGAGGGCCTTATCCAAGAGGTTGAGGGAGACAAGGCAACTGTCAAAGT AGGATGGGAGACGAAGACCTTTCCAGTTGATAAGCTTCAACAGGTGAATC CTCCAAAAATGGAAAAAGCCGAAGATGTCTCCAATTTGACATATTTGAAT GATGCCTCTGTACTTTGGAACTTGAAAACCCGATACATTGCAAAACTAAT TTACGTAAGTTTAATGTTAATTTTTTATATAATTTAGAGGATGATCTGTA CTTTTATTATACATATAGACTTACTCTGGGCTCTTCTGCATTGTAATTAA CCCTTATGTYCGCTATCCAATTTATACAAATACAGTGGTCAAATTGTATA TTGGGAAAAGACGAAATGAAGTTCCTCCTCATTTATTTGCCTCATCTGAC GGGGCTTATCAACAAATGATGGATAATGCTAAGGATCAATCTATGCTTAT CACGTAATATATTTAGTGTACACCTTTAAACAGCTGAACGTATATATATA TTCTATCAATTTATGTTAATCATAATAGAGGTGAATCTGGTGCTGGAAAG ACCGAAAATACCAAAAAGGTCATTACTTATTTTGCAATTCTTGGAGCAAA TACCAAACACGTTGAGGGGGAGAAAAAAGCTAACTTGGAGGATCGTATAG TTCAAACCAATCCTATTCTTGAGTCCTACGGAAATGCTAAAACCATTCGT AATGATAACTCTTCTCGTTTCGTAAGTTTTMTTCTAAAAAAAAAAAAAAA AATCGAATAAAATTAATTCTTATTTTGTATTTTATTTCAAAGGGAAAATT TATCCGAATCTATTTCAATCAATTGGGTAAGCTAGCAGGAGGCTTTATCG ATGTTTATCTTCTTGAGAAATCTCGTGTGACCTATCAACAAGATAATGAA AGAGGTTATCACATTTTTTATCAGCTCTTTGAGGATGGACCTGTGGATGG MTTAAAAGAGATGTGCTTGTTGTCTGATGACATCTACGACTATTTTTTCC CTTCTCAAGGAAAAATAAAAGTAGACTCCATTGATGACGCTGAGGAGTTA GAGTTTACGGATGCAGCTTTTGACACTCTTGGATTTTCTTTAACAGAGAA ACAAGATGCTTTCAAGTTAACTGCTTCCATACTTCATTTGGGTGAAATGA CATTCAAACAAAAGGGAAGAGAGGAAGGATGTGAACCAGATGATGTGAAA CCTGGTGAAAAAGTATGCAAATTGTGTGGAATAGAAAATTACAATCTTTT CTATGGCAATTTCATTCGACCCAAAATCAAAGTTGGAACCGAATGGGTTT ATAAAGGACAAAATGCAAATCAATGTCTGAACTCAATTGCAGCTTTAGGT AGATCAATGTACAACAGACTTTTCATGTGGTTGGTTGATTTATGTAACAG AACCTTGATTGATCCGACCATGAAAAAAGTTAACTTCATCGGTGTTTTGG ATATTGCTGGATTTGAAATTTTTGAGTTCAATACTTTTGAGCAAATTTGT ATCAACTTTTGTAATGAAAAACTTCAACAGTTTTTCAATCATCATATGTT TGTGTTAGAACAAGAGGAGTATGTTATGGAAGGCATTGAGTGGGAAATGG TGGATTTCGGTATGGATCTTGAAGCAACAATTCAACTGATGGAAAAACCA ATGGGTCTATTGGCCATTTTGGAGGAAGAAACTCTTTTCCCCAAGGCTTC AGATAAAACATTTGAAGACAAACTCAAAGAGAACTTGCTTGGAAAATCAG CTGTATTTTTGAAGAAACAGCCGGGAAGTAAGGATAAGAATGCTCACTTT GCAATTGCTCATTATGCTGGGATTGTCAACTATAATTTAACTAATTGGCT AGACAAAAATAAAGATCCTTTGAATGATACAGTGGTGGATCAAATGAAAA AATCCACCAATGAGCTTGTTGTCTACTTATTTAGAGAGCATCCAGGCCAA CCTGAAGAAGATAACTCCAAAAAGGAGAAAGGAAAAAAGGAAAAGATAAA ACTTTCAAAACTGTTTCTTCTGCCTTTAGAAACCAATTAGATCAGTTGCT CACAACTTTGAATTGTACAGACCCTCACTTCATTCGTTGCATTGTTCCAA ACACAATTAAGCAACCTGGATTAATAGACTCTAGACTTGTATTACATCAG CTCACTTGTAATGGTGTACTTGAAGGAATTAGAATTTGTAGGCGTGGTTT CCCTAACAGGACAGTGTATGCAGATTTCAAACACAGGTATATCATCCTAA ATCCTAAGAAGATGTATGACGCTGGAAAAGATTATAAGGCCGGAGCAAAG GGAATCTTAGAGGAGCACGAATCCATGGATGATAATTGGAGATTAGGACA TACGAAAGTATTCTTTAGAGCGGGATCCATTGGTATATTGGAAGAAATTC GAGATCAAAAAATCAAACGAATTTTGTCCAAAATTCAAGCCCTTTGCAGA GGTTACACTGGAAGAATAGCCTACAAGAAAGAGATGATAAAAAAAGATAT GATTCCAGTGCTTCAGCGAAATTTCCGAAAATACATATTTTTCAGAGATT GGCAATGGTATTATTTGATTAATAACACAAAGCGTTTTATTGGTCAAACA AATATTGAGGATGAAATTGCTGCTTTAGAAGCAGAGGCAGSMGTAGCTTG TTCAGCATATGACCAAGAAGTTGAGTTAAGAGATAAATACAATAAAGAAA ATAAAGATATGACTGAGGAGCAAAAAGAACTCATGCACTCAATTTCACAA TCGCAAGGAGATTTGTCAAAGTATCAAGAACAACTATTAGTTGCTAACTC AAAAAAGACGGAAGTAGAGGGTGAACTGAATGACAATCAAAATCAATTGA TGAAAGCAGAACAAGAAAGAAAGGATATGGAAGCCAAAAAAAGAAAATTT GAAATTGACTTGAGTAACTTCCGTAAAGACATTGATGATATGGAATTGAC TAAACAAAAGTCGGATCAAGAAGTCAGCAATAAAGATCACATGATCAGAA AGCACAATGACGAAATTGCTGAAATGGATGAGCTCATTAATAAGCTTAAC AAAGAAAAGAAATACATTCAAGATGGGCATGCAAAATCTGCTGAGGAATT AGGATCTGCCGAAGAAAAACTGGAACACTTAAACAAAATCAAAAGTAAAC TTGAACAAACTCTTGATGAAATGGAGGATTCCTTGGAGAGAGAAAAGAAG AATAGAATTGAATGCGACAAAAATAGAAGGAAAGTTGAGGGAGAGCTAAA AATTTGCCAAGAATCAGTTGGTGATTTAGAGAAAAACAAAAGGAAATTGA AAATTTTATTTCAAAGAAAGACAAGGAAGTTTCATCCCGTTTGAATTTCC TTGAGGATCAACAAAATGTTGTGACCAAACTCCAGAAACAAATAAAGGAA CTTCAGTCTAGAATTGAAGCAAATGAAGAAGAACTCGAGGCAGAAAAGCA GGCAAGATCTAAATCAGAAAAGCAAAAGAGCAACATTGTGAAAGAGTTGG ATGATTTAGCTGAAAGGTTGGATGAAGCAAGTGGTGCTACATCAGCCCAA ATAGAGCTCAACAAAAAAAGAGAAGCTGAAATTGTTAAACTCCGTAGAGA TTTAGAAGAGGCAACAATTCAACATGACTCTACTCTAAGTTCTCTGAAGA AAAAACACTTGGATGCTGTGTCTGAAATGTCAGAGCAAATTGATCAATTG AACAAAATGAAACAAAAAGCGGAAAAAGATAAACATTCGAGAAGACTCCA AATTGATGAAGTGCGAGCAGCCATGGATACAATTAACAATGAAAAGGCAT CCATTGAGAAACAAAACCGCATTGCAACATCTCAGTATAATGAAGTGAGT AAAAAATGTGAGGAGGCAAATATGTCACTAGGGGATTTGGAGAATTCTAA AAAGAAAATCATCATGGAAAATGCAGATTTACTTAGACAAATTGAGGAAA TTGACAACAATAATAACACACTTTCGAAATTAAAGAGTAATTTAATGAAC CAGTTAGACGAACAAAAACGTATTGCTGATGACGAAAGTAAAGAAAGAAA TTTCCTTCTTGGAAAGTTCAGAAATCTAGAACATGAAGTTGACACAATGA GAGAACAAGTCGAAGAGGAGGGTCAAGCCAAGGATAATGCTCTACGCACT TTATCAAAGACTCTTTCAGATGTTCAGTTATGGCGTCAAAGATATGAAAA GGAAGGTCTGGCAAAGGCAGAAGAATTAGAAGCTGCTAAAATGAAACTGC AAGCTAGACTAGGAYAAGCCACAGCGACAGTTGAAACACTTAACCATAAA GCCATGTCCTTAGAGAAAGAAAAATCTCATCTTCAATGTCAAATTGAAGA GATGTCAACCAATGCAGATGCAGCTGCTCAAAGATGTCATCTAATGGAAA AGAAAGCTAGGAACTTTGACAAAGTTATTGTAGAATGGAAGAATAAAACG GATTCTCTTCAAGCCGAACTTGATCGGAATCAAATTGACTGTAGAACGTT TTCGACTGACCTTTTCAAAGTTAAAACCATCTATGAAGAAACTCAACAAC AATTGGATTGCGTGCGTCGAGAGAATAAGACCTTGAGTAATGAAATAAAG GATATCATGGATCAAATAAGTGAAGGCGGAAGAAATATTCACGAAATCGA CAAAGTTAGAAAACGTTTAGAAATGGAGAAAGTGGAAATGCAATCTGCTC TAGAGGAAGCTGAAGCTGCATTAGAACAAGAGGAAAACAAAGTTCTAAGA CTTCAATTAGAATTATCTCAAGTGAAGCAAGAAATTGAAAGAAGAATTAA AGAGAAGGAAGAAGAATTTGATGCAATCAAAAAGACTCATCAAAAGGCCC TGGATGGGATGCAACATGCTTTGGAAGCAGAAAATCGGTCTAAAGCTGAA GCTCTCCGAATGAAGAAAAAGTTGGAGGCAGACATCAATGAATTGGACAT TGCTCTTGAACATGCTAATGAGTCTAATACTGAGGCTCAAAGAACAATAA AAAAATATCAAAACCAAATCAAAGAGTCTCAACTTGGTCTTGAGAATGAG CAAATTCATCGTGACAAAAAGAGAGATCATTTGATTCAAGCTGAGCGTAA ATGTCACGCCCTTCAAACTGAGCTAGAAGAATCTAAGACACAATTGGAAC ACGGGGATCGCCAACGAAGAATTGCAGAACAGGAGTTGAGCGATACATTG GATCAGTTATCAGATGCTACCCTTCAAAATCAATCTCTTCAAACATCCAA ACGTAAATTAGAAAGTGAAATGCAAACCCTACACGTAAGTCAATTTGTCT TCCCTATCAAATAACAGATCTCATTACTTTACCTTTTGAGTTACCTTTAT GGGCTTTAAAATGAATAATTCAAAGTATTATTATCATAGCCTTCATATGA TTCGGATATAAATAAGTATATATCAATTTATATTTTAGGCTGACTTGGAG GAGATGATAAGTGATTCAAAAGCATCTGAAGACAAGGCCAAAAAAGCAAT GATAGATGCAGCACGTCTAGCCGAAGAATTGCGCGTAGAGCAAGAGATGG CCCAAGAGAAAGAGAAAGATAGACGAGCAATTGAATTCCAAGTGAAAGAT ATGCAAGTCAAACTGGATGAAGCAGAACAACTAGCAATGAAGGGAGGAAG AAAAGTTGTTCAGCGACTTGAGTTAAAAATACGAGAACTAGAAAGTCAAC TAGACGAAGAACAGAGACGCCTCGTAGATAATCAGAAGAATCAAAGACGT GTGGAAAGGAGAATTAAAGAACTATCTTTCCAACACGAAGAAGATCAAAA GAACCATGAAAGAATGCAAGAACTTGTTGACAAGCTGCAAAATAAGATCA AGTCATATAAGAAACAAATTGAAGAGGCAGAGGAAATTGCTGCATTAAAT TTAGCTAAATATCGAAAAGTACAAATGAGTTTGGAGGAAGTTGAAGAAAG AGCTGATTTGAACGAGCAAGTTCTTGGAAAGTTGAAACTGAGAGATCGTT CAAGCAGCATTAATCCTTTTCAAAGATAATAAGAAATTCTTCTCTATAAC TGAATAGTAGTCAATAGTTATTTTAGAGATTAGTCTATCTTATGAGTCAA TCAAATGAATAAACTCTGTAGTATGTACAATCATATTAAGTTTCTGTTTT TTTTAATGAATAAACTCGTTTTATTTGATAAATATTTAAATTTGAACTAA AGTTGTTTGATCAAAA
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