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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s685 | supercontig | LSalAtl2s685:132457..139338 + |
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 EMLSAP00000010337 >EMLSAP00000010337 ID=EMLSAP00000010337|Name=EMLSAP00000010337|organism=Lepeophtheirus salmonis|type=polypeptide|length=1154bp
MYIKSIVIDGFKSYGTRTEVQDFDPQFNAITGLNGSGKXNILDSICFLLG
ITNLSHVRAQNLQELVYKNGQAGVTKASVSITFDNRDKSKTPLGYESYDE
IVITRSVVLGGKNRYLINGTNIQNNRVNDLFRSVQLNINNPHFLIMQGRI
TKVLNMKPPEILSMLEEAAGTRMYESKKQNAQKTIEKKDAKLKEIDNILK
EEINPTLAKLKQERNTYLEYQKIQRELEHLTKLYVAYKFISAEKANSRLQ
TDLEAVNKTMDGVRTAISHGLEEIKKIAERIITLEKERDEELGGKLEELE
EALKNKSNNCMKLEASLKSLLDNKKLEAKKCQQIQRGMDTDKKALCEKQK
INDGLKEVYDVLRDEDERATKALAVAQKRYEAISLGKFCSDDGEEGATLQ
EQVIKMKGQISDXQTEVATSEMKLKHNKSNLKNIEMEMKKTKGQYELDSK
NLISYETQVKEAKSSMDKLNYQEGRLESLMEQIHSSESEFGHLKRNYDSM
AARFPWLEFRYRDPEPNFDRSVVRGVAANLFDVKDSTFCVALDTCAGGKL
MNVIVNSSVAAGKILKNGNLARRTVMLPLDKISGYTISDSVFRSAQKLVG
SDNVFRALDLISFDRSLSSAMEHIFGGSLVVRNLDQANTLAYHREVSKVC
VTLEGDVVKPSGDLSGGAASKGGSTLIQIQSLKKTLADCNAKKKQLDSLF
AEKNAIKDVHHRYKSLKSVYDQKESELRMIQARLXQTKHHQLGQEVSELT
SQCTELEQKISEAKKMEKDSSSKVKYIEYKIKNAKSIKEKELKEAEKEVK
QCKKAEAEAKAKWSEKEAEDASLKLEISELKKSILSAEEQLKATEEAISE
FEKEYAESSKSVEEMKSDVNNAKKAVKEQKDILNANYKEMNSEKAREENI
KKENMERELEIQQLKHKISKATDEAKEAEKTVKLMVEQYEWINDDRQFFG
KPNTAYDFSTTDPKEAGRKINKLEETKDKLSKTVNMRAMKMLGKAEEQFN
DLMRKKTTVETDKAKICKVIEELDIKKKEELRKAWSIVDESFGKIFSSLL
PGAKAKLQPPDGQDVLDGLEVRIGFGEVWKESLSELSGGQRSLVALSLIL
SLLKFNPAPLYILDEVDAALDLSHTQNIGNMLKKYFKDSQFIVVSLKDGM
FNNX back to topmRNA from alignment at LSalAtl2s685:132457..139338+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010337-706184 ID=EMLSAT00000010337-706184|Name=EMLSAT00000010337|organism=Lepeophtheirus salmonis|type=mRNA|length=6882bp|location=Sequence derived from alignment at LSalAtl2s685:132457..139338+ (Lepeophtheirus salmonis)
ATTTCAATATTCTAGTATATAAAGAATAACAAAAGTTATTACAAAGGGGG
GAATGTTTCAGTTTTCCCGGGTTAATGATCAGATCATTGGATTCCTTGAC
TAACTGTCAGAATGTATATAAAATCCATTGTGATTGATGGATTTAAGTCT
TATGGGACTCGAACGGAAGTTCAAGACTTTGATCCTCAGTTCAATGCCAT
TACAGGACTCAATGGCTCGGGTAAAAGKAATATTTTGGACTCGATTTGCT
TTCTCCTGGGAATAACGAATCTAAGTCATGTACGAGCCCAAAACCTCCAG
GAACTGGTCTACAAGAATGGGCAAGCTGGAGTGACGAAGGCGTCAGTGAG
CATCACTTTCGACAATCGTGACAAGAGCAAGACTCCACTGGGCTACGAGT
CTTATGACGAGATTGTGATAACGCGAAGTGTGGTTCTGGGAGGAAAGAAT
CGCTATCTCATCAACGGAACAAACATTCAGAACAACAGAGTCAATGATCT
CTTCCGCTCCGTTCAACTCAACATCAACAATCCACATTTCCTCATTATGC
AAGGACGCATCACCAAAGTCCTGAATATGAAGCCCCCAGAGATCCTCTCC
ATGCTGGAAGAAGCTGCTGGCACCAGAATGTACGAGTCCAAAAAACAAAA
TGCGCAGAAAACCATTGAGAAAAAAGATGCGAAACTGAAGGAGATAGATA
ATGTATGAAATGTCCGACTCACTCATCATTCATTATATTTATAATATAAT
ACACTTTTTCAGATCCTCAAAGAAGAAATAAATCCTACTCTGGCCAAGCT
CAAACAGGAACGTAATACCTACCTGGAGTATCAGAAAATTCAAAGAGAGT
TGGAACATTTGACAAAACTATATGTCGCATACAAATTCATTTCTGCAGAG
AAAGCCAATTCACGTTTACAAACGGATTTAGAAGCAGTTAATAAAACCAT
GGACGGTGTACGTACCGCTATATCCCATGGATTGGAAGAAATTAAAAAAA
TTGCAGAGCGAATTATCACACTTGAGAAAGAGAGAGATGAAGAGTTGGGT
GGTAAATTGGAAGAGTTGGAGGAGGCATTGAAGAATAAATCCAATAACTG
TATGAAACTTGAAGCCTCTCTTAAATCCTTACTTGATAATAAGAAACTTG
AGGCAAAAAAATGCCAACAAATTCAACGAGGAATGGATACGGTATTATAT
TCCCTTCAGCTTTTACTATTGATGAATATTCTATTCTTATTTTTACAGGA
TAAAAAAGCTCTTTGCGAAAAACAAAAGATTAATGATGGTCTGAAAGAAG
TCTACGATGTTTTAAGAGATGAGGATGAACGTGCAACAAAAGCTCTGGCA
GTAGCTCAGAAGCGCTATGAGGCCATATCACTCGGAAAATTTTGTTCTGA
CGATGGTGAGGAAGGCGCGACTCTTCAAGAGCAAGTCATTAAAATGAAAG
GCCAGATATCGGATGSTCAAACTGAAGTCGCAACCTCCGAAATGAAGCTA
AAACATAATAAGTCCAATCTTAAAAATATCGAGATGGAAATGAAAAAGAC
GAAGGGACAATATGAGCTAGACTCAAAGAATCTCATAAGTTACGAAACTC
AAGTCAAAGAAGCTAAGTCTTCCATGGACAAGCTCAACTATCAAGAAGGA
AGGTTGGAGTCCTTAATGGAACAAATTCATTCCTCTGAATCGGAGTTTGG
TCACCTCAAAAGAAATTATGACTCCATGGCTGCTAGATTTCCCTGGCTAG
AATTTAGATATCGGGACCCAGAGCCTAACTTTGATCGAAGTGTCGTTCGA
GGGGTTGCTGCAAATTTATTTGATGTTAAGGATTCAACCTTCTGCGTTGC
TTTGGACACTTGTGCTGGTGGAAAGGTAGGGAGCTCTTTGTTATTTTTGC
TTACGGTTATCAGACATGATTTAGTATTAATATATCTCTTCAAGATAAAT
AATACTTTGTCTGGAACCTAGATTAATCAGCGGATACGGGCCGATGATGG
CTCTTATAAGACTCGAGTCCACTCTGCGATTACGTATCCACAAATATTAA
AGATATGTCAATGTATTAATTATCATTTATAAATACACGTTTCTCATATT
GCTTAATTTTTATATGTTCCAGTTAATGAATGTAATTGTGAATAGTTCTG
TTGCTGCTGGAAAGATCCTTAAAAATGGAAATCTTGCACGAAGAACAGTA
ATGTTACCCTTGGACAAAATCTCAGGATATACTATATCAGACAGTGTATT
TAGGTCTGCTCAGAAATTAGTAGGCTCTGATAATGTATTCCGTGCTTTGG
ATTTGATAAGTTTTGACCGATCTTTATCAAGTGCTATGGAGCACATTTTT
GGAGGATCCCTTGTTGTTAGGAATTTAGATCAAGCTAATACACTTGCCTA
TCACAGAGAGGTTTCTAAAGTCTGTGTTACCTTAGAAGGAGATGTTGTGA
AGCCCTCTGGTGACTTGAGTGGTGGAGCAGCATCTAAAGGGGGTTCCACT
CTAATTCAGATTCAATCACTCAAAAAGACATTGGCAGATTGTAATGCAAA
AAAGAAGCAATTGGATTCACTCTTTGCTGAAAAAAATGCAATTAAAGATG
TACATCACAGATATAAGTCACTAAAGTCAGTATATGATCAAAAAGAATCT
GAATTAAGAATGATACAGGCTCGTCTTKAACAAACTAARCATCATCAACT
TGGTCAAGAAGTATCTGAATTAACCTCACAATGTACGGAACTAGAGCAAA
AAATTTCTGAAGCTAAAAAAATGGAAAAAGATAGCTCTTCAAAGGTGAAA
TATATTGAATATAAGATTAAAAATGCCAAATCCATCAAAGAAAAGGAATT
AAAGGAAGCAGAGAAAGAAGTGAAGCAATGTAAAAAGGCAGAAGCAGAAG
CAAAAGCAAAGTGGTCTGAAAAGGAAGCTGAGGATGCTAGTTTGAAACTT
GAAATAAGTGAACTAAAGAAGTCCATACTATCTGCCGAAGAACAGTTGAA
GGCTACTGAAGAGGCTATTAGTGAATTTGAAAAAGAATATGCTGAATCGT
CGAAATCCGTTGAGGAAATGAAGAGCGATGTCAATAATGCGAAAAAGGCT
GTTAAAGAACAAAAAGATATCTTGAATGCTAACTACAAGGAGATGAACTC
AGAGAAAGCCCGCGAAGAAAATATTAAAAAAGAGAATATGGAGAGAGAAC
TCGAAATTCAACAATTAAAACATAAAATTTCAAAAGCTACTGACGAAGCC
AAGGAAGCTGAAAAAACTGTCAAGTTGATGGTTGAACAATATGAGTGGAT
TAATGACGATAGACAGTTCTTTGGAAAGCCAAATACTGCCTATGATTTCT
CCACTACAGATCCAAAAGAAGCTGGACGAAAAATTAATAAACTTGAGGAA
ACCAAAGACAAGCTCTCCAAAACTGTAAATATGAGGGCTATGAAAATGTT
GGGTAAGGCTGAAGAACAATTTAACGATCTTATGAGAAAAAAGACTACTG
TTGAGACGGATAAAGCCAAAATATGTAAAGTGATTGAAGAGCTTGATATC
AAGAAAAAGGAAGAACTACGCAAGGCCTGGAGTATTGTTGATGAATCATT
TGGTAAAATTTTCTCATCTTTGCTTCCTGGAGCTAAAGCTAAGTTACAGC
CTCCTGATGGTCAAGATGTACTTGATGGGCTGGAGGTTCGTATTGGTTTT
GGAGAAGTTTGGAAAGAATCTCTATCTGAATTAAGTGGAGGTCAACGGTC
TTTAGTGGCTCTTTCCCTCATTTTATCTTTATTAAAGTTTAACCCGGCTC
CACTCTATATTTTGGACGAAGTAGACGCTGCCCTCGATCTTTCACATACT
CAAAACATAGGAAACATGTTGAAAAAGTATTTTAAAGACTCACAGGTAAT
CTAATTTAACATAATGACTTATTGATAAAATATTGTATGTAGTTCCTAAT
TGCTTTTTATGTTATCTGGGAGGACTTTATATGGATTGAGTATTCCGTCT
GGGTCCACTAAGGATTTTATCTTTTTCATCCAATCAATGGCGCTTGTTGA
TCTAGTCATATTTAAGAAATTTCTTTTTTTCAGACCTATTCCGTGTTCTG
CAGAAATACTTCCACCCATTTTTTGTACATGTCCGTAAATGAAAGGTTCG
ATGAGATCTAAGGTTTCTTTCTCATACTCTGAACTCGTCACATTTAAATG
AAGATTTCCATCTCCAATATGACCATACCCAACTACCCTTCTTCCAGGCA
AACGTTGACGCATTAGTTCGACCGTTTTATAAAACTGGACAAGTGGAAGG
GAAATATCATATTTGTATACATAACCGTCATGCAGTAAGCTCTCAGTAAT
TCGTTCTCTGAGTTCCCATATTGATTTCATTTGAGTAAGGCTTGTAGCTA
GGATTCCGTTTCTAATTTTTGGCAAGGAGTTAAGAAAGGTGTCAAGTTTT
TCGTCATTATGATCTGCATTAGAACCTGACACCTCAATTAGAACATAGAA
ACTATCCTCTGTTCCTATTGGACTGGTTAGACGGAGTAACTATGATAGAA
TGAATATTGATTAGATATAGGTACAAAAGTTAACATAATGTATTTTGTAG
ATATACATACTTGAGTAACAGCATTCATACTCTCATTGTCCATAAATTCA
AAGGAGGATAATATTTCACTTAAATTTGACCGAGCTGCTACGAATGTATC
CAAAACATCTTGAAAATTGCTGCATGCTAATAAAGCCACATTGACAGCCT
TAGGTCTTGCAGGACATTGCAGAGATACTTTAGTTATGATCCCAAGTGTC
CCCTCTGAGCCCAAAAATAACTGCTTCAAATCATAGCCTGTGTTATCCTT
TTTCATAGTTGACAAGCAATCTAATATCTCTCCTGTGGGTAGTACCACCT
CTAAGCCTAAAATGTTCCCTCTTAATGATCCATAGCGTAGGAATCGTAGT
CCACCAGCATTGGTGGATGCGTTTCCTCCGACTTGGCAACTTCCTTTAGA
GCCCAAGTCGAGGGGTACCATAAGTCCTTTTTCTTTTAAATGTGAATCTA
ATTTTTCTAATATCACACCTGACTGGACTGTTGCAACAGAGGAATAAACG
TCAACGTCTAAAATGGAATTCATGGCTTYTKTGCTTAGAATGATTTCATC
AAATACTGGATTACTCCCTCCTACCAACCCTGTATTACCTCCCTGAGGAA
CGACCCCAAGGCTTCTTTCATGACATCGTTTCATGATGAGGGAAACTTCC
TCTGTGGTCTTGGGTCTGAGAACACATTCACTCTGTCCTCTCACACTCTT
ATTCCAGTCGATATTGTACGAACTTACATCTTGTGTAAGGACTCTGCTCT
TCCCTAGAAGAGATTCAAAATATTCTATGTCCTTCACAGATAGCCGATTA
AGGTTATTTTTTCTTTTTATTTCGGGATGACGAACGCTCGTGTACTCCAC
GAAAGTCCTATAAAATCTTCGATACATAATAAATCTCCTTTTTTTACTTT
CAGTTTATTGTTGTCTCCCTCAAGGATGGAATGTTCAATAATGNCTAACG
TTTTGTTTCGGACTAAATTCGTTGACGGATTGTCAACTGTATCGAGGACA
GCGCAAAACATAAGACACTGACTTCAACCAACTCAACGCGTTTTCACCTC
GTTCTATTTTATCTGTCTATATACTTGCATCTTCAGATTTCATGATATAT
TTATTTTTCTAATGTCAAGTTTTTATTTTGAATAAAAGTTATACTTTCTA
GCAATAGATGGCGCTAGTCCATGTTTTCAATTTTCACATGCCTCTAAGTT
ACTATTATTTTAATTTGTATTTCAATTCCTCTCAATCCTTTTATTACAGC
AAATAGTAATGGTTAAATTAGGTAAGGGCTTCGTGGATTTGAACATTCCC
TTTCAAAATGAAAATCGAAAGGAAGTTGTTAGGATTCTGGCGCGAGGATT
TGATCTTGGATATGAGACTCAGACGATAAACGTGGAGATACATCAGACAG
AACTGAAAACAAAATCCCAGCAGAAGAAAGCAGAAGGCATCATGGACTTT
CCAGAGCCACCAAAGATGGACGAATTCCCCGGAAAAAATATATTAMCTCG
GCTAACCATCACTNGTCTCGGACAATTCCTTTCTTCCCATATACAATAAT
TCTAAGACTGCCAAGAAGTACGATCTCCTCAGCATTATTCCAGAGTCACT
TAATACGCTACAATGTCTCATCAAGTCTTCCTTTCGTCCAGATATTATAT
CCTTTGATCCAGAAAATATTAACTCTATTAAATGGTCCCGCAAACTATTT
AACGAAATATCTCCTTTTTGTATGGTGGAGCTCCTCTATGCTCCATGTAT
TCGTGATTCTGGACTTCGAAAAAAGTACATTTCCCTTGCACATCATCTTA
AGACTCTCAAAAAATCTAAAAAGCCCATTGTTGTGTCTAGCGGCGCAATC
AGAGCCATTGAGTTACGAGCTCCTCACGATGTGATGAATTTAGGCTTCAT
TTTTGGTCTTAATGAACCTCAAGGAAGAGAGGCCATTCGAGAAAATGCGC
ATATGACCATTCGATTTGGAGCTGGAAGGCGTGTAGGTCCTTTTCGTGCT
ATAGTTAGGAAAAAGAAAGAGCTCACTGATGAGGAAAGGGCAGCACTTGC
CCTGGGTGGTGAGTCGGATACTGAGTCCTCCTCAGAGGATGAAGATATGT
CCTAGTGCTATGTCGAGACTCTTGTATTTAAAACTAATATATAAAAATAG
ACCCATATCCTGTTATTTAAGGGTTTAAATGCAATATGTATTCATTTGGA
GAAATATATTTTATGATGAATAACTAATTCTATGAAATGTATTCTAACTA
TGAACGGGGAATTGTCATTTTAATCTCCATAA back to top
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