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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s68 | supercontig | LSalAtl2s68:1167984..1172625 - |
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 EMLSAP00000010389 >EMLSAP00000010389 ID=EMLSAP00000010389|Name=EMLSAP00000010389|organism=Lepeophtheirus salmonis|type=polypeptide|length=220bp
MCPYSLDDGAVEEEYEGHWEQVHEKTGKKDVRNVICIIRQVVIGTGKEKA
LHSVASPDVKKCQSRNSNGISPYGHNDNKSLSSRNFSSIEPLDNDVVSIV
TNDNHVDEDFYKFSFIKKQKDPVILGDNPGSCSRVTETIEFRPMAAGIVH
LIPDTEDVIVDIDSESEFLEEDEMKAPSPVNGKGKITKRKPDNNLNGTPY
KKTKKEFELTREKKFSPILT back to topmRNA from alignment at LSalAtl2s68:1167984..1172625- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010389-706236 ID=EMLSAT00000010389-706236|Name=EMLSAT00000010389|organism=Lepeophtheirus salmonis|type=mRNA|length=4642bp|location=Sequence derived from alignment at LSalAtl2s68:1167984..1172625- (Lepeophtheirus salmonis)
ATGTGCCCATACAGCCTTGACGATGGAGCTGTAGAAGAAGAATACGAGGG
ACATTGGGAGCAAGTACATGAAAAAACAGGTAAAAAGGATGTAAGAAACG
TTATTTGCATCATCCGTCAAGTAGTCATAGGAACAGGTAAAGAGAAGGCC
CTCCACAGTGTAGCCTCCCCAGATGTCAAAAAGTGCCAAAGCAGAAATAG
CAATGGAATATCCCCATATGGACATAATGATAATAAGAGCCTTTCCAGCC
GTAATTTTAGTTCCATTGAACCCCTTGACAATGACGTTGTATCGATCGTA
ACCAATGACAACCATGGTTAGGATCGAAACAACTCCGCAGACAGCACCAA
CACATCCATAGAGTTTACATCCAAAAACTCCCCAAGCCCAGTAGCGTTGA
AGGAAGATGTTAATGGTTACTGGAGGKCCCATTGAGGTCATCATAATGAG
ATCAGAAATGGCCAAATTGATGACAAACATGTTGGTCTAAAAAAGATCGA
TTTGTATATTTAAGTCACATTTCTACATATATAAATGACTGAGTACCCTA
CCGGTGTTCGCAGACTCTTCACTTTACTAAAGATAAAAATGACGAGACCG
TTTCCAAAAAAGTTCATTAACCATAGGAAAAAGAACATAATCCCAAAGAA
ATGAGCAATGAGTGGATTAGCAGGAGAATACTGGTCCCAATGAGCATGAA
TGACCTCCCGTAGCTCCTCAGGGATACCGTCCGTCMTTTTCATACCAGGA
GGATATTGGTTGTAGTACGTGGTGTCCATGTAGAGGCCTGCAGAGGGCTT
GTGAAATCCGTCCTGGATATTATTGTGGCTCATCTTGAATGAAGTAAAAT
GATTTGTCAATATAAAATTTGGATGTTGTAGGATAGATAACTGGCCTTTG
CAGGACGGATATTGCTATTCGAGATGTCGCTAGCAATGTTGCTTGACAAA
CTGCGAAGTTTTTTTTCTGTTAAGTGACTTTTATATAGAAGTAAGCATTT
TCTGGCTTCATAATCTGATTAGACAAGTATATGTTTTGTTTTTATGCAAA
TATCGTTTGTTTTCTTATAAATTATAATATGAATAAAGAATAAGATTTAA
ATAAATAGCCTTTGTGCAGCTTCAAAATGTGAGTTGATTACATATATATA
TATATTATATAAGTGTGTTAGTAATGGAAAAATGTCTTTCAATTGCAGTG
GAGATGAACCCATCCTCTATGTTGAATAGGGTGAGCCTGCTCCCAACAAA
TGCTTCAATTTTGGTGGATAACACTTAAACTTTTTTTGGGCATTACAAAA
CAAATAAATGTATCTGTGCAATTTTATTGAATGAAAAAAATATTTTGAAT
GAGTGTAAAATCGCTGAAATTTTGGAAATGGTGACAAAAAAGCCTAAAAG
TTTTAATTACGGTTTTTGAATGTGCTTAATCTAATCTTTTTGGGGGATAA
TATATATTTTAAATTATGAATTATTTGAAAAATTACTTTTCTTAGTCAAA
AAATGGAGGAAAGTTTCAAAAAATAAATCAATTGCCTTTGCACAATCCTA
CCATAATAATATGTTTTTTGACTTCATACACAAAATAGGACCCAAGATTT
GTAATAGCATGACTAAATTACGATAAACCTAATTTTTATTGAATCAAGAA
AAGAACACTCAAAACCAATTTTTGGGTTGTCTTAGTATTACATATTTTAA
GCTATATGTATTTAGCCTAATATAATTTGACCTCCTTCTAAAAAACAACC
TGTACAAACCTGTGAACCTATTGGCAACTTTTTACGAAGAAGGCCGTGTC
ACATTTTTCTTTAGGACATCCATAATTGCCAAGTCCAGGAGGTTGAGGCC
AAATAGAGACAGGCCAGAAATCAGCTATATTTTTATTGCAGAAGTTTTGG
CTTCTACTTGGCCATAAGGAACTGATATGGATGATGTTCTATACAGTCTA
ATGGATATGTCAACGGTATTTTCAGCCTTTTTTGTGACTGACAACGGGAC
AGAGGAGATTGCACGCGCTGCCTTTTTTCTTGTTTAGTTTAGTTTTAGGT
GGTGTTTGGTTGCGTAATGAAACCTTGTCATAAAAAAATGAAGGTGGATA
ACGTTTTAATTAAGTGTTACTGCAAGTTTTGAGTCTTCATCTTATATACG
CTTTTTTAGGAGCGGAATTTAAATTCTCATCTGTCATAAAACTCTGGATA
AAATATTATGAGACACATTCAAAAACCTAAAAATGGGACTTGTATAGTTG
CCCGTCACTTTTTTCAAAAAATAATTGCCTTTTATTATGTTTATGTATAT
GTTTAAATATTAATACAATTTAATCGGGTTGATTATGACCCTAAACAGTA
CTAAAAAAATTGAAGCTCCTTTGAATAAATTATGTAGATCAGCCTCACCC
TAATCTACAATTCACTAACCATCAAAATGATTAGTAACAGAGGGTTAAAA
AAAGATGAAGATGAGAGTTGGGGGAGAATACATGGAATAACAAAAAGACC
TCTTCTTTATTTTTATTTTTTTCTCAAGAGGTTGTTGTTGATTTAAACTC
TTTTTAACATCCTTCTTTTCTTTTGTGTCATTCCTGGCAAGAGAGAAAGA
CTTATTCAAATCTCTTATTACATACATACACATAAGGGTTGTCATTTTAG
AGGGGGTTTCTTATGCGATTTAGGGACTCCTATATATTAACAAAAAGAAG
AAAAAATGGACTTTTGTATATATACCTAACAGTGCAAATAAATTGAGACT
CAAATTTAATGACTGGGAGTTCGGTGATTGTAGAGAAAAAAATTACAACA
GTTCCATTCATTTAACACTGTCAACATTTATTTATGATAAAAACTTTTTA
TCGACGACAATGGCTGATGAGCGGAAGAGGATTGAAGKAGCCTCATTACT
GAGTMCTCGGCTCCCTTTCAAGCCAATCCCAAAGATGTTCATGTCTGACT
TTGCCAAGGACAAGTTGTCAGCCGCTCTAGATTGTCGAAGACTATTTTTC
TTGTGGGTGGGACTTTTCTACGAGCTCCTGAGCGGCATCTTCTTACAGAG
GCCCACCTGAAAAAACAATTTAAAAAAACATACCAACAACATTCAATTCG
GGGACAAGAGCTTATGCACATCACAGAGCCCAGATCTCAATCCTCTTGAT
TACTCTATATCGTGGAACACTAAGAGTTAGGCCTTTCAAGTGCACCATCC
AAATTTTGAGTACTTTAAGGCCTCTGTCTACCAGGCCTGGGCCACAAATT
CCAAGGACTACCTCATCAAGGTATGCCAGTACTTACATTGCCATGTGGAA
GACGTATTAAAAGCTGACAGTCACCATATTCGATAATTATATGGAAAGTC
CAATATTAAGCCACTCTTTTTTTCATAGAATAGAGAAGAAATCTAAATAA
ATGTGTTTATTATTTATGCCTAAAAAGTATCAATTATTTTGAACGGACCG
ATATCCTTCNAAATTATTAACAATTTGTTTATTGTTTAAGCTATCTGACA
ATATAACTTTTCTACATATAAGCTTTGCTTAAGCAAATTGTACCATTTTT
GGCCGTAAGATAGTCAACTTAATCAAGAACACCATATACACATTATCCGA
GTAGTTTTTAATTCAATTATACCTCATAATATCAACATCTATTTTCAAAA
TAATATCTTCCTTCTGCGACTATGATGACATCCAGTCTGGACTTTGAAGT
CCTTTCTCTCCCTGAAACCACATATTCCAATATTGCATAGTCCGGTGGGA
AGCAATTCGCTGATGGGGGGGAGGGGGATTAGGCACAAGCTTAAAGGCCA
TAAATCGGTGAAGCTTTTCTGGCACCAAGTTTAAGGTAATGGGCCTTATG
GCCATGTGCTGAGTTGTTTTGCCTACAATAAACCCTTCGGGATAGTTGGT
ATCTTTAGTTTTTGAAGTTGAATGTAAATTTGTGAAATAAAATTTATTTT
CAAATTGCTTGGTTTTTTCTAACACATGGACATTCTTTTCGATAATTATG
ATATTATTCAGTATATTATAATTAATAATTAATTTTTAGTAGATGAGGAT
TTTTATAAGTTTTCTTTTATTAAGAAGCAAAAGGATCCTGTGATCCTAGG
AGACAATCCCGGCTCATGCTCACGTGTGACCGGTATATCATCTTCTTATT
CACTTAGTATTCGTCAATCATTGTATTCATAGAGAGCCAATTTTGGTGTG
TTGTTCTTCAACCCGACAAAATCTATGAAAACACTGTGGAGTCCTCGTTT
AACGTGTCCATGGCTGYCGTCGAGGCATCGACTCTTTGATCCAAGATTTT
GTGTAGGCTGGCAGTAATTAATTCCTGATTTGTCATCTCAACAACTCGAA
TTTTTATGCTCATCATAACTTCCTCCTCCTTGAACCAGAAACGATCGAAT
TCCGACCCATGGCCGCCGGAATAGTTCATTTAATCCCGGATACAGAAGAC
GTTATTGTCGATATTGATTCAGAGTCTGAATTTCTGGAAGAGGATGAGAT
GAAAGCTCCTTCCCCTGTTAATGGAAAGGGCAAGATTACCAAGCGTAAGC
CTGATAATAACTTAAATGGTACTCCTTATAAAAAAACTAAAAAAGAGTTT
GAACTTACTAGAGAAAAAAAGTTCTCTCCGATCTTAACTTGA back to top
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