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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s586 | supercontig | LSalAtl2s586:131335..134460 + |
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 EMLSAP00000009211 >EMLSAP00000009211 ID=EMLSAP00000009211|Name=EMLSAP00000009211|organism=Lepeophtheirus salmonis|type=polypeptide|length=198bp
MRVKKKVLQEDVGSGRSIFPWYFPFLPQWKGVNIGGEFNTIKSPEDVGFF
MTRAFSSLLISNIGWLIVHILFWRGTVTRSDELQFPFNIITLFFGSNDSG
DSDELLLPNSEGEINGNDLINFYTDPKVATQNLIISGGFTLFTLLLWIIP
TFFWSGRPLPTKNTDSRVSRLYNIIDHVRSGGNSVDIYNRLLCPQFFR back to topmRNA from alignment at LSalAtl2s586:131335..134460+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000009211-705058 ID=EMLSAT00000009211-705058|Name=EMLSAT00000009211|organism=Lepeophtheirus salmonis|type=mRNA|length=3126bp|location=Sequence derived from alignment at LSalAtl2s586:131335..134460+ (Lepeophtheirus salmonis)
AAAAACTTCATAAATCAAAATCCTAAAAATTTATTTTTTAAAGGCGTGCC
CGAAAGCAACGGGGGAAAAAAGAAACCATTTGATAAAAATGAAACCCTTA
TTTCGATGGAGGCTCATTTAAATACAAGACATTTAAGAAGACTGAAGCTA
TTTAGATCCAACATACATAAATAACAACGCTGACATGAATTTATCTGTGC
TCCTTCTTGTTCTAACAATTCTTGGTGTTCCTCTATCTATTACTTTTGGT
AATGAGAGTGAAAAAAAAAGTGCTTCAAGAGGATGTGGGATCTGGGAGAT
CCATTTTTCCATGGTACTTTCCGTTTTTACCCCAATGGAAAGGAGTGAAT
ATTGGAGGAGAGTTTAATACAATTAAATCCCCCGAAGATGTCGGGTTTTT
CATGACTAGAGCTTTTTCTTCGGTAATAAATACTTGGTTCATTTTAGATC
TCAAATATAATGCCTGAAGGTATTATTAAATTTTATGTCTTTTTGGGGGT
TGGATTAAGGTCCCTTCACGGCTGTTTTATTGTTGTGTATATTATATTAT
GACCTCTATTTTGACGAGTGAAAATGTAAAAAATAAATACAGTACCTATT
ATAAAAAAGAGATTTTCCTCCTTAGGATAAATTTAAATTTCCCTCCTTAA
CAAAAAAGAAAAGAAAAATAGAAAATATAAATAAATATAGGTATAAAGGG
GGACGATTTGTTTTTTCTATAACATCCTCATGTCAACTCATTCGTTATAT
GTCGTGCGTCAACATATAAACAATCTCGAACAAAAATTAAAGAGAATATT
TCAATATATATATATAGTAAGTTATAGATTTATTATTCAAATAATGGATT
TGAATAGATATTCAAGAATTTGGGCTATAGTTTAGACCCTTTATTTAATT
TATGAGACTTATATTAGCCCCATATGGCCCCTATCAAATAGAATCTATCA
ATTTATGTGTATAAATATCTTTTATTTTGACGATACATTTTGAATGCTTT
AAGGGGAATTGGCGGSACACCCAAAGGGKGTTTGTTGATAGAAATTGACA
ATAATTTGTTGTCCAAGAATATTAATGTAATTTACACTCTATTTCATTCT
ACCTTGCTTTTGTGTTGACGGGTCCATTATCCTTAATACTTAATTATAGG
TATATGTATTTCTATATACAAACATATTTTTTTACTTCATAAATATTTTG
TAGAAGCAAAATACACTTTTTAATTATACTTAATTAATTGCAATAATTTG
ATATAATTTTATGTGATCTCTGTTAATAATCACACGTTATGAATACTTAA
TAAGAATTCTCTTAAAATTGATTAATTACATTCTTTTTTTAGTTGCTCAT
TTCAAATATTGGATGGCTGATTGTCCACATTCTTTTCTGGAGAGGAACAG
TAACAAGGAGTGATGAACTTCAATTTCCCTTCAATATTATTACTCTCTTT
TTCGGTTCAAATGACTCCGGGGACTCGGATGAGCTGTGAGTAAAAAAAAT
GTTGAAATAATAGTTCATTTTTAAACTTTATTTTTTTTAAATCACTGATT
AGGCTTTTGCCGAACTCAGAGGGGGAAATTAATGGAAATGATCTCATTAA
CTTTTACACGGATCCCAAAGTAGCAACTCAGAATTTAATCATCAGTGGTG
GGTTTGTAAGTTATTTTCATTCAACCCCAAAGAGTATTGATTACGCATGA
TTTCCACAAACTATTTCAGACTTTATTTACGTTACTCCTATGGATCATTC
CAACATTCTTTTGGAGTGGTCGACCCCTGCCCACAAAAAATACTGATTCT
CGTGTATCACGTTTATATAACATCATTGACCATGTTCGTAGCGGAGGGAA
CTCTGTGGATATCTACAATAGACTATTGTGTCCGCAATGTGTATCCGTGA
TTATATCTATCAACGTTCTTTTGGTATGTTAGATCCTAACCCATTGTCGG
GGAACAGTGGTAAATTACCCCAAATTGACTAATATTTAAAATTTTAGGGG
TAATGGGAGTACTACTTCCTACTGGTAAATGAAATAAACACAGCAGGGGT
KKYTACAGGNTGGCTGTARKCCCCCCCCCCCCCATCCTAAAAACAATTAA
GGAATTTTTGCTTTTTTACTAGATTTTTTATTTGGTCAGGCTGAAAAATT
TTTACGCAAAATTAGAGGTAAAATTAAATTTTTTATGAATTCCTATGGAT
CTTTGAAATTTTATTCCAAAAAATTTATGTCTGAAATTTTATTTTTGAAA
TTTTATTCCAAAAATTATTTTTCAGTGAATAACTGTAGACTTTTGAAAAT
TTTTTCCAAAAACTTAGATTTAAAAAAAAAAAGATTTCTGAATTTAATTC
TTCAAATTTTTTATCTGCAAAATTTAATTTTTCAATTTTTTATCTGCAAA
ATATTTAACTTTTCAAATTGTTCTACAAAACATTTAATTTTTATGTATAG
GTATGGATTTTTGAAACTCAAATTCAAAAATTTTTATTTATAAAATTTAG
TTTTGAAAATTTTTTGTGCACAGCTGTGGATTTTAGTAATTTTTTGTGTA
CAGCTAGGTATTTTTGAACAAAATACAATCCTGCTGATTATTCTGCCCTA
TTTTGGGGTAAATTACTTTTACTACAAGTTCTTTTGGGGTAACGCTAAAA
CGTGATATCCTAATCCATCTCTTTTGTCTTTTTTTATGTCCTTTATTTAT
TAACAAATAATAAACCGATTATATAGTTTTTAGGTAAATGGATTTTTGGT
CTGTTTTGAGTGAATTACCAGATTCTCCTGCTTTTGGAGTTCCAAATGAT
GCAAGTCGTAGCTTGAAGGACGATGATGAGTCTTTGGGCATGGCTCTTTT
ACATGATGCTATTGATAACTTTTTGAACACTCTGGATGTCAATGTGAACA
ACATCATCAAAGATATCGAGACAAGAGATAAGCAATATGTATAGTAGTTA
GCTAAACAACTTTATAGGCTTTATTCAATTTATATTAAATTTTTGCATAT
TGCATAATGTATATAACAAATAGTTTATAGATAATTAATTAATTAGCATA
AAAAATTATACAGTTAACAGAAGCGTTTTTGGAATTTTTTGTTAAATTTT
GTTAAAATATATATTCAAAATTCCAA back to top
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