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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s202 | supercontig | LSalAtl2s202:17478..21125 - |
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 EMLSAP00000003760 >EMLSAP00000003760 ID=EMLSAP00000003760|Name=EMLSAP00000003760|organism=Lepeophtheirus salmonis|type=polypeptide|length=452bp
MTGHNESPEVSPELVFTSFNQDVTSLAVGTTSGYKLYSLNSTDTLETVYA
NEVEDALIAERLFSSSLVAVVSRSAPRKLKVCHFKKGNEICNYSYPSKIL
SVKLNRARLVVCLEEALYIHNIRDMKVLHTIRDTPSNLKGLCVLSVSSDN
CYLAYPGHSTIGEMQIFDAANLSGVRTIFAHSGQLAALQFSPSGTTIASA
SDKGTVIRVFSVSEGTKLYELRRGLKRTAVIHSLCFSLCGMFLACSSNTE
TVHIFRLEQETNRETDHLGHSPPYPDSWMGYLSTVVSAGANYLPTQVTDT
LLQGRAFATVHHNHYGLKNVCALAVIKKVLRLLVASQDGYLYMYGLDVNE
GGDCSLIRQFRLTNEQDASIVGEGVASGSDSGTEENAPPQVTITHSEPQQ
SYADRLKNRSSNEMTGELAESEKFHEMEAAVQIPPKQAFFLDDDGEFPPV
SS back to topmRNA from alignment at LSalAtl2s202:17478..21125- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000003760-699607 ID=EMLSAT00000003760-699607|Name=EMLSAT00000003760|organism=Lepeophtheirus salmonis|type=mRNA|length=3648bp|location=Sequence derived from alignment at LSalAtl2s202:17478..21125- (Lepeophtheirus salmonis)
ATGACTGGACATAATGAATCTCCAGAAGTATCCCCGGAATTGGTCTTTAC
ATCATTTAATCAGGACGTAACGTATGTATTAATTTATTTTCGCCATTTTA
TATCCAGCTCATTTGGCTGAATTTCAATTGTTTTTTTTGTATGTTGATGT
ATTTGTTTATATTCTAAAGTAATTTCATATCATTTGATGAACATATTTGT
ACCATATAAAGTGGATTTGGATCGCGTCCTTGTTCATTTTGACAATTCTG
CGTAGTTTTGGCTACTTTTTAAAGTTAAGGCGCGCCTTTTTATTTCCTGT
TCTTATGTTTCGTACATACACAGMCCTCTATTGACGATGAAGTATTATTT
ATTAACATTGTAGCCTATATCAATTGACTTGTTCATCATAGGGTAATTTC
AGTTGAAGATTTCGGTAGATCAATTTGATGATGCATGTTTAGAAATACAG
CACATTCAATGTATAACCTATATATTTCACAAGTCCCATTTGCTTATTCA
ACCAATCAGCTCTATTTCATTATATTTCTGCAAACAATTTCAAATGGTCC
CCAATCGTTTGCTTTACCTTGTCAGTATATATGTATTTTGACAGACGCAA
TATATGTATTAAAATGACTATTTGTGACTCACTCCTTCGGAGCAAATATA
TTTAGAATTCTTCCATGTACTACAACAATTATCAAATCCATTATAGAATT
ATGTACTTTTTTAAAAATAGACATGAATTCTTTTATAGGTCCATTTTTAA
CCCATAAAGAGTTTTACCTTCATTATCATTCATGTTTCCAAGGCTAGAAT
CCTTTTTATAAAATAACAGGTTATACTGTTGTATATTTGAGAATAGGAGG
GCGGGCTGAACTCAAGTTTGAATTGTTGTATTTGACTGTCGATGAGGATA
AAAAATCCAATTTGGATAATTGAAGATCATATATTATTTGAAAAATCATT
TTTGCATATGCTGTATACAAGTTTAATTTGTAAAAGTACGTCTTATTTAA
TGACCTACTATTAATTGATGTGATCATTTCATTTTGATATATAAATAATA
TTTGGGATTTATCATGGATTTACGTGTGATAAAACTGTTAGCATTTGACT
TTATAATGCCCCACTACTTATTCAAAGCAATTAGTAATTTTCATCTAAAC
AGTCTACAACTGCACCGATTTTCTAAGGAATATTAAATTATTCAATTGCC
CTAATCACAAGTATCATTTAAAATTAATCATCTCATTTTTAGTTTGCAAC
TTGTACCTACAATTTTCTTAATTATATGCAAATTACATGTTTATTTATAA
TGTAAAGTTTTGTGTAGCAAAACATGTACTCTCGAGCCTCCTGGCCTTCA
TGATGTCTATCAGAAGGTGGCGTAGGGTACTCATGTATTAAGACAATTCC
AAGTCGCCATTCATGGCCTTCCTGATGGTCCTAGCAACCACGGAGAAGTC
GTTGGGGAGGCAATTCATCGGTTTGGTGGGGCCCTCTTTGATCACCTTGA
AAATCAGGCTTCTGCAGCACTTTACAATGTCCATAATCCTCGCAACCTCA
ACTTCAGCATCTATGATATCTGAGATGTAAGAAGCCTTTTGGCTTCTTGC
TCAGTCATAATGACGATATGAATACATTTATTTAAACAATTTACAGTCTA
GCTGATATATGTTACGAGTATGTTTAACTTATTTTGTTCGTTGTTACCAT
GTGTAAAGTAAGTATGTAATTTAGCAGGTGTGCTGTAGGATTGATTGATT
TATATGTCATATAATTCTACCAAGAACTAAGCATACATTCATTCATGTGC
GAATTTATATTCAAATGCGTTATGCCAAGACACACCAATTTAATCGGTTT
CCTTCACATAAGTTAGCTTATTTGGTTAAAAGTATTTATAATTAATTGAA
ACTAATGAAATACCTCCATGGATTAATTGAAAATATTGTACTTAATGATA
AAATTATTTTAACATTTTTTTTAGATCTCTTGCTGTTGGGACTACATCAG
GTTATAAGCTCTACTCTTTAAACTCCACTGACACACTAGAAACTGTTTAT
GCCAATGAAGTTGAGGATGCTCTTATTGCAGAAAGACTCTTTTCGAGTAG
CTTGGTAGCTGTTGTGAGTCGTTCAGCTCCTCGGAAGCTTAAAGTGTGCC
ATTTTAAGAAAGGGAACGAAATTTGCAATTATAGCTATCCCTCCAAAATT
CTTTCAGTTAAATTAAATCGAGCTGTAAGTCATTAAATCATCATGGTAAA
CTGTATAATGTATTCATTCAAAATTAATATTGATCTTTCAGAGACTTGTT
GTCTGCTTGGAAGAGGCGCTATACATTCATAATATTCGGGACATGAAAGT
TCTTCATACCATTCGAGATACACCGAGTAACCTCAAGGGACTTTGTGTTC
TCTCAGTTAGTTCTGATAATTGCTATTTAGCTTATCCAGGGCATTCAACT
ATTGGTGAAATGCAAATTTTTGATGCTGCTAATTTGGTATGTAATTTTAA
AAAAATGTCAATTATATTTGAAAATAATGCTAAAAAGTATTTTATTATAA
TTAGTCTGGAGTTCGTACGATTTTTGCTCACTCTGGTCAGTTGGCAGCAT
TACAATTTTCTCCATCTGGGACAACCATTGCAAGTGCTTCAGACAAGGGA
ACTGTTATTCGAGTTTTCTCTGTATCAGAAGGAACTAAACTTTATGAATT
ACGTCGAGGGTTGAAAAGGACTGCTGTAATTCATAGCTTGTGCTTTTCAC
TTTGTGGAATGTTTTTGGCATGTTCTTCAAATACTGAAACCGTCCATATA
TTCCGACTTGAGCAAGAAACTAATCGAGAAACGTAATTTATTTTTTATGA
ATAAGTGTATAGATATAATCTATATATATTCTTATTTAGTGATCATCTGG
GGCATAGTCCTCCATATCCAGATTCTTGGATGGGTTACTTGAGCACTGTC
GTTTCTGCTGGTGCAAATTATCTGCCTACTCAAGTCACTGATACATTACT
TCAAGGTCGAGCCTTTGCTACTGTTCATCATAACCACTATGGCCTCAAAA
ATGTCTGTGCTTTAGCCGTGTAAGTTAATTTATTATATCTTGGTAGATGT
GTTTTCCTATAGATCAAATTTTTTCTTATTCAATTTTAGTATTAAAAAAG
TTCTCCGACTTTTGGTTGCTTCTCAAGACGGCTATTTGTATATGTATGGC
CTTGACGTAAATGAAGGAGGTGATTGTAGTTTGATTCGTCAATTTCGTTT
AACGAACGAACAGGACGCATCTATTGTTGGAGAAGGCGTAGCTTCTGGAT
CTGATTCTGGCACTGAAGAGAATGCTCCTCCTCAAGTCACTATTACTCAT
AGTGAACCGCAACAAAGTTATGCTGATCGATTAAAAAACCGCTCATCAAA
TGAAATGACAGGTAATCTATTACCATGTATGATTTGATTTAATGTATTTA
TAAGATTGAACTAATGAGAATAATTTAAAATGAAGAATGATCTAACTTAT
CCCTTTCATTTATTTCATATCTTTTAATATTGGAGGGGAATTAGCAGAAT
CGGAAAAGTTTCATGAAATGGAAGCTGCAGTACAAATACCACCAAAGCAA
GCCTTCTTTTTGGATGATGATGGTGAATTTCCTCCTGTATCCTCATAA back to top
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