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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s589 | supercontig | LSalAtl2s589:47615..54944 - |
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 EMLSAP00000009255 >EMLSAP00000009255 ID=EMLSAP00000009255|Name=EMLSAP00000009255|organism=Lepeophtheirus salmonis|type=polypeptide|length=1485bp
MLIYSLFILLYIFASSLALDVKPLSCNAGASSLFKELLSNFTVNDELHRH YVVFIPSHNNFLDQLELNNHSIRDEVIKSHIIGMNSSIYHGTYLTLNEHS VRITLRNNQINANGFVLTPCSFFGHHPISFYTFDGLLKEDKCLKENIIFR NFRIPTLNTNQLEILKEFGPKFYEHWIENKNALEDPNFNFHESIILVPND EEVTKVDKNKIIQLLASQVIPIKGGFPDHLTESTTNIHLKNLMGEDVHLI LREDSIIVNGFLAKELKKKETISFYKFSNTLLVSSNPILSNSAINYTWDE LHTAFVPDLNEEMIQVLNQMKLYQFLSIWRDVKFKSQTQYAKTKENLCAL PKDPGPCRFNIAMFYFDGEICRPFVFGGCEGNLNRFNTLRECTESCVHDP VKKRQSFDDICDLPFFQPFSSNLNCNKDARLFGYNKEKGFCNPVHVNSSL SCLLSESLFEEFKDCKELCNDYGQITSQSLENLSKKQFCEYPGFCNKTSS VSRIKWIHKDGKCFPLKTDCMDYSFGIYDFEVDCLKSCKNATGEVLTIFA PTDEAIERLLERIGQDSSIFRLHADLAKKFILPHLIFEKANINRPYVLEQ KDFRIVLLHEVVTIDTIKFENRTSSFLRSAIERERFVPFNGLPEFREEYL RKNKFVNYNIVYESIYKLLNTRVFNLIHKVISISDSETNENINGRNATAR GFCRQELSHGVQNDIVSKNTTRYFYNYDVGSCQSFQFSGIGGNSNNFYSY TECSDFCGKFEGVVSEVKVDSKYNISGHALLIQSNKNQKMYMDAIFEGLK PKTNYLIEAGLTEIKKIESSDLGSIIINEQIDDVHLFGPDTNTILNNKMI IREFNGSSTDSKIVGHGSILSVPNFMEAHAKIIHEKNDQIKGDIILRQDG PFAPVSMIGTVEGVMEGLHGFHIHEXGDTSNECKGAGSHFNPHGKTHGAP QSESRHVGDLGNVQVYWGSNLQIHLVDXVVTLYRSTNSILGRTIVIHERK DDLGLTGDFSSLTTGNAGSRIACGIIKSSPFSSKSEKNITKDSLDAENKK GKIFFIPNDHVMRFIFEEMALQVTMSLREFAYCHYSAKAFDFSSSETNYT TECGFNVNIKNKNSKTGYEMTINGVRAEKVIRDGKNTFFVIPFILYINHE SLKKETKNQGASFKKYAHIILPSAEESYGEHIYLRKQHIELQQESPQSTL RLSARLEPLISDMKEKVVQVRIVNKGSIYPLCPPFENDTSVDLGFQTISQ WSSSFNINTNQASLYGPYSIIGKILVFYDEDRPLICGRIQGGEYTVDDYN SGDEEVWIDIAPLRLPRQDAELKARASELEINLFFDAWDNALKNGVAVTS NEVEDITLATMTDKDFNHLMPRRKNRSSHACNQDLLFQRKLLSLMIIPGK YDRSTFKDKELIIPNTLEGHHLMFSVNEEDSVSLRHHKSIRSVSTNSTML YLTSRSGFMNSALFGPHDVFGSFDRANYRVANQDW back to topmRNA from alignment at LSalAtl2s589:47615..54944- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000009255-705102 ID=EMLSAT00000009255-705102|Name=EMLSAT00000009255|organism=Lepeophtheirus salmonis|type=mRNA|length=7330bp|location=Sequence derived from alignment at LSalAtl2s589:47615..54944- (Lepeophtheirus salmonis) ATGCTCATCTATTCTTTGTTCATCCTTTTGTATATTTTTGCAAGTTCCTT
GGCTTTGGACGTTAAGCCATTAAGTTGTAACGCTGGGGCATCGAGTTTAT
TCAAGGAATTACTTTCAAATTTTACAGTAAATGGTAAGTTAAACTCCACT
TAAATCCCAATTAACAATCCTTCTAAATACAAAAAGTTGAAACGTATTTT
ATTCCAACCAAATACTAACTAATTTTAAAAGAGACGGACAAAAAAGGCCT
TTGCCAACTTTTAAAATTTTGAAGCAATCGATCAAATAATAGACGGAATC
AAAATGATAATTAATATCAGTTTAAATGGAAGGCTATGTAAAAATAATGT
ATTTAAATGACTACCTTTGTTTGGTTACAACTTACATGTATGTATTGAAG
ATCGGTGAAATTGAAATAAGAAAGTTTGAGGGATGAACAAAAAATAAATC
TTTTTGTTGTTATGTGGTATGTAAAAAAGAAATGCTTCTTACTCCATATT
TAAGGTTCTTATTCATTTACACTATTGTTAAAAGGTGGAAATGGCTGAAC
AAAGAAGAAATGATAGCTTTTATTGTTAATATAATGGAATCACAGAATTT
AACAATAAATTATATTAATTTATAATTCCTTGCATGCATGATTTCATTTG
ATTGTCGAATGATTCTTACATTTATATGATTGGCATTTTTATTCTTTTGT
TGAGTCTACATATATTAATCAATTAATAAAATTTGACAGCATTGTGATCA
ATCTTTATTTTAGGAAAGTCTAAATTACACAACATATAGGTAACAATAGT
AGATTCTCTTCAAAGGATCAGTCAAATCCTGAATAGAAACCTTAATAAGT
AATAAATTGTGTGAATTTGTATAAATTATATTTTACTCTCTAAACAAATT
CATATCAGAGGCCTCATACAGTTATAATTTCTTTCATCAGTTGTTTTGTA
GAAAATGTTTTGAATAATAATTATTTTTACCAATATTATGTACCTTATTT
ATTTGGTTTTGAATTATTTTTAGATAATCTGAATGAGAGTCTATTTTGAT
GTTCCCATCATTTGTTTTTCACAATAATAGTGTCCCAAGGATTTCTTGTT
TTATTTTACCTTAATTGATGTATTTTTGATTTTAAATCATGATACCTTAG
ATCAGTGAGAGAGTTACTGGAAAGGGGGGGGGGGGGGYGMAATGGCTTTT
AGTGGGACCACCTTTATATTTAACATTATAGACGTACGAATAATTACAAA
CTTGCGAAGATATTATTGCAATGCTAATAAAATATATATTAAAAGGGACC
CATAGATAGTGTTGGACCTGGTTCATTCCGCACATTTTACCCCCAACTTC
ACAACTACCTTATTGTCTATTGTAAGATCCATTGAAAAATAACTTTTCTC
TGTGACTAAATGCAGGAACAATTATTCATTATTTAGGACTGCAGGATCTG
TTAACTTGCAATCTAAATATCTTTTGCAATTTATTGTGGATCCTTTTATT
TAGAAAAATAATGCAATAACCCAATAAAGGATAGAATATCGTTAAATAGG
CTAAAAAAGTTAGAATTATATTTTGAACTTTGATAGGGAAAGTCCAAGAT
GGAATCCTAACTTTTCTAAATAATTATTTCTACATCATTTGCTAAAACAA
TTTTTGGTGAAAGTAAACAATTTGTGCAAACAAATTGAAAACTTGTTTTT
CCTTATGATACAAAAGTATCTAAAACATTTGTATCTTTTTGTAACACGAA
AATATTAGCAAATAATATTTATAGAAAATGAAATCAATTGTACGTGTTTT
CAAAATATTACATAACTGCACTTACTTTTGAGCTTTATAGTCTTAAAACA
AGTTCTAATGATGGAATAGAATTCAAACCTTATCTATATTTATAAATATT
AATTGGTATAATTCAACTAAAGCAATAAATTAAAATGCAAGAAGTTGTGA
AAGAGAACGTTTAAAATTCAAGAATTAGATATAAAATAGATAGGATAACA
AAATATTTAAATGTAATTTTGAAGCTACTTTCTTATAATGAATAATCAAA
TGCTTATATATATAATTTATTTATACTGCAATTTTTATTTTAGATGAGCT
TCATCGTCACTATGTAGTATTCATTCCCTCGCACAATAATTTTTTGGATC
AATTAGAGCTGAATAACCATTCAATTAGAGATGAAGTAATTAAATCACAT
ATTATTGGAATGAATTCTTCAATTTACCATGGAACGTATTTGACTCTTAA
TGAACATTCTGTTCGAATAACTTTGAGAAATAATCAAATTAATGCAAATG
GATTTGTATTGACTCCTTGTAGTTTTTTCGGTCATCATCCTATTTCATTT
TATACTTTTGATGGTCTTTTGAAGGAAGACAAGTGTCTCAAAGAAAATAT
CATATTTCGTAATTTTAGAATTCCTACATTAAACACTAATCAACTCGAAA
TATTGAAGGAGTTTGGTCCTAAGTTTTATGAGCACTGGATTGAAAACAAA
AATGCTTTGGAGGATCCAAACTTTAACTGTAGGCTTTAAAAAAATAAGAG
TAGGCCTTTTCTTATTAATTATAATTTCCCTACTTATCTATAGTCCATGA
ATCGATCATACTTGTTCCAAACGATGAGGAAGTTACAAAAGTTGATAAGA
ATAAAATTATTCAATTACTTGCTAGCCAAGTGATTCCAATCAAGGGTGGA
TTTCCAGATCATCTTACGGAATCCACTACAAATATTCATTTGAAAAACTT
GATGGGTGAAGATGTACATCTTATTTTAAGAGAAGGTAAATTATATAATT
GTATTTGTGAGTTTGTTTTTACTTAATTGATGACAATCACTTAGACTCAA
TCATTGTAAATGGATTCCTTGCCAAGGAGTTAAAAAAAAAAGAAACCATT
TCATTTTATAAATTCTCCAATACTCTTTTGGTATCATCCAACCCTATTTT
GAGTAATTCAGCTATCAACTATACATGGGATGAATTACATACTGCATTCG
TACCTGATCTAAATGAAGAAATGATTCAAGTTTTAAATCAAATGAAACTC
TACCAATTTCTAAGCATATGGAGGGACGTTAAGTTCAAATCTCAAACTCG
TACGTAATATTTTTCCACCGTGTTTTATTAAACCTTTGATACTCTCATAT
TAACTATATGTACACTGTATTTTTTTAAATTAGAATATGCCAAAACAAAG
GAAAACTTGTGTGCTTTACCAAAGGATCCAGGACCTTGCCGTTTCAACAT
TGCAATGTTTTATTTTGATGGAGAGATTTGTAGGCCATTCGTGTTTGGAG
GGTGTGAAGGGAATTTGAATAGATTTAATACTCTGAGGGAATGCACCGAG
TAAATATTTTCAATTTTACATTTATTTAACTGCTATCGTCATTGATGTCC
CCTAGGTCCTGTGTTCATGATCCCGTCAAAAAGAGACAGTCTTTTGATGA
CATCTGTGATCTTCCATTTTTTCAACCCTTCAGCTCTAATTTGAATTGCA
ACAAGGATGCCAGATTGTTTGGTTACAACAAAGAGAAGGGATTTTGTAAT
CCTGTACATGTCAATTCGAGTCTTTCTTGCCTCTTGTCTGAAAGTTTGTT
TGAAGAGTTTAAAGATTGTAAGGAGCTCTGTAATGACTATGGGCAAATAA
CGTCTCAGTCTCTTGAAAACCTCTCTAAGAAACAATTTTGTGAATATCCT
GGATTTTGCAATAAGACTTCTTCTGTATCTCGTATCAAATGGATTCATAA
AGATGGTAAATGCTTTCCATTGAAAACAGATTGCATGGATTACAGTTTTG
GTATCTATGATTTTGAAGTAGATTGCTTAAAATCATGTAAAAATGCTACA
GGAGAAGGTGAATTACTTTTATACTTCTGTGCAGAGTTTATTCTACTCAG
CTTTTTGGCCTTTCAGTCTTAACTATTTTCGCTCCGACGGATGAAGCCAT
TGAACGTTTATTGGAAAGAATAGGACAAGACAGTAGTATTTTTCGCTTAC
ACGCGGATTTAGCTAAAAAATTTATACTACCTCATCTCATATTTGAAAAA
GCTAATATTAGTAATTCTGATAGATTTAATAATTATTAGTTTGTCAATGA
TAGGGCTCCTTAATCTTTATGTTTATGCATAATTTTCAGATAGACCATAT
GTATTGGAGCAAAAAGACTTTCGCATTGTTTTATTACATGAGGTTGTTAC
AATAGATACAATCAAATTTGAGAATAGAACATCTTCATGTAGGAAAAACA
TAATATATATTTTGAGTCAATTTTTAAGAGATCCAAATATTTTTTAGTTT
TACGTTCTGCAATTGAAAGGGAGAGATTTGTACCATTTAACGGCTTACCG
GAATTCAGAGAAGAATATCTCAGGAAAAATAAATTTGTGAACTATAATAT
TGTCTATGAATCCATTTACAAGCTTCTCAACACTAGAGTATTCAACTTAA
TTCACAAAGTCATAAGCATAAGTAACACCAAACGAATAAATTTTCTTATA
TTTTCCAGAGTTATTATCCTATTTATTCCTTTAGGTGACTCAGAAACCAA
CGAAAATATTAATGGACGTAATGCCACTGCTAGAGGATTTTGTCGACAGG
AGTTATCTCATGGAGTGCAAAATGATATAGTTTCAAAAAATACAACTCGA
TATTTCTACAATTACGATGTGGGCTCTTGTCAAAGCTTTCAGTTCTCTGG
GATTGGAGGAAACAGTAACAATTTTTATTCCTACACAGAGTGCTCAGACT
TTTGTGGTAAATTTGAAGGTAAGAAGCTCTTCATCCATTTCACAATCAGG
AACTGGGAGCTGAATATATTTTTTTGGATAGGTGTTGTAAGTGAGGTGAA
AGTCGATAGTAAGTACAACATAAGTGGGCATGCTCTTCTTATTCAATCCA
ACAAAAACCAAAAAATGTATATGGATGCCATATTTGAAGGCCTAAAACCT
AAAACTAACTATTTAATTGAGGCTGGGCTAACTGAAATCAAAGTAAGTGG
TTAAGTCATTTGTTGTTTGCAATTTTCCATTTTCTTGTACATGAATAAAT
TGTCCCGTAGAAAATCGAGTCCTCTGACCTGGGATCCATTATTATTAATG
AGCAAATAGATGACGTGCATCTATTTGGACCAGATACAAATACAATCCTT
AATAACAAAATGATTATAAGAGAATTTAACGGGAGTTCAACGGATTCTAA
AATTGTGGGTCATGGATCCATTCTAAGTGTACCCAACTTCATGGAGGCTC
ACGCAAAAATAATACATGAAAAGAATGATCAAATTAAAGGGGATATAATT
TTACGACAAGATGGACCATTTGCACCTGTGTCTATGATCGGAACTGTTGA
GGGAGTAATGGAAGGACTTCATGGTTTTCATATCCACGAAGMAGGGGACA
CGTCCAATGAATGCAAAGGAGCAGGTTCACATTTTAACCCACACGGTGTA
AGTTGATTTCTACAAATATGATTAGTTTAATTAAAACTAGTTTTTACTTC
CTTTTTTTAAACAATAGAAAACGCATGGTGCTCCACAGAGTGAGAGCCGA
CATGTTGGAGATTTAGGCAATGTTCAAGTTTATTGGGGAAGCAATCTTCA
GATACATTTAGTGGATGYTGTAGTAACCCTATATCGATCTACAAATTCAA
TCTTAGGGAGAACCATAGTCATTCACGAACGAAAAGATGACTTAGGACTT
ACAGGAGATTTTTCAAGCCTTACTACCGGAAATGCAGGCTCTAGAATTGC
TTGCGGGATCATTAAAAGTAGTCCTTTTTCCTCGAAGTCCGAGAAAAATA
TAACAAAGGACTCTTTAGATGCTGAAAATAAAAAAGGAAAAATATTTTTT
ATTCCCAACGATCATGTCATGAGGTTCATTTTCGAAGAAATGGCACTACA
GGTCACTATGTCCCTTCGTGAATTTGCTTATTGTCATTATTCTGCAAAAG
CATTTGACTTTAGTTCAAGTGAGACAAATTACACAACCGAGTGTGGTTTT
AATGTGAATATAAAGAACAAAAATTCAAAGACTGGTTATGAAATGACTAT
TAATGGTGTTCGAGCTGAAAAAGTTATTCGTGACGGAAAAAACACATTCT
TTGTTATTCCTTTCATTTTATATATTAACCACGAATCTCTGAAAAAAGAG
ACGAAGAACCAAGGTGCATCTTTCAAAAAGTATGCCCACATCATCCTTCC
GTCAGCAGAGGAGTCCTATGGAGAACACATTTACTTGAGAAAACAACACA
TTGAGCTTCAACAGGAATCTCCCCAATCAACTCTACGTCTATCTGCAAGG
CTTGAGCCCCTAATATCTGACATGAAAGAGAAGGTAGTTCAAGTGCGAAT
TGTGAATAAAGGAAGCATATATCCCTTATGTCCTCCGTTCGAAAATGTAA
GAATAGAGTATGATATGATCATTAATCAAAAGTCCTCTATTTATCTAAAT
CACTTTAGGATACCTCTGTTGATTTAGGATTCCAGACAATCAGTCAGTGG
AGTTCATCTTTTAATATCAATACAAATCAAGCCAGTCTCTACGGTCCATA
TTCAATAATTGGGAAGATTTTAGTATTTTATGATGAGGATCGACCCTTAA
TCTGTGGACGGATTCAAGGGGGTGAATACACTGTGGATGATTATAATTCA
GGAGATGAAGAAGTTTGGATAGACATTGCACCTCTTCGACTACCTCGACA
AGATGCAGAGCTTAAGGCTCGTGCCTCTGAATTGGAAATAAATCTATTCT
TTGATGCATGGGATAATGCACTCAAAAATGGTGTTGCAGTTACTTCAAAC
GAAGGTAATTGAGAGAAGTATTATTATTTTTGGTACAAAAAATAAGAGTG
GACTCCTTTTTTTATTTAGTTGAAGACATTACTTTGGCAACGATGACAGA
TAAGGATTTTAATCACCTAATGCCTAGGCGAAAGAATCGATCATCACATG
CCTGTAATCAGGATCTATTATTTCAAAGAAAATTATTGAGTTTGATGATT
ATACCTGGAAAATATGACCGCAGTACTTTCAAAGATAAAGAACTCATTAT
CCCAAACACATTGGAAGGACATCATTTAATGTTTTCCGTAAATGAAGAAG
GTTTGTTCTCAAAATATGGGTGAATTTTTTAATTCAAATATTTCTTATTG
TATTTTACAGACTCTGTTTCTCTTAGACACCATAAGTCCATAAGAAGTGT
ATCCACAAATTCAACCATGCTTTACTTAACTTCACGTTCTGGATTTATGA
ATTCAGCCCTTTTTGGTCCTCATGATGTATTTGGCTCATTTGATAGAGCA
AACTATAGGGTCGCGAATCAAGACTGGTAG back to top
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