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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1193 | supercontig | LSalAtl2s1193:12779..16152 + |
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 EMLSAP00000001161 >EMLSAP00000001161 ID=EMLSAP00000001161|Name=EMLSAP00000001161|organism=Lepeophtheirus salmonis|type=polypeptide|length=473bp
MYTPIRPAGLRILASFRVPSYNVPFCAKMSSTKKKIAVIQLNVKDNKEDN
FQTSKRLLEEAKREGAVFAFLPECFDFIGEDSKFTLENAETINGPLISKY
KSLAKSLDLDLSLGGFHEKINDEMISNTHLIINSEGKLVSEYRKLHLFDV
NIPGRVSLQESKYVLPGKHLPPAPFNSSIGRVGLSICYDLRFPEIALYLR
QAHNSDILTFPSAFTVPTGEAHWEVLLRSRAIETQCYVVAAAQVGVHNAK
RESYGHSLVIDPWGKVIADGGREKEGICFAEIDLDRLKKVREEMPVMQHR
REDLYGLITSEAMSSLSMIHDEYNFHFGKIFIKGSSVVFASKQSYCSVNK
CPILPGHLLVMPQRFGAVSLSDLTVTEISDLFLSVKRAQMLLNRFYGVSS
TTVAIQDGIDAGRTIDHLHVHILPRKSGDFKKKDDIYTELQGHDKENDRK
WRTEEEMKEEANAFREFLLKEKL back to topmRNA from alignment at LSalAtl2s1193:12779..16152+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001161-697008 ID=EMLSAT00000001161-697008|Name=EMLSAT00000001161|organism=Lepeophtheirus salmonis|type=mRNA|length=3374bp|location=Sequence derived from alignment at LSalAtl2s1193:12779..16152+ (Lepeophtheirus salmonis)
CTCTGTCTTAAAGGTTGCGTGATATTTTTGTCGTAGGGTTTTAATTTTTA
TCAACAAAATAATAATTGAATATTTTATTATTATTGAGCACTAGCTTCGA
TAATGTCAATCAATCATATTTTGGAGTTGCAAATTGCAAGCGCCTTTTAG
GTCAACGGTAGATGTACTAGTAGTTATCCATGTTTGAATGGTAATTTAAT
GTCGGACCACTGATGAAATGTACACTCCAATCAGGTACATGGAATGCCTT
ACATCGATCTAAACATTTTTAGAATACATTTTTATTTTAAGGCCTGCCGG
ATTGAGGATTTTGGCTTCATTTCGCGTCCCTTCTTACAACGTCCCTTTTT
GTGCAAAAATGAGCTCTACTAAAAAGAAAATTGCAGTTATTCAATTAAAC
GTTAAGGATAATAAAGAAGATAACTTTCAAACCTCAAAAAGACTATTGGA
AGAAGCAAAGAGAGAAGGAGCTGTTTTTGCATTTTTACCCGAATGCTTTG
ATTTTATTGGTGAAGACTCCAAGGTCTGGTTTTAAAAATGAAATAAAAAT
CATTGATTCACATTAACAAATACTAATAGGACTTAATACATTTAGATTAT
TTTAAATCGTCACTATAGAATATATATAATAGGTAAATTAAGGGAAAACC
ACGACTTTTCCCAAATTGGATTGCTAGTATTCTATTTTATATACTTCTTT
ACATCGAATATAAGCTATAATTAATTCTTAAATATAATATTTCCCTTTCA
TTGCATGTTTTTCCAGTTTACGCTAGAAAATGCTGAGACAATTAATGGAC
CTCTCATTTCTAAATACAAGTCCTTAGCAAAATCCCTGGATTTGGACCTA
TCTCTCGGCGGATTTCATGAAAAGATCAATGATGAAATGATTTCAAATAC
GCATTTGATCATCAACTCAGAGTAAGTTTAATTTTAGTATCCTAGTCACA
GAGAAAATTCATTTGCTATACGAATATAAGAAAATGGGTAAGGTTGTTTT
CACATTTTCAATCCTTCTCATTGGTAAAAACCAACTTAAGCACAGTTTAA
GTATTACTCTATCTAATATATTGATACTATCAGCAATTTAATCAGTCTTA
AATAAATGAATAAGTCGGTTTATTTAATTAGCAGTCATTAGATGTATTAC
TTGGTAGAATAATAAGTTAGCTATTATATATTACTCAATTTAAAAGTAAT
TTCGTTATATTATATTACTTATTAGAAGCAAAAGTAATAATATTATTTTA
TATTATTTCCTTTCTATTTTCTTGGATTTATGATACTGTAAATAATTTTG
AATTGAAAAATTACAGTCTAACAAATTTTTCACAATTCAGTATCATCTTT
TAAACTTGTGCCTCCTTTAATTCTCCATATGGAACATTATCCTTAATAAA
ACATAGAACATAGTCAGAGTTGCATTTCCTTAGTTATTAGCTTATTAAAT
TTGGATTTTTTGGAGTATCAAGAAAATTCGACATTTATAAGGTGTAATTT
TTTCTTAAAACATTTACCAGAGGTGTGAAAAAGTCAGATTTTATACTTAT
TCTTTCCCCTAATCAGTTTTTTGAACGTTGATTGGTTGAATTCCAATTAT
TTTTTGGTTAGGTGTGAACAATATCCAACAATTATTCAGTAATAATTCCA
TAGTTTGTAAGAATTGGCCAAATATTTACCAATTGATTTAGGGCCTTTTT
TACTCTGTTTCTATTTGGAGGAAAGTTACACTAAATGTGACGATCTGCAT
CAACAAAAGTTCTCTCTCAAGACACCCTTTTTATTAGCCCATTAAACTGC
CATTAATTTTGTCTTATGTAGGTGTGTCCTTTATTAATTATGGATAATTA
TTTGATTTTACCCTGATACTTTTAATGACTCATTTAAATTTATTTTTGAC
AAACAAATAAGAAATATATCATTTAAATAAATAATTAAATGAATCGAACT
AATTCTTAATAAGTTAAGTGTAAACTTTTAAGTTTAATTAATTAATATTT
TCATAGAGGGAAACTCGTTTCAGAGTATCGTAAACTTCATTTATTTGATG
TAAACATCCCCGGTCGTGTATCTCTTCAAGAGTCCAAATACGTACTCCCT
GGAAAACATCTTCCACCGGCTCCGTTCAACTCTTCAATTGGACGCGTTGG
ACTTTCGATCTGTTACGATCTTCGTTTCCCAGAAATAGCCCTCTATCTAC
GCCAAGCTCACAACTCTGATATTCTTACATTTCCTTCTGCTTTCACTGTA
CCTACGGGAGAAGCTCATTGGGAGGTCTTGCTCCGATCACGAGCAATTGA
AACACAATGCTATGTAGTCGCCGCTGCACAAGTTGGGGTTCATAATGCAA
AACGAGAATCTTATGGACATTCTCTTGTAATTGATCCATGGGGAAAAGTA
ATAGCTGATGGAGGAAGAGAGAAAGAAGGGATTTGTTTTGCAGAGATTGA
TTTGGATCGTCTTAAAAAAGTTAGAGAGGAGATGCCTGTGATGCAACATC
GTAGAGAAGATCTATATGGTTTAATAACAAGTGAGGCCATGTCGTCTTTA
AGCATGATCCATGACGAGTATAACTTCCACTTTGGAAAAGTAAGTCGAGT
CTGTTGCCGAGAAATAATAATTTTTATGATTTTTCCCCAGATCTTCATTA
AAGGTTCTTCTGTTGTTTTTGCATCAAAGCAATCCTACTGCTCTGTAAAT
AAATGTCCCATCCTTCCTGGGCATTTACTAGTCATGCCTCAACGCTTTGG
TGCTGTATCCTTGAGTGACCTCACTGTCACTGAGATCTCAGATCTATTTC
TTTCAGTGAAGAGAGCACAAATGCTGCTAAATAGATTTTATGGTGTTAGT
TCAACCACTGTGGCCATACAGGATGGAATTGATGCAGGAAGAACAATTGA
TCATCTACACGTTCATATTTTACCCCGAAAATCTGGGGATTTTAAGAAAA
AAGATGATATCTATACAGAATTGCAAGGTCATGACAAAGAAAATGATCGA
AAATGGAGAACAGAAGAGGAAATGAAAGAAGAAGCGAATGCATTCAGAGA
GTTTTTATTAAAAGAGAAGCTTTGATACATATATGTTTGTCATATTATAG
AAATTTTCAGATTTAGAATTTATATAAATCTAAACAAAATCCGAAATTGC
TAAATAAAAAACATACACACTTGTAAACAATTTAACAACTCTTGACAAAA
CTTTGTATATTAAATCAAACAACTGTACTGCACTAAATATATTATTACTT
TTTCACACGATCAGAGAATCAATTACCTCATTCTTGATGCCATTACGTAT
TTTTGAGACGGTGTTATTTCCTGCAGTGCTGAACCATCTATTTACAATTA
ACGAAGTATAAGTAATTGTCTGAT back to top
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