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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s467 | supercontig | LSalAtl2s467:406994..410879 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
|---|
| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
|---|
| Logic name | ensemblgenomes |
| Biotype | protein_coding |
| Evidence | IEA |
Cross References
External references for this mRNA
Relationships
This mRNA is a part of the following gene feature(s):
The following exon feature(s) are a part of this mRNA:
The following polypeptide feature(s) derives from this mRNA:
Sequences
The following sequences are available for this feature:
protein sequence of EMLSAP00000007909 >EMLSAP00000007909 ID=EMLSAP00000007909|Name=EMLSAP00000007909|organism=Lepeophtheirus salmonis|type=polypeptide|length=71bp
MLHNVEPSFSAGLTTIKLKNHNCVQEGNKNADATSKKLGSLSQISLIWNR
VSEKQNMNSKTSGLSIKVKNF back to topmRNA from alignment at LSalAtl2s467:406994..410879+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007909-703756 ID=EMLSAT00000007909-703756|Name=EMLSAT00000007909|organism=Lepeophtheirus salmonis|type=mRNA|length=3886bp|location=Sequence derived from alignment at LSalAtl2s467:406994..410879+ (Lepeophtheirus salmonis)
ATGCTTCATAATGTGGAGCCCAGGTGCATTAAATTCCCTTTTGAACCATT
GTTTCGCTACTAACTAAGTGTATGTCATTAGTATTCTATGAATAACAGTG
TGACTATTTTATCAGTTATTGTGTTAAGTTTGACACTACTTATGTTATAT
TGAAACCAATGGATCAAAAAAAAAAAAATCAAAATCCGTTGCTATTCACA
GAAAATTATTGTTTTTAGTAAAATTAAAGTTTCTGGAAAAAAATTTCACA
ATACCAAATATTCCATGTGATTCTCAAATCATTGAAAGAAATATAGCATC
AACAAGGAAGGACTCCTAGAAAACATATCATAGAGAGAAAAGACACAAAA
AATTTAATTTTTAAAAATCACTCAAGATCAAAATTGAATAAAAACTTTCA
AAAGTTTGAGGTCATGAATTAATTTACTGATTATTCAAAGATTTAGAAAC
TATGTATATCTATCACCTTTGTATCTTGTTCTTGAAAAAATTTAATTATA
GAAATAGCTGAATAAATAGAAAATCCATAATTATTTCATTATATTTGTAT
ACCGTCAATAGTTACTTCATGAGTTTTTACCTAAAAAAACCAACTACATA
ATAAAGTCAAAAAAATTCCTAACAAATTCAAAAAAGACATAAAATAAGTT
TTTCTTTTCTTTTGCCTTAATTAAAGATAGATTTTTGTCTATTTTTAACT
TTATTTCATATTGAAGTACTTTCGGAACACTGGAACTTTAACCGGACGGA
GGTAACGGTTTTTGATGGCACAGAAGAAATAATTAAGAGGTCATTACCAA
CAACTACACACATGATTCATGATAATTTTGAATTTGGTCAACTTTAAAAA
ATAGCGAACACTCTACTGTACACATTAGCCTTTACCCATATATTGGGAGA
CAGTTGCAGCCCTACTTTTGTATAGCTCACTCATTGGGACATAGACACAC
TAAAATTTAACATGACATACACACAGTGCGGCTAAACAAATATTGAACTC
TCGTACTCGTGGAGTACTTGAATCTAAGGATATATATCACGTCGTTACTT
TTATTGTACCACACAACCTTTCATGCAAAAAGACACAGAAAAAGGCTCAA
AATCAGCTTGAAGTTCCCCAATTCTTCCTGACTATTATACAACTATTAAT
CAATACTTGTTTTGGAGTATTCATAGATAAACAAGAGCTAATTTTATTCC
AACCAATCAACGATCAAAAGAAAAGAAATAGAAACTTTGAAAGTCTACAT
CAAAATACAGTGTCAAATTTTGTGTTCGTGAGGTAAGGCCGTGACATAGG
TAGGGAAAGGAAACTTTGTAAACGGTGTTCTATTGTATAATTACAACTTA
AATTGAACAACCTTTGATGGCTACCATGGGCTCTATTCGGCGACTGAAGG
CCTTGTAGACATTCGCCTCATCGGACATGGCAGCACACTACCTAAGCGAT
GGCTCTTAGATCATTCACGTTCCTGTGGAAAGACTTGCAGGCCTTCTGTG
CTACTAATTAGCCCAGATTACGTAGTCGATGGCTGGACCGTCAGAAGGGG
ATGGGGACCTCATGTTGGAGGGCCATAATTGAATGAGGCTCTTCTTGCAC
CAATTTTGGGTTACTATTATTTACTGGCGCGGATGTCATAGATGNNNNNN
NNNNNNNNNTTCTTAGATCTCGACAATCTTGCACTTAGGCACTTGGGCTT
GAATAAAATCGATCACTCTTTGTCTTTTTGACTCCTCCATTGCAAGGCTA
CTTCTTATGACTTTGACGGCACTATTAAAGTTATGCAACGAAACCTCCTC
AATCAAATTAAGATTGCAGAAGGAGGATAAAGCAAGTTTATTACCATAAC
CAAGAGTGCCGATTTTAGGTAACCTATTAACCTTGTTATTGATTAGGTTG
GCCTGTTAATGATTGAATATATTTAAAGATCATATATTTCCCATAAATTG
CATTTGCAATACCAGAGGTGATTGCAATTACGGTTAGGGACGGTGACAAC
AGATAACGAAATTTGATTAAGAGAAATAGACTAAATAATATTTTTGACGA
ATAACAACTGGATTAATACACGATAACTAGGGCTGAGGTTTTTGTAATGA
AAAAAACACTGTTTAGATAATCGAATGAAACAACTAAATTAAAAATGTGA
ATTAGACCGGGTCATTTGTGACTTTTTTTTTTTTTGAAAAGTTTTAAAAG
GTCGCCCAAAGTCCTTATTTTTGGAAATTGACATTTTTTCGATAATTTTG
TGTTCTTCTTTTCATATCTTCCAACCACCAGCAGATATGATTAACTGTAT
TAATATAACTTTTTTCACATAAGTAACTTCTCTTTGAAAAATATTTAAAT
TACTTTGTTCTTAAATTAGTTTCTTTGATTTTAAAATTTTAAACGGTATA
GGGGTGAAGGATATTGGATTCGGATGGCAAATTGTTGAAAAAAAGTCTAC
GTTTTAGTATTCAAAAGTATATATATATATAATATTTGTAGGGGCATCCA
CAGGATTATATATTTTTGTGTATGGGGGGGGGGGGAATTTGATCAAATAA
TTTTTTTTTAAATAAATCCTCTAAAAAAATTTCCCCAGATTTCCCCATTA
CATTTTTTTCTTATTAAGGGATAATTTTTCATAAGTTAATACAAAAATTC
CTTAATTTTGGGGAAGGGAAGGACGCCCCTGATTTGAAATGAAAAAGTTA
TGGGCTGAAAACTAAAATATACGCATTTGAACCCATCCTATCATACACGG
CATATAAACTGACAGATATTTATAAAAACTAAATGCTTTTTGCTATCTAA
TACGCTTGAATGTTCTAAATGAGGATAAATAAGTCATAAGTGGACTAATA
TCATGCAGGTTAACAACATATACTTTTTTAAATGTATGTTCAGGAAACTT
TCCACAATTTCATATCCCTAGTTATTACTCACAAGTCACATTTAAAGTCA
TTATTTTATTTAGTCAACTCTAATGCGTCTAGACGACTTCTTTTTTATGC
TTACTTTATGCACTAGTAATCAGGACCTTTCCCACAGGGGAGGAGTAACC
ACTCAGCCTTTTTGGAGTATTAGAGTTGTTAAAAATTGTATTTTTTTCGA
TGAATTGTGCAAACTTTCTTTTAAAAATCTGCATATAAAATTGGGGACTC
TTTGAAAAAAGGACCCGTGTATACAATAAAAACTTAGGAGGTAAATTGAT
GAGTTTATTTTTATAAAATATTTTGTCAATATTTATTTTCGACGGTAAAA
GTACGTTCCTCACTAGTCCATTGCACGATAGCTACTGACTGTATCTCACA
AAAAAACTTTATAATCTCTCTGATAGAATAAAACCACGCCAATCCCGCAT
TATAAAAAATATTTAAATTTTAGATTTGGTACATGAATCGATATTAACTT
AGAACAATATATAATAACTTGAGTATTATTGTCTTTATTTTCCTAGATAT
ATTAACAATAATTTAAATTCTAGCAATAATAAAGAGAATAGAAGTTTTAG
GCTTTAAGAATAGCCTTACATACATACATTTTCAAACACTATAAATATTC
TTATATCAAGAAACAATTATTCACATGTAGTTATTTATTACTTATTCCTT
CTTCAGCTTCTCTGCCGGCTTGACAACCATAAAATTAAAGAACCATAACT
GTGTCCAAGAAGGCAATAAAAATGCAGATGCAACTTCAAAGGTAGTGCTT
CCATAGATGTATGTATCAAGTACGGAGTACATTAATGCATTTTTTGTTGC
ATTAAAAGAATGCAATAGTATCTGATAGAAGCTTGGATCTTTATCCCAAA
TATCATTGATATGGAATAGAGTATCTGAGAAGCAAAATATGAATAGCAAG
ACTAGTGGATTAAGCATTAAAGTGAAAAATTTCTGA back to top
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