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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1169 | supercontig | LSalAtl2s1169:42592..46306 + |
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 EMLSAP00000000964 >EMLSAP00000000964 ID=EMLSAP00000000964|Name=EMLSAP00000000964|organism=Lepeophtheirus salmonis|type=polypeptide|length=151bp
MELLEENILDEQTRQEEADDKFQQRNKLLAGIREGLDALLHKLYFNELNQ
VPSTRNSIEILTVADKKLRFLMEKLETVDIFEKKLAMEDEEFVPIGLLSD
PDEILEDEKDKKEDVDSGPEEDEVPTRNYLKRQANLIVEAKSRSKRGNRR
R back to topmRNA from alignment at LSalAtl2s1169:42592..46306+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000964-696811 ID=EMLSAT00000000964-696811|Name=EMLSAT00000000964|organism=Lepeophtheirus salmonis|type=mRNA|length=3715bp|location=Sequence derived from alignment at LSalAtl2s1169:42592..46306+ (Lepeophtheirus salmonis)
ATGGAAGAAATTATGGAGGAATCTTCAGAGGGTCAGAGACTTCGGTTCCT
TGAGAATGAAATCCATAAAACAAACCTAAAATTAATGGAAGGTGATGCGC
AGAATCAAAGTCTTACTTCAATTATTTATTTGTTAAATCATAAAATCTAG
GAGAAACTATTAAGAAAAAGTATGTTACTATCCTGGATATGCTCAAAAAA
GAAAGACTGACTTTTGGAAATCACTTGGAGGCTCTAGAAGGAACCCTTAA
AAAACAAGAGGAGGAAATATCTAAGTTAAAAGTATATTTTATGAAATTAT
TGTTCAAATTTGATTTGGGGTAGGACTAGAGAACGGAGGTGTTCTAAACT
TGATTTATCTAAAAAGATAAGACTGAAAAGACCTGAATCAGCATTGGCAG
ATGCGTCAGYCGGGAGMGGGCTGGYGGGMCCCGAGCCCCCCCCCCCCCAA
AAAGAAGAAATTTTTGCTCATTATTATAATTTTATTTCCAAAAAAAATTG
ATATTGAACGTAGCATCTCTATGTATTTTGGTTCGTGCTTGAAGTACATC
TTAATAAATAGTTGCGTCGTCCACAGAGCTAAGGAATTTTTCCTTAAATT
ATTTGGCCTAAAGACATTTTGCCTTCAACCATTTTGCTTTAAGACATTTG
GCCTTAAAGCCATTTTACCTCAAATATATTTGCCCATAATATATTATCAA
AAAGATTTCTAACTTGTTTTTTTTGTTTTTGTTATTTTTGGTTAAAATTT
GTCATCCCTTGGATTTTTTTAAACAAAATATGTAATTTGTATTACTATAA
AGTGCATGAAATGGTTTTATGTTAGAAAAATGATGGAATAATGTCTCAAA
ATTTCACTCCATAGATTATCAAAATGTGATGTAATGAATTCGAATCAGAG
GCAAAGTAAGTAATAAAGTTAGTGTAATAAGAAACGATTTCATTACTCAA
ATTTCCAAAAAAAGTTTTATTTTCTTAGAATAATTATAGCTTTTTAAAAT
TTATCTACAAAAAATTTTTTTTTTTCATTTTTTTAAGTATAATTTTTAAT
TCAAAAAAAAAAATCAACTTTTCCTAAACAAATGTGCATTTTTGATGTTT
TTTTCCAAAAAAAGTGATTACTTGTTATAATTGTGGTTTTTGAAATTTTT
CAAAAAAACAATTCGAAAAAAAATATATATATAATTGCTAATGCAATTGA
TACTGAAATATTAGATATTTATTTAAAAAATTCAAAGGGAACACCAAATT
CAACGAAACATAAACAATAACTACCTATAAACCTCATTTATAGGTTATTT
TGAGGCAAATAAACTTAAGGCAAAATAGTTTTTTGAAATTTTCTCTTAAA
AAATTTGATATTTGAAATTCAATTTTTGGAATTTTTTTAAATAACTGTGG
ATTTTTCAATTTTTTGGAGAATAAGCATTGATTTATTTGAAGTTTTCCAA
AAAAATTAATACAATTTTTTTTTTTAGAATAGCTGTTACATTTATAAAAA
TAGTATGGATCCTATTTTATTCAAGTCCTAAATTAGGGTAAAATACTCAT
AAAATTCGATACAATTATCCGTCTAATTTAGGATTTGTATCCTATTTGAA
TGTTCGGTTACCCGATATTTACCCAGATATATATGTATAAAGATTTGAAT
CCATACGAAAAAGTAGATCCGTCCTATTTTTGGGTAAGACTTAATAGTTA
ATTTACAGAAAACACATCATGCAGCTATAATAACACGGGATTTAGCTCGA
CAAAATCAGCACAAGATCGAAATAAGCCTTATACAAGAGGGTATTGTGTT
CCATGCATTCATCCCTGTGTATTTCATATTTTCCTTGATTTTTTTTAGGA
AAAGAGAGGGAGAAACGGATTATCGAATACCGAAAAACAACTGAGGAGAG
AAAAAACTACTTTGAGAGCATGGAAAGACATATGTTTGGGAGTAAGGCAT
CTGTCAAAGACACGGGAAGGGAGTCCATTAGTACATCGGATCATATGACT
AACAAGGAAGACATTCGATCCAGTGAGGGCGGAAGCGAATATACGGGAAT
TCAAGATGCTCATTTTGAGGAATCTTTTAACCGAATGAAAAAGGCTGCAG
GGGTGTCTGACATTGATGAGGTCGTTCATCGTTTTGAAACCCAAGAGGAA
ACGGCCAATCACTTGCAGGAACTTCAAGTAACTATTTTCCTCTGTTTTTA
ATATACATTGTGGAGATCCCAAAACTTGCAGTAGAATTTAATCACAAGGG
TTTATTACGCAACTAAACGATAGCTGTAACAAAAATAAACAAGTTTTCTA
TCTCCTCTAAAGTATTATTGCCAAGAAGGCTCTAAAGACCGTTGACATCT
CCATTTGGACTGGCTAAAATATCAATAAGTACAAAAAGTTCCATACCGTC
TATAGGAATAAGAACTTATGCAGTAACTTCTGGCTTCCGTAGATATGGCT
CTCCTCCAGCTCGGACCTCAAACCCCTAGACTTTGTAGTTTGAATACGAA
TATCGGCCGCACATCTCATCCAAATATGGATATGGTCAGAACTCTCATAG
TTAGAGCATACTGCTCTAAGAACACGACCAAAATCATCTAGAGCTGTCAA
TCTGTTCGTTGGCGTGAAGAGGCTGCTGTTACTTGTGAAGAAGGACATAT
TAAATACAAAATATTGCTAAATATAATATTTAAACATAGCACTAATTGGT
TTTGAATTTATTTCCTTTATTCTATGAAAAATAACGTTTTTTCGTAATTT
CTTCATGCTACAGCAAGTTTTGGTTCCCACTCTGTAATATAACCCTTTTT
TTATTTTTTATTATTTAGTCAAGAGCCGAAAAAGAAATACGGGATCTCGG
AAATATAAAAGACAAGCTTGAATCCGAATGGGAACAAGTCAAGTTCATGG
TCAAGTAAGGAATGATTATTATGTTGACTTATATATCAGTTGTATAAAAT
ATAATTTACTTTTTTTTTGGTAATTTTCTTTAGGAGGACAATCACGAACT
TCGTGAAAAAATGGAGTTATTGGAAGAAAATATTTTGGACGAGCAAACAC
GTCAAGAGGAAGCGGATGATAAATTTCAACAACGCAATAAACTTTTGGCA
GGAATTCGTGAAGGATTAGATGCACTTCTTCATAAACTTGTATTTACATA
TATATTTTATAAATCAAATTGAAAGATTATTTGTTGAATTTCTCATTTTT
TTTTTTTAGTACTTCAATGAGCTAAATCAAGTTCCCTCAACTCGAAACTC
CATTGAAATTCTTACAGTTGCTGACAAGAAGCTCAGATTTCTCATGGAAA
AATTGGAGACTGTTGATATTTTTGAGAAGAAATTGGCAATGGAGGATGAA
GAATTTGTTCCCATTGGTCTTTTAAGTGACCCGGATGAAATACTCGAGGA
TGAGAGTAAGTTCTTTTTAAAATTNGAATCTTGAAAGGATTAAATATAAA
TTAATGTACTTTATCTCAAAAAAGAAGATAAGAAGGAGGATGTGGACAGT
GGTCCAGAGGAGGATGAAGTCCCAACTCGGAATTATCTTAAGAGGCAAGC
CAATCTAATCGTTGAAGCAAAGAGTCGAAGCAAACGTGGGAACCGTCGCC
GATAAGTCTTTTTTTTTTTATATTATAAAGAAATCAAAATTGTAAATCTG
TTTTCAAATATTATTTATTTTCGAATAATGGGGCATGAACAAACTAAAAA
ATATGTATTATCCGC back to top
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