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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s397 | supercontig | LSalAtl2s397:1169268..1172616 - |
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 EMLSAP00000006976 >EMLSAP00000006976 ID=EMLSAP00000006976|Name=EMLSAP00000006976|organism=Lepeophtheirus salmonis|type=polypeptide|length=424bp
MEDLSVRLVTWNVNEQSPLLEDDFSSLLQNERNEKHDLIIFGFQEINSMP
QNYVMDFMVTGEDSWNQVFKSKLNSKGYVKVNTIRTLGIVLTIFSLKKHL
IHFRNIETQYTKLAFGGYWGSKGAVSIRFNLYGVSFCFLNCHLHAHDENL
QARIDGYESIVETHLYKNTDTPNILYHDYIFWMGDLNFRLIENSFTHDEI
VMLIKRDQLEILHKHDQLFETQSHLGKINELKEGMDPLFPPTYKFKLGTQ
DYDPKRRPAYTDRILHRVNIHNYENVKLNAKQISYESHPEFVCSDHKPVS
ANFKIGVFNRESAIERKISLYDGIVTFVQPEKWIIGKDGMIYYDVIKGVG
PTNLGSWDWIALFKAGFTSLQEFITFTWASSCKLTGVTKNAIIMDSALNI
PDMTMYAIKLKRLQIRELANYNCF back to topmRNA from alignment at LSalAtl2s397:1169268..1172616- Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000006976-702823 ID=EMLSAT00000006976-702823|Name=EMLSAT00000006976|organism=Lepeophtheirus salmonis|type=mRNA|length=3349bp|location=Sequence derived from alignment at LSalAtl2s397:1169268..1172616- (Lepeophtheirus salmonis)
CTGCGTAGGGCGGATAATTGTCAATCGATTATGGAGGATCTATCCGTTCG
ATTAGTCACTTGGAATGTGAATGAGCAAAGTCCTCTCCTTGAAGATGATT
TTAGCTCTCTTCTACAAAATGAAAGGAATGAAAAACATGATTTAATCATC
TTTGGGTAATTATTTATTAAATGATATTCATTTGTTCTCTAATTCAAAAT
TAACCAATAAAAAATAGGTTCCAAGAAATCAATTCAATGCCACAAAATTA
TGTCATGGACTTTATGGTCACAGGAGAGGACAGTTGGAATCAAGTTTTTA
AGTATGAGCCTCGAGTGTTCACACATAACTCAATTATGTTTCGTTTTTTA
TGTTTCAGATCAAAGTTAAACTCTAAAGGGTACGTCAAAGTCAACACGAT
TCGTACCCTGGGCATTGTTTTAACTATTTTCTCGCTCAAAAAGCATCTGA
TTCATTTTCGAAACATTGAAACACAATATACTAAACTAGCATTTGGAGGA
TATTGGGGCTCCAAAGGTGCTGTTAGCATTCGTTTTAATTTATATGGTGT
TTCATTTTGCTTTTTAAATTGTCATTTACATGCTCATGACGAAAATCTCC
AAGCACGAATTGATGGCTATGAATCGATAGTTGAGACTCATTTATATAAA
AATACTGATACTCCAAATATTCTATATCATGAGTATGTTATTCTTCAAAT
TTTGCTCTCATGTTCTTTAATTCATTTTGGCGTATTTTTGATAGTTATAT
ATTTTGGATGGGGGATTTGAATTTCCGTCTCATTGAAAATAGTTTTACTC
ATGATGAAATTGTGATGCTTATCAAGCGTGATCAATTGGAAATCCTTCAT
AAACATGATCAACTTTTTGAAACGCAGAGCCATCTTGGGAAAATTAATGA
GTTGAAAGAAGGGATGGATCCCTTGTTCCCGCCCACTTACAAGTTCAAAT
TGGGAACCCAAGACTATGACCCCAAGTATATTTTTGTTTACTATTATTTG
ATAAGGTATGAATACATTCACAAATTTGTAGGAGAAGACCCGCTTATACA
GATAGAATACTACACCGAGTCAATATACATAACTATGAAAATGTGAAATT
GAATGCTAAACAAATCAGTTATGAATCACATCCAGAGTTTGTATGCAGTG
ATCATAAACCGGTAAGTGCTAATTTCAAAATTGGAGTATTCAATCGTGAG
AGTGCAATTGAACGGAAGATTAGTCTGTACGACGGTATAGTAACGTTTGT
TCAGCCAGAGAAATGGATTATTGGGAAGGATGGAATGATTTATTACGACG
TAATAAAAGGAGTTGGGCCAACCAATCTTGGTTCCTGGGATTGGATAGCG
TTATTCAAGGTAGTTTTACTTAAATTGAGTATTGAATTATTTATTGAAAC
TTTAATTTTAGGCTGGTTTCACGTCTCTCCAAGAATTTATTACTTTTACA
TGGGCTTCCTCTTGTAAACTTACTGGAGTGACAAAAAATGCTATCATAAT
GGACTCAGCATTAAATATACCTGGTGACTATGTTCTGATTTACTTTTCTG
CCAATAAAAGTATACTAGGCATAAGTGACCCTTTCCCTTTAGTGTATGTA
GTTATTTAGATGATTCATTCGATATCAAATCACCCAAACATTTCCGCCTC
AATATCTCAGAGATTGATGATGTTTAGTATATATTATGCAGATTTTACAA
ATCAATTCTTTTTTATTCTAGCTGAATTATTGGTTCCCGAGATATGGCGC
CCTTTATTTTTGCAATTTTATCAAAAGTTGTTGTGTACCCCGAATTTCAA
ATAGTCATATCTTCTGAATCCGTCGTTCAATTTCGAAAAAAAAAAAAAAA
AATCTGAAAAATATAAATTTTCATGAAAAAAAAGTTTCATTCAGAACATG
TTTGCATATTAGCTCGCTTTGGTACAATGATCTTAAATTTGACTTCGTTT
ACCAAATTATGTCTTATTAAATCCGCAACAAAGTTGAATCTAGGTTAGGT
TTTTACCTCCGTTTCTTTGTTAGTCAACAGGATTACGGGAAAAGTTACAG
ATCGATTTTGATCAAACTTTGTACTAAGATTATATATGGTCACTTTATTA
AATTTTTTGAGGTCAAAGTGACACAAAATGTAAAAAATACATAATCAACC
ATAACTTTGGAACAAATTGAGGTACATACCTATTTGATTTTAGGTGAAGG
CTTTACGCTCTAACGAGTATCCATTCTAGTTCAAATTGGATTTATTATTT
AGTTATAAATATCATTTACAATATACGGAAGAAGAGAATAAAAAAAAATA
TTTGGAAAATACATTCAAATCTGGATATAAGAAAAATGCGATCAACGTTC
TCTCAGATACCAATTTTTAATACATAAAATACTTCCCATTGAAGAACAAT
GAAGTAAAAAATCTGTATAAAGTCAACTTTTTCTTCCCTTCATAGGAATT
GAAGAATTCCCATGATGATTTTTAACTTTTTATAGGTAAAAACCGTAAGC
TGGCCCCAAAATTTTTTTTCTGTATGTTTCTTATTAAATTCATTTCAAAT
TGCTTTTCCATCAATACGGATATACATCACGAGTGCTCCCCCCTTCCTAA
AACACTTTAACTGAAAGATAAGCTAAACATCCTCTATGACATGTCGAAAA
CAGGATCTAATCAAACACGGGTTGCCTCGAAATTTACTTCAGAATTACTT
ATTTTCATAAGTATCTAAATTTTGTGGTACTTTTTTATATACTTTGGATA
TAAGAAGAATCCGGATATCGTAAACTTTTCATCTGAAAAATAGCAGTTTC
CTTCATTTGGATTCGACTGTATTTTGATTTCAATTAAAAAATATCCTGGT
TTTTTTTTATTTATAAATATTAAGTGTGAAATAATTAATCTTTTTTAAAA
TCTAATGAAATATATGCTCTTGATTAATAATGAAGTATTTTTATAATAAA
CTGCATATCATTTTTAGTTCAGAGAAGGAAAATTTAAACCCCTTCCTTGT
AGTCACGGGACTGCATATGAGACAATCAAAAATTTCATGAGTAAGGCAGT
TTTTGGTAAAATAGTAAAATTAAAGGATTCAAAATCTATGGAACCAATCA
TCATTAGATTTAGAGTTTGCAGGTAATAATCTACTTGTATACAAAATTTC
ATCAAACTTTTAAGTTGGTTTGATTAAAAATTACCTTTTTATGGAGATTT
GATGTCGAATGAAAAAAGTCGATCGTTGTTCTGAGAACAAAGATGAACTT
TTATCAATATAATTTCTTATATTTTTAGATATGACAATGTATGCGATAAA
GCTGAAGAGGCTACAAATCAGAGAATTGGCGAATTATAACTGTTTTTAA back to top
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