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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1025 | supercontig | LSalAtl2s1025:130350..136121 - |
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 EMLSAP00000000168 >EMLSAP00000000168 ID=EMLSAP00000000168|Name=EMLSAP00000000168|organism=Lepeophtheirus salmonis|type=polypeptide|length=202bp
LTEPKDISLLLCCLSSLSVRNEYCKKVADDGGLNIILKVLVDPDQDKNVI
KESLKLVKTLAGNDDVKRDIGNTKGIPFIVNSISINLKNKSICQVGCDSL
TALSLRSPENAKQIVDCGGDGVIIEIMKAHKSIAEIVIAASYAIRNIVSR
SREYCNNFIELNVEDLLNEAQQRYKSDINSVAALKAALRDLGLEVKLEEQ
WK back to topmRNA from alignment at LSalAtl2s1025:130350..136121- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000168-696015 ID=EMLSAT00000000168-696015|Name=EMLSAT00000000168|organism=Lepeophtheirus salmonis|type=mRNA|length=5772bp|location=Sequence derived from alignment at LSalAtl2s1025:130350..136121- (Lepeophtheirus salmonis)
TTGACGGAACCCAAAGACATTTCCTTATTACTTTGTTGTTTGAGYAGTTT
ATCCGTTCGAAATGAGTATTGTAAAAAAGTGGCAGATGATGGAGGKCTCA
ACATAATTTTAAAAGTCCTTGTGGACCCTGATCAGGATAAAAATGTCATC
AAGGAATCACTCAAATTAGTCAAAACACTCGCTGGAAATGATGATGTCAA
GCGGGATATCGGAAACACAAAAGGAATTCCATTCATTGTCAATTCCATTT
CAATAAATTTAGTAAGAAATCTACTTAATATACATGTATTTCTAAAAAAT
GTATCAAGAGTTTTTTATCTATATATAAATAATGACTCATTTTAGAAAAA
CAAGTCCATATGTCAAGTGGGCTGTGATTCCCTGACTGCCCTATCTTTAA
GAAGTCCTGAGAACGCAAAACAAATAGTGGATTGCGGTGGAGATGGAGTT
ATTATTGAAATAATGAAGGCTCATAAGTCGATAGCTGAAATTGTGGTATG
AAAAATTATAATTATATATTTTATAAGTGATTACTTTATTAGTTGTTCAT
ATCACAGATTTGTTACAAATTAATGTTGATTTACATAATCAATGAGTTAG
CTATCCAAATGGATTTTCCTTTACTAAAGTCCATTTCTGCAGAGAATTCC
CATTACAGGGACTCACAATCAATGTATCTGTTGTTCCTTCTCTTGGATGA
CTCAGACATTTCTTTGATTTCAAGTGCATGATTGTTTTGTTTGATTGYAT
GTATTTCCAAAGCTGTCGGTTTGATTCATTGCATGACTGAAACCTTACAC
TTGCCTCGATTTCATCTTCAGCATTCAAAGAGTCCAAGCAGACGGATTCA
TCAGTCATTATATGTCCATCTTCACTAAAAACCATAAGCTCTGTTACTGA
AAATTTAGATGTACATGAATCCATCAATGCAGGCCCATTGTTCTGGCTAA
GTGCAGGCGAGGAATGGGGCTTTTTGATACATTTATTTGTTGAGAAATGA
ATGATTTCCCCGAAGAAACGGTTTTGTGTTGGAAAGAAATGCTGGGGCCA
GATATTTTCTAGGAACCATTTAAAACTCTTACAACCAAGCTTCTTTCGAA
GTGAAGACCGCTCTGATACATCAACATCAAAGCTCTCGGCAGTTGGATTA
ATTTTAAAGTAAAACTTTTTGTAATCATCCATCCATACTCGTGCAACTCT
TGCAAGATTTGTATTAAGGACTTTACCAACTCCACCTTCTCTAGGAAAGG
AATAAGGACTAGCTTTACGGAAAACATGTCCCACATGAGAGCATGGAGAA
ATCTCCACWGACCCTGAGCACATCCAAATTCTAAAAGACATTTCCAAGTT
CTCTCCCCCCCAAATATCCATTGCCTTATCATATGATCCTATGTCATAAA
AATATTGACGGTCAATAGCGAATAAACCACCGGCCATAACGGGGGTTCGA
TAAGGAGCTGTTGGATTTGTTTTTAGATCATCAATCAAAGATTGACTCAT
GGTAAACCACCGAAAGTGAAGCTCCCAGTTAAAAGCTCCCCAATGAAGAG
TAAAGGATTTTATGTAACCAAAGTTGTCGTCATTAATGATATCTATAACA
GGGCACACAACATGGCTGGGATCCTCTGCTATACGAGKAAGCAGGGGTTC
CACCCATCCCGTCGTTACTTCACAATGTGCATCCAGAAATATCAGGACCT
TCCCGGTTGCAACTTTGGCTCCTTCTAGCCTTGCCTGAATGAGTCCACTC
CTCTCTTTTAGACGTAGAATTTTATAATTTATCTTCAAAGCTCCCATATG
ATCTTCCAATGGGCGTCTTAAAAATGTTTTATTAGAAGCGTCATCCACCA
ATAATATCTCTGATAGAAGAAGTTTCGGAGTTCGATTTAAAACACTATGA
ACTGTACGAAGTAAAGTTGAAAATGCTTCATTGTGAAAGACTATGATGAT
GGAAGCACTCGGGAGTCGAGAGTATGTATAYACAACACTCTTGCATGACT
CTTTTCTCACATCCGGTAGTTTTCGATCAAGTGATATTTTGTCTGAAGCA
AGTAAATTGAATTTATTGATGTGCCATAGTCTTTTAGCTAATGCCTGATG
ATATTAGATATACATAATTATATACGTTTATACTTGTCTTGCTATGATGA
TACTCTATTAGTTAGGGTTATCATAAAATTAATTGATAAAGTGACAAGTA
TACACGTATATATAATTATCGTTACTTCCTCTCGGGAATTTAAGGCAAAC
ACTGCCTCTCCGTTCTCTCCCATTCCTCTAATCGGATTATAATTATTTGC
ATTCAAGTCTTCCCATGAGAGAGAAGGCGTTCTGGGAGATAGGGAATCCC
CCACATACTTTCCAACAATGACTCGTATTCCATCCTTATCAATATATTCA
TGTTGTTTATTTTTAGATTGACTTTTTGAGTCTGGAACATTTGGATAGTA
ATCTCTTCCTACCCCCGGTTTGTGATTCTCTATTGCATGAGAAGGAGTAT
TATACAAAAATAATCCAAGAAGAGTGAGGGAAGCTGATAGAGTGAGGATC
CCCAGGAGCTTTTTATTCCGACAAAACATCCTCCAAACCCTCATTCTCTC
TCTGCATCCTCATCCAAATCTGAAATTGATTAACTCAACATTCCTTACTT
TTTAAATTCTGACTAAATAATATGTAGTTGGTTATTTGTAGTACAAACTT
GACTTTGAATGAAAATTGTTCACCTGTCTTTAAAGGTAGAGTGCATGCGA
GGATGATTAGTAGGCAACAGCTCACTCACWCACATAATAGTACATATAAG
CTTGCACTCCTTCCTAGGCTCTATGGTTGGATTAGTCTTCGTAGTAGAGC
AGTGGGTGCAAGGAACTATGGTTTAATGCTCTCATTTATGATAAATTAAT
TGTAGGATATATGAATACCTATATATGTTTATAAATTTATAATAACTAAC
AATTACTTATTCATTTATAGCATTATAGTAATAGCTATTGAGAGGAACTT
CATTTTATGTATATTAGACAGTACCGTAATGACAAAAGTTGGTAATTTGG
ATCGCCGGATATTATTTATTTTGCATTTTATTCTTTTAAACCAGGAAATA
ACCATAAAAAGTCTGAGATAAAGGGTGCTTTCTTAGAGGCGTCCACATGG
CTGGAGGGCTGTATCCCTTCCCCCAAATTATGGAAATTTTGCACTTTCCA
TAAAATTTAATATTTAAAAAATTTTGCCAAAAAATTAATTTTTTGTGAAC
AGCTGTGGATTTTTGAAATTTTTATTCCAAAAAATTTATATTTCAAATTT
AATCTTTTATTTTTTTTTCTGAAACATGTAATTTTTTGTCTTAACAATTT
AATATTTGAAATTTTTTTCAAAAAAGTTTAATTTTTCAAATTTGTTTCCA
AGAAATTAATTTTTCTGTAAATAGCTTTGGAGTTGTGATTTATTTTTCCA
AAATATTTAACATTTGAAATTTTATTCWGTAAAGTTAAATATTTGGAACT
TTTTTCTGAAAAATTAAATATTTGAAATTACATGTTTTTGAATTATTTTT
CCAAAAAATTAAATTTTTCAAATTTGTTTGCAAAAAAATTAATTTTCTGT
GAATAGATATAGATTCAAAAATATTTACAAAAAAAATAATCCAAAAACCA
AGCCCCACTCCCTAAATATAGTCCTGTGGACGCTCCTGTTCATGGACGCG
TTTTGATATGAAGATCTCTAAAATGTTGGTGATAAAAAAAATTGAATGAT
GTTATTTCTTTAAAATTATGGATTTGAATCAAGTTACAGGATTTTTATTT
TATTAAGTATCAAACATTACGCTATATTAGAGGAGACTAGGTTTTTGTAA
ACATAGGGACTCATGGCGGKATCATGCAACTAATAGAAACACTTTTGGGG
CAAAGACTTGTTCGATTAGTGTGTGAACTTCATACCAATGAATTACCACT
ATGCCACATAATAACTGAGCTCGATGGTACCAAAAATAAGGAATTAAATA
TTCATAATAAATGAATAATGCCAAGCTTTTAATTAACGCTAGAAATTAAG
GGAATAAAAGGTCGTATTTTTAAGAGTTTAATAGACTCTTATATAGTCCA
AAATTATAAAAAGGTATTTAAGAATGTCTTATTTGGAATGTATGAACAAT
GAAAGTACATTTGATAATATGTGACACTTGGTATCAAGAAATGAGATTTG
CGTGATTAAAATGAAGAGAAACAATCAAATTAAGTGGGACTAATACGAGA
GGTACCAAAAGAGAATGTTTATTTATTGGCAGCATGTTTGGAACTAAAAT
ACTCAAACCGAGGCAAGTTAGGTACAAGTTGTTAAAATATTGTTCAAAAA
TGTATGTTTCATCTACAATACTTAAAAAAATAGAAATCATTTAACTTAAT
TCAACCCCATAATTTTAAAGAAACAACATCAAAATTCCTTATTTTTCGAA
CGTTTGATGAATATTTTATTGTTAAGAAGAATAAAATATCTTGCAATACC
TAATTGTCATTTCGGTAGAGTCTAATGTTTTAAAAGCCCAAAAAAATAAT
AATATGTTCTCATTGATGCAATCTGTTCTCATACAAAGCTAAAAAACAAC
CACAACATAAAAACAAGATGAAATACACTTATGAAAAGATAATCAAACAT
AAAATTCGTGAGAATGTTTTTCTGTATTTAGAAGGAATACAAACTAATAA
TTATACTGTAAGATTAGTAGCTGTTCATACAATACAATATATAGGGTGGT
CCAGATAAATTCGGAAAATCTTTAAAGAGTTATAACGAACAAAATAGACG
GGTAGAATAATAGTTTCTTATTATTTGAAAGATACATTTAATGACATTCA
ATTGTTCATAATGATATCTTCTTCTCTTTATAGCCTCGGCCACACGGTGC
TGGAAGCTTTGGGAGGGTGGACCTCGTACGAATCCAGCTTTGTCGTTGTG
TGGGTAATGTACTTCTTTAGGACCTCCACAAACGAATGATACTTGGCACA
GGCCTCATGCTCGACCTTCCTCCAGAGATAGAAATCGCATAGATTCAGGT
CTGGGCTGTGTGCAGGCCAAAAATTCCCTCTCCCAAAGTGAGGAGATTTT
GTGGCCAATATATCCTTCTCTTTTTTGGCCCTGTGGGTCTGTGTAATGTC
TTGTGGGAAGGTGTAATTTCTTCCTTGGGCTACTACATCCATTCAGGGAA
TGTAAATTAAAAGTGAAACCCAGATCCAGTATAATGGCAACGATGGATTC
GCCCGAGGTCGCCCCGGCATGCCAAAGCTTCCGGGACCTTGTAGCCGAGG
TTAACAAGAGAGAAGGATTGTATCATGAATAATGGAATATCATTAAATGT
AGCTTTCCAATAATAAACTATTTATGGGGCAATCCCATCTAGTTCATTCG
TTATATGCCTTTAAATGTTTTCCCTAGGACCACCCTGTATATACACACAC
AGTTTCACAATCCGTTATTTAATATATCAACTAATCATCTTAAAGAATCA
TAGATTCACTAACTGTTATATGGTCTTTAATTATCTGCAACGCTGTTGTC
TAATCCCTTTATTTCATTTCTTTCTAGATTGCAGCCTCTTATGCTATTCG
TAATATTGTAAGCCGATCTCGTGAATATTGCAACAATTTCATTGAATTAA
ATGTCGAAGATCTTCTAAACGAAGCTCAACAAAGATATAAAAGTGATATT
AATTCCGTGGCTGCACTCAAAGCAGCTCTGAGAGACTTGGGACTTGAAGT
GAAGTTGGAGGAGCAATGGAAG back to top
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