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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s98 | supercontig | LSalAtl2s98:312691..316904 - |
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 EMLSAP00000012986 >EMLSAP00000012986 ID=EMLSAP00000012986|Name=EMLSAP00000012986|organism=Lepeophtheirus salmonis|type=polypeptide|length=328bp
MSESTPSSEKKKLNPQQQQQQKKKNRINIYKHYLESQNRCNMSVILPSMR
ISTESKTPYSDATQTKKQPPNHIKRPMNAFMVWSQLERRKIIEVTPEKHN
AEISKELGRRWKMLNEEDQKPYIQEAERLRVLHLKEYPNYKYRPRKKSLK
DSGSLSPGSPDSDSFIGISGSSKKNKVSKRRRKSLTPKKSPDNLLNNELC
SNESTYSPDSQYSIFNDDLHTQIFPPLGIINSNLNNNNPCSMEYDENNFS
NMELSFEDYYTPQEKSFSWTNGPFPNDSFADILTDCEPCLDDIFNPKDYE
YFRDHFYDLDLFDLSSSNNNLSDIINLI back to topmRNA from alignment at LSalAtl2s98:312691..316904- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012986-708833 ID=EMLSAT00000012986-708833|Name=EMLSAT00000012986|organism=Lepeophtheirus salmonis|type=mRNA|length=4214bp|location=Sequence derived from alignment at LSalAtl2s98:312691..316904- (Lepeophtheirus salmonis)
ATGAGTGAAAGTACCCCTTCTTCCGAGAAGAAGAAGGTGTGAGGGAAAGA
AGAAACAAGCGTGTGTGCTTTGCATTACTCCTCCGGGTTTTTTTTCCCGC
GCATAATGCTTTTTTTTTTTTGACAAAAAACAATAACATTCAGTCTTAGT
AGAGATGATTTCATTTCAATTCTCATAACAGTTTATACTAAACAATTGCA
GACATAAGAACACAAAAAAATAATATATTAATTTGTATTTGTCAAAAGTT
AAATCCACAACAACAGCAACAACAAAAAAAAAAAAACAGAATAAATATAT
ATAAACATTATTTAGAAAGTCAAAATCGATGCAACATGTCAGTGATTTTA
CCTTCCATGCGGATTAGTACAGAGTCCAAAACACCTTATTCTGATGCAAC
CCAGGTAATTATTACAAAATATATTTTCCTATAATTGTTTCTCTTTGTAA
CATGTATGTGTGTAGAAGGAATCAAGTGCCGTGAGGCACATGTTTAGAGC
ACACTTTAAGGGATTCATCGATGTATACATTATAGTAGAAATAAATATTT
ATTTATTCTTTTAAGAAATAAATAAATGAATTCCATACGCAAAATAACCT
TACAAATTTTTGTATACGCTTTATTAGATGATATGCAAATACGTGAGGTT
TTGTTTGGGCTGAGGGGTCCTTGTTTTTTTGTCAAATTGAAGATCAAGGA
CGTGGAAAACTTCAAACTGGCAATAACAAAAACGAAGTTTTTCCGGTTCT
TTAATAGAAACTTATTTATTTACAATTACTGTCCGCGGCCCATTTTAATG
GCCTTTGCTTCTAAAAATAACCGTGGAAGAATGCAAGGCTACTAAACACA
GGGCTATTTGAGCAATTGTCCCGTAATCAGCCCACTATAGCATATTTTAC
CCAGTTAGTTGTTTAAGTTGAAAGGACTTATCAAAACATGAGCATTGCTT
TGTGAATGTACTTTTTTTTTGTGCCACACTTAAGGCCTTACTTTGGCAAT
TCATTTTCATTTGTAATTCAATGTTCCTGGTCTAATTGTATAAAAAACAA
TTTACATTCTGATTATTTTTGTTATTTAAAAATGATATTGAGGAAAGGAC
CTGAGCTGAGGAGATATCAGAACTAACTTTGTTTACATATATGACAAAAA
ATGTGTATTTCATTGTCTTATCAACTTCCTATTTATTCAATTTTTTTTTT
TATGGGAAGTTCCCACATTTTTTATATATATGTTTTTGTTAAAAACTCTT
TACTCAATGAGTTTTTATTCTACTTTAAGCCTTGCAATTTAGTAAAATTA
AACTCTATAAATTTTGTATCATATAGAAACGCTCGATAATAGTTTTTTTC
TTCTTCTTAATTTAAGCTTATTTAAAATATGTTAATCATGACGTAAATGA
CGGATTTGTAGGATAATGATGTAATTAAGATGATTTCCTTCGACGGACGA
ATTTTACATCCAATAATTAGGGTATGTTTTTAGGAGGTCAAATAATACTG
AGTGCACTACGTTTGTCTGACGTAGAAATATTATATATAAAATTGCCTAG
TTGTAAAATAGGGCCGGCCATTTTTGAATATATATTTTCTCTTTTATCAT
TTAACAGNNNNNNNNATTTGATCTGTCGCAATACTTTAGTTTGTCTGTCC
TTCCTTTAAAAAAAAAACTTTTCTAAAACAATCATTGGTTTTATATAGAT
ATAGGTGTCTTGTGAACATTAATGGTTAGAAAAGMGTCCATGGAAAACGT
GCTGAAAATGAACAAATAATAAAGTGTGTCAAATACAAATGTCACAATCA
AGTCTCATTTTATTTGAATATTTGGTTTTAAATCTATCGTGTGCACTACG
TATTATATTACTTTTAGCTGTATACGTACACAAACTTTCTCTCACCTTTT
TCAGTCTTTCGTTGTCCCTGTTTAAATATAGTACCTCCAAAGTTTGGAAC
GGATAATTCCCCAATTTGTATCCTTAATAATACAGAATGACTAAAATATA
TATCACTTATTTTCCCATATAGAAAAGTTGATATTCAAATTGTCATGATA
ACCTTTCAAAATATATTGCCCATTATTTCTTCCAATGTGCTTCTTATTGC
ATTAAGGATAAATATTTATGAATTTTGTTTTGGGGAAAACAGAAGGAAAA
TACAAAAGTGAGAAGCATTCCTTTGATATCTTATGCGTGATTTTAAATTC
CCAGAGCTACGCTCTGAAATTATTCCTAACTATTTGCAAAAAAAATCAAT
TATGTTATAAAGGAATTTCCTTCATTTTCATAAGCTCCCTCTAAAAAGTA
TATCTGAAGAAATCCCCCCACTATAAGTACGAAATATTTATGACTATTAG
AACAAAAATCAATTCAACATCATTCGACGTTATATTTTCAATATGACGCA
TATTTTTGTATATTTGAATGTCCATGAGAATTTTCTAGGCCTTAATTTGA
CGTAACTTGTATATGACATAAAAAATATGACAAAAAATAATAGACAAATT
CTTAAGAAATCCAATCATGCGGTCTCTAATACGCCCCTATAGATGCTTTC
AAAACATAAGAAGTATACGCTGGATCCGTCAAGTCTACTTACTTTTGGAA
TCCTAATTTATAAAAAAAAGAACAATATGTAATTATGTATAAGCGTATTT
ATTTTCTTTTTTTGACTATTACGTCACATATTTAAAACACACATTACAAA
TTTGTATTTGTATAGGCATTTTGTTCATTTTAACCTAGATAGATAGATAT
GAAGCTGATGGATTCGTACATAACACGGACGTCAAACGATGAAAACGAAT
CAATTTTTATAATAGAGACTAATGGTATTTTTTAAATACTCAAACAAATT
GGGATCTACAGATTCTCCTCCTTTTCAAAAGGAAGAGGTTATGTGACAAA
AGATTATTAATACTTTTTGCATAAAATATAAGAAAAAAATTGACTCCACT
AAATCACTTCATTTCAAAAAATGTGAGTGATGGAAGTTTGAAAAGTTCTT
ACAAATAAATTAACCATCAGATCGTTTCAAAATGGATCAATTCTCACAGT
GTTACGACGTTTGTGCGTGAGTTGCGACTCACGCCTTGAGAAGGTTGATT
CCTTTTTCTTTTCTTTTTTGTATTAGTATATTTTTTTTTAAGAAAAAATG
TTTTAAATAAAGAATTGTATCTGTTTTCAAAATTTGCAATATTGATTATT
TGCTAAATCATTTTTAAGTCTATATTTTTCATATACAGTCGTCTGGATTT
TCTTTCAATACATGTGTATTTTAGAATTATGCTTCTATTTACTTTTTCCG
GAATGCATAAATATACATTTGCAAGAAATAAGTTGTATATTGTAATATTG
TTTTTCTCACTCTATTTTTTGCAATGATATATATTTTTAATTTTATTACT
TATTTTTCTTTATTGATAGACTAAGAAACARCCTCCAAATCATATCAAAC
GTCCAATGAACGCATTCATGGTTTGGTCTCAACTGGAAAGACGAAAAATC
ATTGAAGTCACACCCGAGAAGCACAATGCAGAAATATCAAAAGAACTTGG
CCGTCGTTGGAAAATGTTAAATGAAGAAGATCAGAAACCCTACATACAAG
AGGCAGAAAGGCTCCGAGTTCTCCATTTAAAAGAATATCCGAATTATAAA
TATCGCCCCAGAAAGAAGTCCCTCAAAGACTCTGGTTCCCTCTCTCCAGG
CTCACCTGATTCGGATTCTTTTATTGGTATCAGTGGCAGTAGTAAGAAAA
ACAAAGTCTCCAAAAGACGAAGAAAGTCCCTTACTCCAAAGAAATCTCCT
GATAATTTGTTAAATAATGAACTCTGTAGCAACGAGTCAACATACTCACC
AGATAGTCAATATAGTATCTTTAATGATGATCTTCATACTCAAATCTTTC
CACCCCTCGGCATTATTAATTCTAATCTGAATAACAATAACCCTTGCTCA
ATGGAATATGACGAGAATAACTTTTCTAATATGGAGCTATCCTTTGAGGA
CTACTACACGCCCCAAGAGAAATCCTTCTCTTGGACCAATGGACCCTTTC
CAAATGACTCATTTGCAGACATTTTAACAGATTGTGAGCCTTGTTTGGAT
GACATCTTCAATCCAAAGGACTATGAATACTTTAGAGATCATTTTTATGA
TTTGGATCTCTTTGATTTGTCTAGTAGCAATAATAATTTATCAGATATAA
TCAATCTCATTTAA back to top
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