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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s352 | supercontig | LSalAtl2s352:464489..468474 + |
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 EMLSAP00000006451 >EMLSAP00000006451 ID=EMLSAP00000006451|Name=EMLSAP00000006451|organism=Lepeophtheirus salmonis|type=polypeptide|length=99bp
MVNCSTSLLLLGLISKLKKLKDQNQGLEKKLVTDGISKTINVGYRQLMTD
ARNGSKLILSNKLINPVHQQDLQCYPNRFQTAIPALLTRQTQGNLLKQM back to topmRNA from alignment at LSalAtl2s352:464489..468474+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000006451-702298 ID=EMLSAT00000006451-702298|Name=EMLSAT00000006451|organism=Lepeophtheirus salmonis|type=mRNA|length=3986bp|location=Sequence derived from alignment at LSalAtl2s352:464489..468474+ (Lepeophtheirus salmonis)
ATGGTAAATTGCTCAACTAGTCTTTTGCTCCTTGGTCTCATTTCCAAGCT
TAAGAAGCTCAAGGATCAAAACCAGGGTCTTGAGAAGAAACTTGTAACTG
ATGGGATTAGTAAGACGATAAATGTGGGGTTTCTGTCTGAAATCNCGKCC
ACCACTAAGAAATGTCCACAACTAGTAGGAGTAGCTTCGAAACTCCTGTT
TAATGTATCTGACTATATCATAAGAAAAGTTTTGAAGGGATTAAGTGCAT
TTTCTTATGTGTGTAGATATCGACAACTCATGACAGATGCCAGAAATGGA
TCCAAGTTGATCCTATCCAATAAGCTCATCAACCCTGTCCACCAACAGGA
TCTTCAATGTTACCCAAATCGATTCCAAACTGCAATCCCTGCACTTTTGA
CGCGGCAAACGTGAATCCCCATTCTAATATCAATAAAGAGTGGGTCAAAA
TATCAACATACTTTTTGAAAATGACTTGCCTTCAAGGGCAAAGGTGGCCT
TTTTGAAAAATAATTAATTTGCCATTAGTCATCAAGTAGTTTCATTGTTC
TATCATTTGTACTTTTTGTGAATCTTAAAGAAGTTGATAATATGGGATTT
TTTCTCAATTGATTTCTAAAATTGTAGCCGACAAGTATTAATTAAATAGC
ACTGTGTAATTGTGTAGTGTTTTTTTTTCTCAAAACCTCCTATTTCTTTT
TAAGAAGAAGAATTAACTGGGGCAAAACATATGGCGAGTCCTTCAAATTA
TTATCTTAGGGTTTAAGTATCTTAAGTAGAACAATACCTCTAACACTCTA
TGTAAACTGATAGACTAAACAGTTTGAAGTAGTATGCGGTACAAGCAAAA
AAAAAGTACTTTAGAGAAACCCATTCAGATGGATTTATGACTTTGCAGGG
TATTACTTTATTGTGGTGAGATGTTGAAAATTGGTTGAAACGAGTCTGAA
TATTTAATAGTTCAATCGTAAATGTCACATTAGTCAACTAAATGCCATTC
TTAATACTATTTACATAAAGGGCCAAGAAACGTTATTTTTATGGGCCTGG
TTGATGCATATCTGATCAATTAGTATATACATAGGAACCAGACAATCAAT
TTATATAAGTAGGCATATAGATTCTCGATATTTACATACTTATATGCTAA
TTGCCCTCCGCTATGTCAAATATATAATATGTAAAGATAATATATTTGTT
TTTTCCATAATTTGATTTGGTTTYAATAATATAATKATAAAATTGAGAAM
GAGSCCAGKCCGCCATTAAATTTGGTTGCATATACACTTTTTAACAATTT
TTTAGATACTTTTAATGATATCTACCATAATAAATATTGAAAAAATATTA
ATAAGCCCTTTCAAAGGCTATTTGTATATAAGTATACTCTCAAATAAGAA
CATTCTAACAAAAATGTTGCAGTTATCGGAAGTGAATCTAAAAATATACA
TGACTTATTCTTTATAGTAAAATTTCAAGTATTTCTCACCTGTAATAAGG
ATTCTTTTTGTAAAGAAAATACTAAGTTTAGAAATTAGAAAAGGAAAAAC
GATTGTTGTGTGTGCTCCTTCGTCTTTTTAGTTCATTATTTAATGGGTCG
TTTTGGTGTTAACTTCTCCCTCTGAAATAAACATTATCACCAATCTTTGT
GGTAACTTGTTTTAAAAATGCACAATAAAATAATTTCATATGAATTTATA
TATACGTTTTCCATGCACTTTTGCTATTTTTAATTTAGAAGTTAATTAAA
GTTAGAAGAAAATAAAATAATTCACTTCTTATTAGTAATGTATTTAAAAT
ATGCATCTCAGAAAATATATATTTATGATTTTTTTCTTAGCCAAGGAAAT
CTCCTCAAGCGTAGAGGAGCGTTTCGTCCCTTTTAGATTGTTTTGAATAG
AACCAAAGATCTATTTTCTTGGATATGGTGTATGATTATAATGGGTAGCA
CATGAAAGATAATATAACAAAAATATGTTCTAAATTAAAATAAATATTTT
TGGAATTAATGATTAGTTATTTTAAAAGTGTCATTCATAGAGGGTTTCTT
TCTCGAGGGTTTACATTTAAGTATTTTATATAGTAAGGAGACCGGAATCG
ATTGTAACAGGCCCTCTTTCTTGAACATCAAAAAAGCTAAAATAATAAAA
TTTATATCAGAATTGTATAATTTAAGACAATACTGTGAAAAAAAAACAAT
ATTTATTGTCTTATCTTTTTGAAACTGATTTTGTGAGGTATGAGTGATTT
TTGTAATAATATTGTGACTTTTTCAATTGTTTTGTAATTGATACCATTCG
AATTATAAATCATTTTTCAAACTCTTGATAAAATTTCTGTGAGGAGAAAT
TGTAATGTCCAGTACAAAGGGGACAGTTGCAACAAGTGATGTAGTTTTCC
TCGCATAGTTTATTATTTTGTACAATTACACTACAAATTAAGCATGTTTT
TATCCAAAACAAGGCACTGAAGAGTTTTTTGATAGTGAGTTTATCCCATA
TTACTTATAAGTGACTTATAATACAAATCTTATTACATTTTACTCTAGTA
TAATACAAGAAATTTAACAATTCAACCTCATGTTAAGACAAGTTTTCTAT
TTATCAAAAAATATTATTTTGTATAATTTTCCTAATTTCGAACTCAAATT
TGATATTTTTTACTGGTACAACCGTCTTTGGCAACAAAAAAAAGTTGTAA
CATTTGAAGGGTCGCATTTTGGAATTTTTTTTTGACTAATATAGCCTTCA
AACTGTAACAAACATATGTAAGTATACTGTGTTAAAATTTGGTGAGTCTA
AGTTGAATCAGTTCGAAGTAATTGAGCCAAAAACAAAAAGTTTTACAACC
ACCCTTCCTATATATTTACTTCTGGAAAAAAGTTCATCAAAGTATCTCAA
AATATCAAATAAGAAATTTGCCATGAAGTGTTGTGGCTATTTTTTTAAAT
TTATTAAATATACCTTAGCTATAGCTCATGTTTTCACGTGAAGTCACAAT
GCATATGTAGACAGCACTACCTCATGGTAGTTTTTATACTGTCAAATGTA
AAAATGCTGTCTGTTCAGTCTTGACGTCGTTGAAAATGCTATATTTCAAG
TAGCTGCCTTTAATGCATCATGCAACCTTTAATCTGAAAAGAGACTGAAA
AAAGCACAAAAATTAGCTTTTATCTAGTCAATCTAGTTAAGGTAACAACG
TGATTCATTAAAACATTCTTACACAAAAAGATCAAAAAGTAGCTTTATAA
AAAGTTTGAATATTTGCAGAATTTAGTATTCAAATTTTTGAAATAGACAG
GAAACAGCTGACCAACACACCTGTTTTAATTTCTTTATTTACTACCAGTT
TGCTCAATGACTAAGATACTTCAATTATAAAGATATGTATAAATATATGT
ACATGTATATTAGCCACTTATTTTGCCATAATGTTTTTATTAAGAAATAA
CTGCAAAGGAAGGGCTTCTAATAATGATTAAAATTCCTTTATTAACGAAA
TATTAATTTGATATTTTAATGTTAGTTAATAAATAAATCTTTATCGTATT
ATTTCTTATTTATTAATTCAAATACTTGCAAAGAGCCAATTGATCCCTGC
ATATTGTATAGGCAGATCAATTTGTTTGAATATGAAGAAAACAAGAATAA
AATAGATACTCAAGGATTAATCCTTGCTAGATATCCCCGAATAAAAAAAA
CACAATTTCATGAAATTAAATGAGTTGGTATTTAGATGTACATTTAAAAA
ATACACCATGAAAAAATTAGAGCATTGTTATATACTATTGTTAATAGTAG
TTTCCATAAACTCATCGGATGTATATTTATCTTGAAACAATGTAAAAACA
TCGTTCTGAATATATGTATTTTTTTTTTCAATCAATGAAATACTCTTTTA
TGATAACATTAGTGACTTTATATTTAATTAATGATATATTATTTTCAAAT
TAATTACATCTATTTTAATTTTTTCCAGAGATGTAG back to top
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