EMLSAT00000010614, EMLSAT00000010614-706461 (mRNA) Lepeophtheirus salmonis

Overview
NameEMLSAT00000010614
Unique NameEMLSAT00000010614-706461
TypemRNA
OrganismLepeophtheirus salmonis (salmon louse)
Associated RNAi Experiments

Nothing found

Alignments
The following features are aligned
Aligned FeatureFeature TypeAlignment Location
LSalAtl2s705supercontigLSalAtl2s705:299812..309226 -
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)EMLSAT00000010614 (primary cross-reference)
Relationships

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

Feature NameUnique NameSpeciesType
EMLSAG00000010614EMLSAG00000010614-693380Lepeophtheirus salmonisgene


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

Feature NameUnique NameSpeciesType
EMLSAE00000047300EMLSAE00000047300-756228Lepeophtheirus salmonisexon
EMLSAE00000047301EMLSAE00000047301-756229Lepeophtheirus salmonisexon
EMLSAE00000047302EMLSAE00000047302-756230Lepeophtheirus salmonisexon
EMLSAE00000047303EMLSAE00000047303-756231Lepeophtheirus salmonisexon
EMLSAE00000047304EMLSAE00000047304-756232Lepeophtheirus salmonisexon
EMLSAE00000047305EMLSAE00000047305-756233Lepeophtheirus salmonisexon
EMLSAE00000047306EMLSAE00000047306-756234Lepeophtheirus salmonisexon


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

Feature NameUnique NameSpeciesType
polypeptide-auto776054auto776054Lepeophtheirus salmonispolypeptide
EMLSAP00000010614EMLSAP00000010614Lepeophtheirus salmonispolypeptide


Sequences
The following sequences are available for this feature:

protein sequence of EMLSAP00000010614

>EMLSAP00000010614 ID=EMLSAP00000010614|Name=EMLSAP00000010614|organism=Lepeophtheirus salmonis|type=polypeptide|length=445bp
MSPRILQAATTMILGISSANFTNNTNTTQGPSQTTWPSTTFSPPPTTTIG
PTNEKSSSTWIIILSTLIPISLILSALIGLYFYKKYFAIRLAKPISRQSS
HMTDYDGYSVPIPIMDYSSELDRRLKSGTLTDEFQYINEYSSEVNALKTR
TIGNDESNKNLNRFIDIIPFDDNVVLLESPLGSPCSKYINASLIKGLSFS
TKDYIATQGPKRNTVIDFWNMIVEKNVCIIVCLTNVLEDNRIKCFQYWPE
VGEMLNFDEITIHTLKERYNKSTQEVVVRDINVFHGTPDSDKKCHFVTQI
HLTSWPDHGVPESTFPLLETCRIIRYSRKHLENEFIDPEYSSSPICVHCS
AGVGRTGTLIAVHMICEQILDDALMEIDVLSTVKHLREQRQKMVQSVAQY
KLVYQAIKDFINMKYHSSSGKDEEILSDYRVLKEETGYENEGYVE
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mRNA from alignment at LSalAtl2s705:299812..309226-

Legend: polypeptideexon
Hold the cursor over a type above to highlight its positions in the sequence below.
>EMLSAT00000010614-706461 ID=EMLSAT00000010614-706461|Name=EMLSAT00000010614|organism=Lepeophtheirus salmonis|type=mRNA|length=9415bp|location=Sequence derived from alignment at LSalAtl2s705:299812..309226- (Lepeophtheirus salmonis)
ATGTCTCCTAGAAGTAAGTATTTAGGTATGATTGGAATCCCCTTATTTAA TATACGGAACATATCTTATATAGAATAAAAACAAAATCAATGTTCAGGNA GGACATCATATCCCTCTATTAGTATATATGTAGCTATAAATTATAATATT CATGAATCATGTTGGAGAGAAGAAATCATATTGGATATAAATGTACAGAG TGCAGACAACACACAAGTGTTGTTCGCTTCTCAATTTATAGTAGGACATA TGATTTTATAAGTCATAACAAACAGATAATAGCTCCTATACCTAGAATTA AGAGTTGGAGTATAAATATGATACATTATTCATTAATATGATAGCTGCAG CAACTTGGATTGACTTTTACAGCAGATGCGAAACAAACAGTTGTTCAGCT ACACATTTGAAACTTCTTACTACCTACTAAGGATGATAATTGATAATATA ATTAACACAAGACCTATGTGTCATTTGATTATGATTCTTTGGATTGGTTT CTCCTCTTACATGTTATCCATAAGTTGATTTTGTTATTATTTATCAGATA AGTGCAATCATGAACAATAGAACTAAGTTTTATCTTCTCTTTGTCACACG TGACATGACTTGATAAGACTCAATTATAACAATTGTACACTCCTTCACAG TAGTTAAAGAGATCAAATCCAAGTGAAAACTAAAAAGCATTCTAGATGGT CAAATTTCCGTTCTATTTTCATCAAGATACATAATTACAATTGTACTTAT TATAAAACAGGTCCTTCAATCATCTCTTTTTCTACTCCTCAAGGGAAGTC ATTTTTTATTTTGTAATAGACATTTAGGGTGTAGAAATATCCTAATCATT AATTAGCGTATCCAATCTGAAGAATGTGGACGMCAGCCTCTCAGCGCACA AAAGATGAATTAAACGTTTGCAATATATCATATTTTCATATATATAATAA TAGTATTCTCCTTAACTCTCATGTCAGCAGTTATGTGGTGCGTTAACCCA AAAACAATCTTGAACAAAAATCAGCAAAAAAGGAAAAAAATGACCAATTT ATTTTGTTTATCATACATATTACACAGCTTAATATTTCCTGGTCATATTT TAATAAATTGTAGTAGCCTTTGTATTCAAATTGATGGAATGGGTTGAGAT ACTCAAAAAGAATGGGAACTATACATAGTTAAAATTTAAAAACCTTCATT TAGTTTATGAGAAGGTTAATTTGACCCCTATATTATGGCCCTTCAAATAG ATAAAATCCATCAATTTGTCATTCCTTTTATTGCGACAATGGATTTCTGC TACTTAAAAAGGAATTTTCGATGGTGACTCCAAATAATTCATTGGAATAC ATTGTTGATAGAAATGTAACGATAATAATTATTCATCGAAGAATATAAAT CTAAAAGCCCTTCCTCAATTTTGAGAAAAATCATTCTAGCTTGCATTCTA GTGTTGACGGGCCTCATAATATTATAATTTGCACATATTTACTTGTATAA TTAATTGTAATATGGGACATCTAAATATTATCATAGATGATGTGATTTTG TGATTGCATCTGGGTTAAAATTATGAACAATGTATACTATTAGATTATTC TGCTTTCGTGTTAATATTTGGTTTCACCTGCAAAAAAAACTTTTTCTGCT GGGAACAACCCAAAAATTGATTTGGGCAAGTTTGGGCATTACAAGCCATT TTTATTTAGAAAATTTGGCATTTGCGTCAAAATTGGACTTGTAACGTCCC AAATATGAATCAAAAATGATACATTTAAATATATTTTAGTATGTGGTTTA TCAGTCTTATTAAACATAACAAAACAAAATTAATACATAGTTGAAGTAAT AGTTGTTTGAGGAGAAATATTGTCTTTAGTAAAACAGAGAAACCACAAAT AATTGAGTCATAATAACTTAAACCCCTTAAATTATTAAAAACAATGTGTA CAATATTTTTTAGTGATAAATCAAATGCTCAAAAAATATTAAAAGTACAG TTTTTGACTCATAACACCTTATTTGAGACGGTAAAAGAGAACTACAAATG GCCAATTTTGAGCCAAATATCTCATTTTTTCAAATGAAATTGCCCTGTAC CACAAGTAAAATGGCATGAGAGGCTTCAAACTTTGCAGAGTCAGTTTTCT GATGGCCCTCAGCAGAAAAGGTATTTGTACAAAGGGAAACCAATTATTAA CCCAAAAASGAGACAGTCTAATGTACGTCGTAACTCGTAATTGTACCAAC TAATGTATGTATTTCAAATAGCAATTTTCGAAAAAAAAAATGATTGCACT TTAAAAAATAAATTATAATATTGACTCCTTAAAATACATAGTCGTATTTA CCTATTTTAATATTTATATATTTGAAGGNTATTTTCTTTTAGTAGGCCAA AGAAGAAGAAAAACAGGTCTGAAGGAAATACCTGTATCAAATCTATTAAC CCTAATAGCAATGAAAATATTCCAGTTTATAGTTCAAAAGTATCACCAAT ACATCCATATTTGATAATATTTATATGCAGACACAACTAACCAAGTACCT ATGTTGTGGTGTATGCTGTAACAGTGGGAAGGACCGTCTCCAATGGGGGG GGGGGGGCTGTACTTTCTAAGAAAAAAATATAAGCAAAAATAATAATGCG GATGCCCCTGAATGGACTCACGAAAATATTAAAGTATCAGTGACTAAGAA AAGCCGATACAGGGGCGKCCGCMGGAGGGAGGKGGKAGCTCATAATATTT TGTTTAGGAATTGATTGCAACGGATACATAAGTTTGCAATGGGGGAGGGG GCTCTAGCACCCCCTGCGGACGCCCCTGTGATAAACAATATAATTATGTC AATAGACCTACATATTAAGTATTATAACTATGAATCCCAAGGTGTTCTTC TCTCCCATTCAGTTCCATGTAATAAATATCTTTGTAATGAATAATATTTC ATTATATCTAACTTTATCATTTATTAACTCTGATATATTTATGTATGTAC AATGTACATACATAAATATAAGCGTAGAAGATCATTTTTAATTGGAGAAC GACTTCAATTTTCCCTCAAATATTAAAAATTAATCAGTACAAATTTAGGA CTAGAATTGTTTTTGGATGACTCTTTTCAGTACCGTAATCAAGGTTTTAT CATTGTGACCTTAATTATAGTGACTATGGCCGGATCACTCACTCATCATT AGTAGGGCCAATAAATTCTATACAAAAAACAATATTGCTTCCCACCCTGT GATTACAACCCTTTTTTGCTTTTATAAAAGACGTTTTGATAACGTATTTT ATAGAAGATACTTTATTATTTAAAACGTTGACATTAAAAAAAACAATTTC TGGATTAGATTTTTTTTTTCATTTCCTGGCTTTTTAACATATTTGGGAAA TAAAATTTATTTCCCAAATATGGAATGAGGCACTTGCCCTACCATCTCCT ACACTTATGGACAGGAGGCAGCGGGGTTAATGGTTCCTCCTGCCATTGAT ATTTTACCCTAGTGGCAAAAGTTTAATTAGGAATAAGTTTAGTTTTCTAT TCTAAAAAAATACAGAATCGAAATTTATTTTCTAAAAATATGTCAAATGA ATTTTTTTCTAGAAAGTTCAAATTTTCAAAAAGTAAAGGACCCAAATATT TATCATGGTCTTAAGCCTTGCTCACGCTACAGCCAACCTGGCCTCAGATT GGGATTTGAACAATCTGTTTTGGAAAAGGCATTGTGATATTTGAGGCTGG CCCTGTTTACACATTACCTTCCCTCTGAAATTTTGACCACACCATCACTT CCCTATGTAAAATAAAAATAAATTAAATTACTTATTTTATGAGTGCTTAA CTCATAGTTGTACAAATAATATGTGTATATAACTATAGAAGTATAACACG ATTGGAATGGCGTTCACAAGGCTAAAGAAAGTAATTCTTGACCGGTCGAC TATGAGTCTATGCATAGTTCATGTACTAATATTATGCATTACAAAAAGTA ATGACTTTTTTTTGCATCATTTTAAAGTTTAATCACCATACTTGTTAAAA CATAAAGGTACATACTATAGTCTATAATATGTAATATTCCTTTCAACACT CCTTTCGGGAATGATCTTTGAATACATATTTTTACAACTTAATAGTTCTT CATATTTTTTTTGTAGTTTGAAAGTATATAAATCGCCCTTATCTTTCACT ATTCTAATCTTTGAAGAAACATCATCAAAATTAATACTAAAGTTCTACTT CATTCACTAACATTTTTTTTTGTAGAAAGGTAGTTGAAACACTTATTACT CAATTACTCGAAGGAAACGGTTCTGAATTATGATTAATCATGCTTAATTT ATATTTTTTACTTAAAGTTAAGCTAATTAAAAGGGGAAACGAAGATAGTC ACAACATTGGAACAAGAACTGAGTTGAAATCCAATTTGTGGAAAAACTAC TTTTTAGAATTACCTTTTAATCAATTTAATCAATATCAGAAAATTGTAGT TAAATTAAAAGAACTTTTGACGTGTTTAAGTCAAAACTGCCCTGAACAAT TGAGTCAAATACAAAAACTGTTACAACTGTCTCCATTCTCGCCTAATTTT TTTTCTCAGTTTGTATTATTTGAAAGGTAAATCTCGAATGTTCCAACCGT CTCTGTCTTGGAGATAATACAGTATCGTAATCAGGTTTTTTTTTGTTTTT TGTGACTATGGAGGAATCACCATTTATAGGGTCGATGAATACTATCAGGC ATGTAAGCGTTCTCCTATTTTGGTTTTCCTTTCAAAAAAAATTTTCGTTC AACATTCTGACATTATTTCTGGAAACACATTTTGATGCCTCCCTCCTGGA CCGACATGAATCCTCTCGAATATAGCTTTGTCGAAATTTGTTGATGCCTC CCTCCTGTACCGTTCCTCATAGTGTCGACGCACTAAAGMCCTCTGCCAAG AGGCAGKTGGTGGCCATGTCTGAGGGCCACTTCGTCAAGATGTGTGCGGC CTTCAAGCCCAGGCCTGAGCCCATGGTGGGTCTATTGCGAGAAATAACTT TTTAATTATTGTTCTTTTGAATAATATATTATATAGCCCACTCGTTCAAC ACTATGTTGTTCTAGATTAATTCGATTTTTCGTATTCTACGCTAAAAAGT TGCGTTTTGCTGTCGCACACTGTATTTAATGATAACCACAAACAAGAAAT ACTATGTAATACCTAATTATCTTAGTACATTACTCTAGTCATTTCTTCAA GGGGTCCTCAAGGATTTTTAGCGGCCCATTTGCTTACATTCACGGCCAAA TGATGAGCCTTAGCCCCATGATTCAGAATTATTGAACAGGTCAAGTTCAT ATGTTCAAGATAAGATAGAGTACTATAAACTTTCATGCTCAATAAGAGCA TTCAAAAAGTACCCCCTCATCCCAACCCTCTGTACCACTGCCACAAAAAA ATATACTCCTTGATTAATTGAATTTTTGCTATTGGAACGGAACACTAAAA TATCATTTTTTACGTTAAAAAAAAATCCGTTCCGTTCATTGAACTCACGT TCCATGAAACGCCGTTCAATTTTGATTTCTGTTTATATGCCTGAATACTG CTATTGAAAAATGTTTTACTAAGACCCCTCTTGTCCTGGTGATTACGCAC CTGAATAATAATAATAATAGATAACCATTTTCTTTCTTATTTTATTAATT TAATTTTTTTTTCTGACAGACATACTTACTTCAAGTCTCCAATGCTTGCT TTCTGGTATTTATTTATGTTAGAATGGCAGAGGAAYGGCGTTCTTGCACC CTATTCCCCGGATAATCTAATTTATATTGTATAAAAGTCGACTCACTTGT TTCAATTTCTCTTTCGAACAACCAGATCGAAAATTTTAATTTATAGTTGA GGAGAGGGGACAATTAACATTGAAATTTTTAGATATTAATTGAAGGGGGT GGTGAAAATTTATTTTTATGAATGTTATTTTTTTTTTTCTGCAACACCTC CTGTCCAGTACAGTGCCTAGGATTGTTCTTCGCGGGAGGGGGGGGGGGGG GGGAGTGATTTTAAAAACTTGTAAACCTTTTTCTGTTTTTAGCATAAAAT TTTATTAATTTTGTTTTTATTAAATCAAATTTTCGGACTGATATTTTGAA AATAGCATTTCCAAGGTAAATAGACATTTCTATTTACCTTGAGCATTTCA ATGGAAGGATAATTCTTCGTCGAAACGTGTCTAACCTACTGCTCTTCCTC TGAAACTGTGAATGGAGGGGCAAATTCAAGAAAATAGCAGTCTGTCTTTT ATTAATTTAATGTGTTTAAAGTTCCATAGCTCACTTGCGTTTATAAAATA TGAGGAATGCCGAAGCGTCTATCATTTTTATGATCGCCAAACATTTGTTT TTATATGAGGATGACGGCTGGGTGCCTTTCAGCACTAATGTGTACATATT TACGTGGAACTCTTCCGAGATTAATGTACGTAATTATATTTACGTACTAT GTAGTAAAGGCATAAAAGTAGTTGCTTTGTCCACGTTGCAGAGTAAGCTA TTATTATTTACGTAATCAAATTTAGGAGTCAATAAAATATGGCTTATTGT TATTTATGGCACAATTGAATCCTAACAACTACTCCATTTGATAATATAAT TATTTAATGTAAAATTAGGAAGATTTGTACAATTGGAAGGCTATACGAAA AGAGGAGAGAAAGAGGGAGAGATCTTTTCCCTCCTTTCTCCCTCTTTAAT CAAGTCAATGTTTCCTTCTCCATCGACCGGACCTGTGTAGTTTAGTAGTA TGAAACTCAATCCTTGGATTGATTGAGAAATCGAAATCTTTTTGCTTGTT GCTGCCTTTCTTTTCGTATCGTATTAGTGTGTGGAATCCTTTCAATAGCA CAACACATAGCTAGAGAGCTCTCTTTTTCCTCTAAATAACTCTCACACAC ATTTTGCTCTCTGTTCCCTTTCGTAAAAAAAGGTAAAAAAGTTACCTACA ATCATGTAGTAGTATTATTATATCAAAAGCACTACTTAATGTGTGTTTAG TATCCATCATCCTCAGCATGTTTTATTATCTCAGCTCAGCTCGCCACCAC TTTCAAGAAGTTTTTCTTTAATAGATTGAATTGATAAGAAGAGTGATAAA TGTTTGTTCAGGCTCTATTCAAATGTTACGATGATAATCATTACTAAATG TATCCACTAATATCAAAGTAATTGAAAAATTAAAGTCCTTCAAGCAGCAA CAACAATGATACTAGGAATCAGCTCAGCAAATTTTACAAACAACACTAAT ACAACACAAGGACCATCCCAAACGACATGGCCATCAACAACGTTCTCACC ACCACCAACAACAACAATAGGCCCCACCAACGAAAAATCATCTTCTACAT GGATTATTATTCTTTCTACACTCATACCCATCAGTCTTATACTCTCTGCT CTCATTGGCCTCTATTTCTACAAAAAATATTTTGCGATACGGTAATATTT CCATAGCGACGACACAACATAAAAACATATATGCTAGTACGCACACAAAA GAAAGAAAGAAAAAGAACGGCCATGTTCTTTTTTCCTTACTTTTTAGATG ACGCCAGTAATCTAGTTAATCCACTACATCTTATGACTAGTGGTTTCCTC CCTAATATTTTGTACTAGATACCAAGGTCAATAGAAATATTTCTATTAAC CTTGYTAGCTACTAAAAAGGTGTGTAAATTACTCAACAAATGAAACCCTT TGATCAATAATTAGAATTTATAACTTACAGTTATAATTATATTAGTATAA ATATGTAAGAACCTCTACTTGTGGAATGATAAGAGATTAATTAACTTTAT TTTTTATTTGTTTATGTTATCTAGATTTTATTTAGGTGTACATATAGGCT ARCTAGCTAGACTGTGTTTGTAAAAACATCTGTGTTTTCACCTGATCATC CTACTAATTCAGGAATATTATTTGATTACCCGCCTACGTACTTACATTAT ATATAAATTTAATATGTAATTCTATAAAAATAAAATAAAAYCCTCCTATT CTAGCCTCGCCAAACCTATTTCCCGGCAGTCTTCTCACATGACAGATTAT GACGGATACTCTGTGCCCATACCCATCATGGATTATAGCTCAGAGTTAGA TCGTCGATTAAAGAGTGGTACTCTAACCGATGAGTTTCAATATATAAATG AGTACAGTTCGGAAGTGAATGCTCTCAAAACCCGAACCATTGGAAATGAT GAGAGTAATAAGAATCTCAATCGATTCATTGATATTATTCCTTGTAAGAG ACCGGTGTTTCTTGATATACATGATAAATTCTTTAATTAAACTTGTTTCA GTTGATGACAACGTTGTATTATTGGAGAGTCCATTAGGGTCTCCCTGCTC GAAGTATATTAATGCCTCATTGATTAAAGGCCTTTCTTTTTCGACAAAAG ACTATATTGCCACTCAAGGTCCTAAAAGAAATACTGTGATTGATTTTTGG AACATGATCGTAGAGAAAAATGTTTGCATTATTGTGTGTCTTACTAACGT ATTGGAAGACAATCGCATCAAGTGCTTTCAATACTGGCCTGAAGTTGGAG AAATGCTCAATTTTGACGAAATTACTATTCACACCCTCAAGGAAAGATAT AATAAGTCGACTCAAGAAGTGGTTGTAAGGGATATTAATGTCTTTCACGT AAGTTCGCCATTATTTATATCCGGCTATATCATTTACAATTATCACATAT ATGATATCACATACATAATACTTTTACTTCTGTTCTCTCTCATCAATTAT TATGTATTACAGGGAACCCCAGATTCGGATAAAAAATGCCATTTTGTTAC TCAAATTCATTTGACATCATGGCCTGATCATGGTGTCCCTGAGTCTACAT TTCCTCTACTCGAAACATGTCGTATTATTAGATATTCAAGAAAACATTTA GAAAATGAATTCATCGACCCAGAATATTCATCATCACCAATATGTGTACA CTGTAGTGCCGGAGTTGGTAGAACTGGAACTTTGATAGCTGTACACATGA TTTGTGAACAAATTTTAGATGATGCTCTCATGGAAATAGATGTACTATCC ACAGTTAAACATCTTCGAGAGCAAAGACAAAAAATGGTTCAAAGTGTAGT AAGTTGAAATGAATTTATTCATTGTCGTGTATATTATTGAGTCAAATCTA ATATTTCAGGCCCAATATAAACTTGTTTATCAGGCCATCAAGGATTTTAT CAATATGAAATACCACAGCAGTAGTGGGAAGGATGAAGAAATATTGTCTG ATTATCGTGTTCTAAAAGAAGGTAAAAGATGTTAACTTGTTTATAACTTC GATATAAAAATTTACCATCAATTTTCTTAGAAACGGGTTATGAAAATGAA GGTTATGTAGAATAA
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