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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s814 | supercontig | LSalAtl2s814:405030..408500 + |
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 EMLSAP00000011726 >EMLSAP00000011726 ID=EMLSAP00000011726|Name=EMLSAP00000011726|organism=Lepeophtheirus salmonis|type=polypeptide|length=487bp
MYDLSSLPSMPSDFDLALSIRPDSLPRIHCEDAENVPENDFFEYDQTEGL
SSIVNEWNLVCSRLPLLSTVQGSYMGGVFVGCIVFGWASDKFGRRKSIIV
ASVIQVFSTIATAFSSNYIIFIFLRFFVAFSVSGIFECGFVLVTEVCGPK
YRTIFGILTQFPFGIGAALLPLIAYFLRDWFSLQLAISIPSVLLIVYFIF
MPESPRWLLGEGRVDEALKILKDGAKMNNKELPSDEEMYEILTQFKNESM
AENKTQEIEGPKTWKQKAYEIFKEIIILFETPEMRKRTINIFYSWLVVAM
VYYGLSFNSKNLGGNRYVSTFISGFVEVPAVAFIIPALERFGRVKCYCGT
FMAGGICCGLVALATFILETGEKIWIPVTFAMSGKFLISMTFAIAYLYTA
ELFPTPVRNVAVGAASTFARIGSMIVPYIVDLLVILCSLFFFVNSSTLFL
IFILPIGCSSCCNPRHHFWHCLIHCWSLFPHAPRDAE back to topmRNA from alignment at LSalAtl2s814:405030..408500+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011726-707573 ID=EMLSAT00000011726-707573|Name=EMLSAT00000011726|organism=Lepeophtheirus salmonis|type=mRNA|length=3471bp|location=Sequence derived from alignment at LSalAtl2s814:405030..408500+ (Lepeophtheirus salmonis)
CAAAAGAAACAATTTGCTATTCCTTTGTGAGTAATCTATTGTATTTTTAC
TGACAATGGTTATGAAATAAGATTTTTTTAATATTCCACACCCAGTGATA
ATACAACGGATAAGTTTGAATTTTGCGAAATGTATGATCTCTCTTCCCTA
CCAAGCATGCCCAGTGACTTTGATCTGGCGTTGTCAATACGGCCTGACTC
TTTACCAAGGATTCACTGCGAAGATGCTGAAAATGTCCCGGAAAATGATT
TTTTTGAGTATGATCAGACTGAGGGTCTCAGTTCTATTGTAAATGAAGTA
AGTTTTCCTCACTTCCATTTGAACAATGTTCCTCACATTTTTTGCATTGC
AGTGGAATCTCGTTTGTTCTCGATTACCTCTTTTATCCACGGTACAAGGA
AGTTATATGGGGGGTGTCTTTGTGGGATGTATCGTCTTTGGATGGGCATC
GGATAAATTTGGTAGACGAAAGTCCATTATTGTAGCTTCTGTCATTCAAG
TATTTTCCACGATCGCCACAGCCTTCTCCTCTAATTACATCATCTTTATA
TTTCTACGATTTTTTGTGGCTTTCTCTGTTTCTGGGATATTTGAGTGTGG
ATTTGTTCTGGGTATTTTTTTAGAAGTTCCATTAAACACTTGAAATTGCC
TTACTCTTTTTTTTAGTTACGGAAGTTTGCGGTCCGAAGTATCGAACGAT
CTTTGGTATACTGACACAGTTTCCCTTTGGAATCGGTGCAGCCCTTCTAC
CACTTATTGCTTACTTCCTCCGTGATTGGTTTAGTCTTCAGTTGGCTATT
TCTATACCTTCTGTCTTACTTATTGTCTACTTTATATTCATGCCAGAAAG
TCCTCGATGGCTACTTGGTGAGGGGCGAGTGGATGAAGCTCTAAAAATAC
TCAAAGATGGTGCAAAAATGAACAATAAGGAGTTGCCTTCTGATGAGGAG
ATGTATGAAATTCTCACACAGTTTAAAAATGAGGTAAGTATTTTGTGTTT
CTTTAAAAAAGTATATATATATTTGATCCTCCCCCTCAAAAAAAATGTTA
GAGTATGGCAGAGAATAAAACACAGGAAATTGAGGGGCCCAAGACATGGA
AGCAAAAGGCTTATGAAATATTTAAAGAAATAATTATCCTTTTCGAAACA
CCAGAAATGAGAAAAAGAACAATAAATATTTTTTACTCCTGGTTGGTCGT
GGCCATGGTCTACTATGGCTTATCCTTTAACTCTAAGAACTTGGGAGGAA
ACCGCTATGTGTCGACATTCATCTCTGGATTTGTAGAGGTAATTATACAT
AAATATCAATGAGTCAAGAGTCATCATCGCTATGATTCCCAGGTTCCCGC
AGTTGCTTTCATTATTCCAGCACTTGAAAGATTTGGGCGTGTCAAATGTT
ATTGTGGAACATTTATGGCTGGCGGTATTTGTTGTGGTCTTGTGGCTCTA
GCTACCTTTATCTTGGAAACTGGAGGTAAATAATTATAGCAAAACTTATG
TTAAACTTAATCTATATATTTTTTATTTTGGCTCAGAAAAAATTTGGATC
CCAGTCACATTTGCAATGTCTGGAAAGTTTCTCATCTCTATGACCTTTGC
TATAGCCTACTTATACACAGCTGAACTTTTCCCAACCCCAGTACGCAACG
TTGCAGTCGGAGCTGCCTCTACTTTTGCAAGAATTGGCTCAATGATTGTA
CCATATATCGTCGATCTCTTAGTAATCCTTTGCTCCTTATTTTTCTTTGT
CAATAGTAGTACATTGTTCCTAATATTTATTCTTCCCATAGGGTGCAGCT
CATGCTGCAATCCCCGTCATCATTTTTGGCATTGTCTCATTCACTGCTGG
TCTCTTTTCCCTCATGCTCCCAGAGACGCTGAATAAAAAGATGCCTGAAA
GTGTTGCAGAAGTGGAAAACTATAGGAAAAGAAAAAAGTAAGTTTTGGTC
AATTCCGGATTGAACTCTTTTTCTCTTTCTGTATGTATATATATGTGGCT
ARTCAACACAAAARCAAGCTATAAGGATTTTTTCTCAAAATTGAATGTGG
ATTATATTTGTGTTCTTATACAAATTATCGTCAATTGCTATGCACAAAAT
ATTATTTTAGCTCCGTTGCAAATAGTACTTGAATTAGTTAAAATTGATCG
TAGCAATAAAATAAAGAGAAATTGAGGGATTTTATTTGAAAGGGAAACTA
TTGGAGCAAATATAAGGTTGTTTAATCAAAAAAAATAAAAATAAAAAATA
GCTAAAACTTTCGGGTATCTTAAGAAATTCCAGAAATTAAAGTATATAGC
TTATAAGTGACTCAAAAATACCTTTAAAATATTGAGCTGTATGTATACGT
ATATGAGGCAAGGAAGAATAAATAGGGATTCTCTCTTTCTTGATAAATAT
TCAAGATTGTTTTTTATGATGACACACCATAGGTGTATTTTTATACGAAT
CCTAGTCAATTTCTTCTATCATAATATTCTTATTGCCCCATTGGATACGT
CCTAAATGGCGCTTAAAGTAGACACAATTGATCATCATAATAAAAGAATG
ATAAATTGAACGGATTTTATTTGACCTTATTGGGTACAATATAAACTTTT
TAAATCAAATAAAGGTTGAAAAAATGTTCCTACAGATTTATTATTCTTAA
CTGATACCAGAAATTTGAATTTGTAGCCTATAGATGACTCAAATATGTCT
ATGAACTATTGGGCTGTAAGAAATAAATTGGGATATATTTATTTTCTTGA
TTATTATTAAAGATGTTTTTGATGTTGACAAACCAAAAAGTATGATCACT
CCCTTTTATGTATATTAAGCAAATTTTTTTTGTTACATATAGCCACAACT
GTGGGGAGGAAATGGATTCATCTCTCAATCAATTCCCAGCTTCCGGTAAT
ACTGAGGAGAACCAAGTTTGATGTTGAAGACGCTTAAATATAAATGCACA
GGAGAATGAATTGTCATCTATTCTCCCTTTCCTCCATTTTGAAATAATTG
ACTTCATCTTTTTTTGTTGGATTTCAAATGAACTCTTACTGCATAAAAAA
AAATCATGCAAACCTTGGTAAGGAGTAAACTGAAGCAACACATCCATGTA
TAGTTTCAATGTTATTTTTATTTTGTTTATTATGATGTAACTTTTGTACA
TATTTTTACTTATTATTACTATTATTTTTGACTTGCATCTTTTCTTTGTC
ATATCTTTTTGCATTTTAGTACAATTATTTTTTATTTTTCCAAAAAAAAT
AATTATTTCTTTGAGGAATTAATATATAAAAACACGAGGAAAAAAAAAAC
ACAAACTATTTTGTTATCTCTATTTTTGCAGGCTTTCTATTTTTAAAGTA
AGAATTGTTATTGGATGAAAGAGTGTTAAGGAGAAGATTAACCTCAATTT
TTCATTACAGCTGACATTCATACACAAATAAATAATATACATAGGCCCCA
TTCAAATTTATAGGAGTTTGT back to top
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