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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s230 | supercontig | LSalAtl2s230:296181..299736 + |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
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| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
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| 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 EMLSAP00000004393 >EMLSAP00000004393 ID=EMLSAP00000004393|Name=EMLSAP00000004393|organism=Lepeophtheirus salmonis|type=polypeptide|length=563bp
MTENGDSKERPRTYFDIDIGGIRVGRVVFELFTDIVPQTAENFRSLCAGD
SGIGKGSGKPLHYRGSLFHRVIKGFMIQGGDFVNGNGTGGESIYGGMFPD
ENFTLKHDKPFLLSMANRGKNTNGSQFFVTTGPAPHLDSLHVVFGQVLSG
KEIVKEIEELDTDKKDRPLQDARISNSGELVRKSNGSEQKVKKKKKNVSE
TSEDSSSSSSSSSSESESEKKSSSKISKKSKKSKKKKKKSSDKKKEEGEI
DDDGIENPMVQITEIDPDEIPDVPSNRFLDREPPKKDKEDDRKRSAKHKS
SDRDKKRSSDNDRRRSSERDSKRSNERDRGSRLSDTGRFDKHSYSRNGKK
IKGRGRMMYRARSRSRSVTPPHWKNEVRKTISLSDYEKLKKEKAARELEI
ERRAEERRKRHMERDKADELKAEKDKQKVEKKKKNSDHDNEKKENDHKID
ITDFDQLDFEADEDDQPKSKGNNNNNNNKHSKRRHRSRXEDSSPSPIRNK
GGVKNRSPRSSVRGRRKSHSVSSHHSSSPSPVRHRRRRSISYSPKRGGRS
RKSVSPYSKRNRR back to topmRNA from alignment at LSalAtl2s230:296181..299736+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000004393-700240 ID=EMLSAT00000004393-700240|Name=EMLSAT00000004393|organism=Lepeophtheirus salmonis|type=mRNA|length=3556bp|location=Sequence derived from alignment at LSalAtl2s230:296181..299736+ (Lepeophtheirus salmonis)
CGACAGGTGACTACAAAATACATAGTATATTTTGTATAATAGGGAGGGAT
GGCCGTGATTAATGGTGATTCTGTTTAGTATATAACAACATCTTCTAGAT
CTAGGGAAGTTGCCGTTGGTTTTTAAAATGACGGAAAATGGGGATTCCAA
GGAGCGTCCACGTACTTATTTCGACATAGACATTGGTGGGATTCGTGTGG
GCCGGGTTGTGTTCGAACTCTTCACGGATATTGTTCCTCAAACTGCAGAA
AACTTCCGTTCATTATGTGCTGGAGACTCAGGGATCGGAAAGGGATCCGG
GAAACCACTTCATTATAGGGGATCTCTCTTTCATAGAGTCATTAAAGGCT
TTATGATTCAAGGTGTTGCCGGCTTTTTATCTATTCTCTTATAGGGGGAT
TATTTCATAATTGGCGAGCTGGTGTTTTAAATTTGAATTGAACTGGAATG
ATGAGGGGCATTTAGGGTTAACGTTTGGCTTTCCTTCATAATAGAGCAGC
AGCATTCTTGATGCTCGTCATTCTGGGGGGTTAAACGACTAAGTTTTATA
ACAATTATAATAATATTAAGCAAAATAGTTAACTTTTGGGTGTCAAAATT
AGGACTAACAAATAAAAGGACATCAACTTTACTGTTACTCCAAAGTGTAA
CCCTCTATTGCCTAGTTTTATGATATATCAGGCATAAAATGTATTTACAA
TCTTATTGGCGTATTGTACTTGAAAATTAGCTGTTACAATGGAAAAAATA
AGATTATATTTATTATCTTCCTTTTCTTCTCCGTAATCGATCCAAAAATT
AATTAATTGTGCAAATCTAAACATTTCATAGGAATTTCTAGAACATATTA
GTTTGATTATATTCAAATATCCGTGTTGATGATTTGCAGCAAGTAGTATT
CTATGGTGATATTGAGTATTTTTGTATCCTTAAAGACATTGGATGAACTT
TTATCACAATTTATTGGATTTTTGTCCATTTTATGAAGTAAAATGGAGAA
ATTTTAGCCCCCAAGATGATATTTCCTTCAATTATAGTACAATTTATGAT
GTCATTGAAAATGCGCCATGCATAAATGAATAACTTGTTGAAGAAAAGAA
TAACGTCAATTTATTATCTGGAGTTATTTATATGAGTTCCTGATATTTTA
ATTACTTTTATTATTTAGTGCAATTAACTTCTTATTTACACCGTCATTCA
TTACTAAAGTATTTATTTATTAGGTGGAGATTTTGTCAATGGTAATGGAA
CGGGTGGAGAGTCCATTTATGGTGGTATGTTCCCGGATGAAAATTTCACC
CTCAAACATGATAAACCCTTTTTGTTGTCTATGGCAAATCGAGGTAAAAA
CACGAACGGATCCCAGTTCTTCGTGACAACAGGTCCTGCTCCTCATCTGG
ATTCTTTACATGTTGTCTTTGGGCAAGTACTCTCTGGAAAGGAGATAGTC
AAAGAAATAGAGGAACTGGATACAGATAAAAAAGACAGACCTTTGCAGGA
TGCGCGCATTTCAAATTCTGGTGAGCTTGTTAGAAAGAGTAATGGATCAG
AACAAAAGGTAAAGAAGAAGAAAAAGAATGTGTCTGAGACATCCGAAGAT
AGCTCATCATCCTCTTCATCTTCTTCCTCGGAGTCGGAGAGTGAGAAAAA
GTCATCCTCAAAAATATCAAAAAAAAGTAAGAAATCAAAGAAAAAGAAGA
AAAAATCATCTGATAAAAAAAAGGAAGAGGGGGAAATTGATGACGATGGG
ATCGAAAATCCTATGGTTCAAATAACAGAAATAGATCCTGATGAAATTCC
GGATGTTCCCTCAAATAGATTTCTTGACCGTGAGCCTCCTAAAAAAGATA
AGGAAGATGATCGAAAACGTAGTGCTAAACATAAGTCATCGGATAGGGAC
AAAAAACGTTCATCCGATAACGATAGAAGACGTTCATCTGAAAGGGATTC
TAAACGATCAAATGAAAGAGATCGAGGGAGTAGGCTCTCTGATACGGGAC
GATTTGACAAACATTCTTATTCTAGAAATGGGAAAAAAATTAAAGGTCGT
GGTAGAATGATGTATAGGGCACGTAGCCGGAGTCGCTCAGTTACTCCCCC
TCATTGGAAAAACGAAGTCAGGAAAACAATCAGCTTGTCAGACTATGAGA
AATTAAAAAAAGAAAAGGCTGCTCGAGAGTTAGAAATCGAAAGAAGAGCT
GAAGAGCGTCGTAAAAGGCATATGGAGAGAGACAAAGCAGATGAGTTAAA
GGCCGAAAAGGACAAACAAAAAGTAGAAAAAAAGAAGAAAAACTCTGATC
ATGACAACGAAAAAAAGGAAAATGATCATAAAATAGACATAACTGATTTC
GACCAATTAGATTTCGAGGCAGATGAAGATGATCAGCCAAAGTCGAAAGG
TAATAATAATAATAACAACAATAAACACTCTAAAAGACGACATCGAAGTC
GTTKGGAAGACTCTTCTCCTTCGCCTATACGAAATAAAGGTGGAGTGAAA
AATCGATCTCCTCGAAGCTCAGTTAGGGGAAGAAGGAAGAGTCATTCAGT
TTCATCTCATCATTCCTCATCACCTTCGCCTGTAAGACATCGTAGGAGAC
GCTCTATATCATATTCTCCAAAGAGAGGAGGAAGAAGTCGAAAAAGTGTT
TCACCTTATTCTAAAAGAAACAGGCGTTAATGATCCTTTCCCCCATTATT
ATTTGAGTTTCACTGTTCAAATGTTGTGTATTCAATGATATGAAAATCKC
TTCTCTCCTCTTCTTCTTTCTTTTTTTTTTTTTTATTAACTCCTACTTAA
AAAAATTAAAAATGATAATTAATTATATACCTCCTTGTTAAAACGAGCTA
TATAATCCCTAAATAATAATGAACTTTTCTTTATTTGTTTGTTCCTGTGA
AAAGAGCATCATAATTTTTTTTTCTAAAGAAGTAACTTTGAATGTTTGGG
TCATTTTATTGTTTATGTAGAAATAAATATGGTATTGGTAATCATTATAG
TTACTTCATTATTCAAATAATATATTTCCTGATCATGAATCAAGAGTATT
GCATATTTTGCGTTTCTCCAATTATTATTATGAAAACGGATTTATCCGTT
TTCCAAGAAAATATAATCTGCTCTTGCAAAAATGAGGTATTAAAAAATGT
TCATACTGTTCCACATGTGTTATTAAGCAAATGGATGCATGCGAATGATA
AAAATAAGTTTAGTTTTATTCAATTTAGTAATAATATACATAAATATCAA
ATGTTATGAAGGAGAGGGGAGAACGTTGTTTGACTTTTTTATTGACACTA
GTAAGAGATAAATATATAAAAATAACTTATTTTCATTATATTATGTAATA
ATATCTCTGACTATAATTAATTATGTTGGAAAAATCATTCAAATGCAATT
GTTATGAATAAATCAAAGCATTTTCTGACAATCTCTCTTAATTCAATTGA
CAAAAAATTCATAATGTTATTCCATTGAAATATTCAATTTTGCCCTTATT
ATCACTGCATACATATTATTATGTAGGCTTATTCGAATTATGAAAATACA
TCTTTG back to top
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