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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s273 | supercontig | LSalAtl2s273:20378..24248 - |
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 EMLSAP00000005170 >EMLSAP00000005170 ID=EMLSAP00000005170|Name=EMLSAP00000005170|organism=Lepeophtheirus salmonis|type=polypeptide|length=351bp
MAFVGSGSPPRTPRVARPPSARNPSNGSHYIYDPNNGNTSIAFQNGSNAL
RPPSRAASVVTLSGNCSRNLTILQFIMNFILLTASLILIGTGAGLMGFYR
IHMLDMISVDFLIVPLVLVVGGVFTLLTSNFGFYVAVKGDPCLLITYSVF
LSIQFVILIMGIVSSVRLLFDIQAGLYNIDVIADLRHYETDSWVRYKWDT
LQSEYSCCGGYRWGHGYMDWKGTDMGARKNSVPDSCCLNISPQCGANVFD
ITDPRKVIGKIHIHGCLTIMFTRLETHVQLILIVFAVVGGILAIIELLGI
VMSCCMASSAAEQRSHWEGSTNNDFHDLPSTRPVXPSPMDVMMTSQHETA
F back to topmRNA from alignment at LSalAtl2s273:20378..24248- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000005170-701017 ID=EMLSAT00000005170-701017|Name=EMLSAT00000005170|organism=Lepeophtheirus salmonis|type=mRNA|length=3871bp|location=Sequence derived from alignment at LSalAtl2s273:20378..24248- (Lepeophtheirus salmonis)
ATGGCCTTTGTCGGATCCGGGAGTCCTCCTAGGTATGTCTGCTTTGTTTT
TGATATGCATATTATGATTTAGGAAGATGAGAATTAAGGAATTAGGTAAA
GTATGTGATTAAAGTCATTCCCACTTCCTCGACTTCTCACTTTTATAGTA
TTGTTTTTTCTTTCATTGATTTCCTTTTTTTCCTTTTTTACTTTACAATC
AATTAATGATTCCTTTTTCTTCTATTGTTTCTTCTTGTGAGAGTCGCACA
GACTTACTAGTACTTATACAGAGTGCGACAACATAACTTCCTTTTTCCAA
AAGCCCATAAAACATTTTTTATTATAAAAAAAAATTGGTTTATTATAACA
ATAATACCCATCTAAAGATTTGGTTTTACACATTATTTTTATCTTTTAGT
TTCTCATTAAATAACTTTTATATTCATGGGTTTTAGAGGAGGAATTGTTT
TATAAAAAAAAGATGCAAAATTTAATTCACGACATATCTTATATCATAAC
TGTGGATAAAAAAGCTTTCAAATGTATGTTTTTCAGATACCCAGGCAAAT
TGCACTTACTATTTTATAAATTTTGCATTACATTGAATTTAAAAAAATAG
ATTTTAGCTCTCTATCCTAATTATCCGTGGAGTTATTTGCATTCAAAGAA
TTTTGCAAATTTAAAATTATAAAAATGGATAGAAAAATTGTTTTTTGTAC
ATATTTTAGAAATTGGAGAAATTAATTTATTTTCATAAACACACAATTGT
AKCTCCAGAGTTAAATTTCCGTGAGTTTCATTTTATAAAATTATCTGTKA
AGCCATTTTTTGGGAACATTTAAAAAAAAAAATTTAACATGCAAACGCAT
GTTCCTAACTATTCCAACGCATGATAGACACTGACTGTATTTCCAGTAAT
TAAACTACGCCTATTCCGCTTAAACTTCTACAGGTTAATTGCCACCCATT
ATAAAAAAAGGAAGTCTTACTATTTTTGGGTCGCATAATTAATTTTTGGT
TAATAAAACATTCTCCATTCTAAGTTGAGATATGGACTAATGGTTATTTG
TTTTCATTAGCTTGAGTTTATGACTCATCTAAGATGGTCGACATTGGGAA
TAATGTTGTCACATGATTAAAAAATATTGTTCAGAAATCTGATGACATCA
TTCATATATTTCATCAACAACGATAATGACTACAATAAATCAATAATCTC
GATCAACTATATATTGAGTAAATTTAGCTCATAAGACTTGCAAACTAGGC
TAAAATTAGGTTAAGAAAAAAAGTTATGAGCGTTTTTTGCTAGATGTATT
TAGTGAGCTATATCTCAGGATTAATACATTACATCAAAAAAAGCTTAAAG
TATGCTTAAAGGTTAAGTGTACGCTTAAAAAAGTTAATTTATAGTTTTGT
GTTTGGTGAGCCAGTTGTGTGTTTCAGCGTTCCAAAATGGAAGTAAACAA
AGATCAAATTCGATACATTTCTCCGTATTACTACGATCAAGGTGAAAAGG
CGGAGGTCTTTAAAAAATATGCATCTCCAAGGATATTTGTCCCATTTTGT
AATTTTTAAGTGATCCCAATTTGAAATATTAAAAATCTCTACTTCTCGTG
AATGGATCGCTTTAAGGTTTCGATCCTGGTACCTTATTCCCAAGGAGGGA
GTCCACTCTACCCCCTTCTGTAGTCTATTATTTTTCTTACGATGAATTCT
CCTCTTGTCGTCCCTTGTGGAGTTGTGAATCTGAATTTGATCATCTCTTG
AGATGGATGATCAAGTTAGAAGTTTCTTCCTTCAATTGCCTCGATTTTTC
TTTTACGTCATGAAATTGGAAAAAATATGATGATGATGTTGACTATTTGC
TAGTACACCCCATAAAAAATAGGATCCCAACACAATGAAACAACAATTCT
TGGAGATGCATGTTTCTGAATAGATCTTTTTTTTAAATATAAATTGAATA
TTTTTCTAAAATATAAGCTATGATATTTCTCATCACTATGTATTTTGAGT
AAGTTTTTAGGGGTATAAAGAAGAGTTTCGTTTTTCATCATTTTTCAGGG
TAAAAATGAAAATATATCGAGTTCAGAAGAAGATACAGAATGAATAAAAA
TATCATAAAAAACCACTTTTACATAAGTTTTGTTAGTCTTACTTTTAATT
TAGGGACTGTTGTAAGGCTAAAAATTATTTTGAACAATGATATTCCGAAT
TACCATAATTCCAGATATTTCAGAATTTAGATGACTGAGATAAAAACAGA
GATCAGCTTTGGATTCTGCCCTTAAAACTCATTTCTACAAAATATAATCT
ACATTTGTATGTGAGAGAGAAAATATCGATATATGAAAATTGGGGAAAAT
ATCTGATATTTTGCACGTTTGTATATTTGCATTGATTTATATTAATTACT
TAATGCAAAGAGATTTTGAGCTTGTTTACTCTCTAACATTTTCCTCACTT
TTCCAATCAGTCCTTTCCTTAATATACCAAAGAGCTGCTCTTATCTAATT
GATTTATTGACAAATCAAATACAATCTCTTCAATGGGATTTWTTTCKCCA
ATTCTATTCTCTCTGTCCTACATATTTACTCCCCCCCCCCCCCCAATGTT
ATTAATAAAGATTATACAAGCTTCTTCTGACTCGATATTTTTTTATTTAT
TTTTGCACTGAAAACTTTTTATCTTTTGTGTCCACATTAATAGATAATAT
AATTGTKCCTCCGATTTTCCTTTCAGAACACCTCGAGTTGCGAGGCCCCC
GTCTGCCCGTAATCCTTCCAATGGATCTCATTATATCTATGATCCAAATA
ATGGTAACACCTCTATTGCCTTTCAAAATGGAAGTAATGCTTTGAGACCC
CCTTCACGCGCAGCCTCTGTTGTGACGCTGAGTGGAAACTGTTCACGCAA
TCTCACGATCCTGCAGTTCATTATGAATTTCATTCTTCTCACTGCGAGTC
TCATACTCATTGGAACTGGAGCGGGTCTCATGGGKTTTTACAGGTATGAA
GGCTCTTTAAACCCAAAATACATATTATACGTTATTATTTAAAAAAAAAT
TGCAATAGGATTCACATGCTGGACATGATTTCTGTAGACTTTCTTATCGT
TCCTCTGGTCCTGGTTGTTGGAGGGGTTTTCACGCTCCTAACATCCAATT
TTGGATTTTATGTGGCCGTCAAAGGTGATCCTTGCCTTCTCATAACGTAT
TCCGTGTTCCTATCAATTCAATTTGTTATTCTCATAATGGGAATCGTTTC
ATCAGTGCGCCTACTCTTTGACATCCAAGCGGGCCTTTACAACATTGACG
TCATTGCGGATCTACGACATTATGAAACAGATTCTTGGGTTCGATACAAA
TGGGACACACTTCAGAGTAAGTATATTTTTTGTTACCGCTCTACTTTTAA
AATGGATACAAGCTTTTTATAGGTGAATACTCATGCTGTGGAGGCTATCG
TTGGGGACACGGCTACATGGATTGGAAGGGYACAGACATGGGYGCACGCA
AAAACTCTGTGCCTGATTCTTGCTGCTTAAATATCTCTCCCCAATGTGGA
GCCAATGTTTTTGACATTACGGATCCACGGAAAGTAATTGGCAAAATCCA
TATCCACGGATGTCTTACAATCATGTTTACTCGACTAGAGACGCATGTTC
AACTGATTTTGATTGTATTTGCAGTTGTGGGTGGAATATTAGCAATCATA
GAGCTTCTAGGGATCGTCATGTCATGCTGTATGGCCTCTTCAGCTGCAGA
GCAGAGATCCCATTGGGAAGGATCCACCAATAATGACTTTCATGATTTGC
CTTCTACGCGTCCTGTTKCTCCTTCGCCAATGGATGTTATGATGACAAGT
CAACATGAAACTGCCTTTTGA back to top
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