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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s103 | supercontig | LSalAtl2s103:645619..649421 + |
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 EMLSAP00000000263 >EMLSAP00000000263 ID=EMLSAP00000000263|Name=EMLSAP00000000263|organism=Lepeophtheirus salmonis|type=polypeptide|length=322bp
MEFRKFFRSTSSLRDLILSLPPAARLGETVLINCNYHLQGEELYTVKLYK
GRHEFLQIVPDKTPPVKTFPRKGINIKDVSLDGNGKHIVGVNITLSDVNL
FTTGLYGCEASADSSFHTQLVRKYLTVLVQPADRPEVIGFKNTYQVGEKL
NMTCSLKNTFPSANITWFINGNRGLGFIKFYSTSTAQNSGLITSTSVLSL
HLQPMHFPNGRLTGKCVASILTMHWQSLDIDIKEEHPKAASVLSGDDDEN
KGVVEEDESGKISNSTIKRDETDELDETEDNHILVKVIDHHKNNSLRIGH
HCCSLWILILSFLVQMLITNAS back to topmRNA from alignment at LSalAtl2s103:645619..649421+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000263-696110 ID=EMLSAT00000000263-696110|Name=EMLSAT00000000263|organism=Lepeophtheirus salmonis|type=mRNA|length=3803bp|location=Sequence derived from alignment at LSalAtl2s103:645619..649421+ (Lepeophtheirus salmonis)
ATGGAGTTTCGGAAATTTTTTCGAAGTTATTAGGTATCTACAAAAAGACA
ATAAACATTTTTTTAACTTTGATTTGGTTTATGAAGTATTTTGCCAGTAC
TTTTTGGACAAAATTTCCGTAGATATGAGGTCATAAGTCCCTTCCATTGT
GAATAATAATAACTTCTTATATATTTAGCCTAAATATTTTTAAAGGGAAG
CCTTATTTATCATTGGAAGTAAATTGCTCAATATTAAAAAGTCTATTAGG
GATTGTACTGTATGTATACATTTATTAATTTGGGTTATTTTTTTGTATTA
TTAGATTTTAAAAGTGAGGTCAGATTTGTACCTGTAAGCATCTTATTAAC
AAATAAATATATTTTGTATTTGTTTATAAAAAAAAAGAGATAATAATATA
CAAAATGATAAAACACATCCCAGCCACTGAAAAAAGTCGTATAGTCGAGG
GATAATTTTAATAAATTTCCAAAGTTTTCAAGTTAACTTCATGATMCCTC
MCAGCCACAGGTTCATCTTCAATGTCTTCTTCTTTTTTTTTGACATTTGG
CCTTATTTTGACTAGCAATCGGTATTGTTAAGTACTGAAAAATGTACGAA
AGATCATATGAATAATTATAAATTTATATATATAAGTAAACCGTGTACAA
TTTATAGCAATCTTTATTTTTTAGAGAAGTCAAATATTTAAAGGAATATT
TTATTTGTACAAAAAAGAAATTATTAAAGAATAGAAAGTCGAAAAAAAAA
ATTAATTAATTAATTTTAATATTAAACATTTTAGTATTACCCCATACCGA
ACCACGTACAGTGAAGGGTGTACCGCGGTTCGTACCGAACCGTATGTTTA
GCCCTAAGATGTATTATTCAAATTGATCAATGGGTTTTTGTAATCTCAAT
TGTCATTTAGTGATATGTTCCACTTCGTATATCATCACCATCAATGACAT
TTGAAATTGTGTTTGAAGACCCTCCAATTAATTTGTCCAAGAAGTCATCT
AATAGACTTTTGGGNNAAGATGTATTATTCAAATTGATCAATGGGTTTTT
GTAATCTCAATTGTCATTTAGTGATATGTTCCACTTCGTATATCATCACC
ATCAATGACATTTGAAATTGTGTTTGAAGACCCTCCAATTAATTTGTCCA
AGAAGTCATCTAATAGACTTTTGAGCTTCTTACTGTGATATATAATCAAA
ATTATATTCCTATAATAATCTCCATATCCAAATACATTAATCATCTGCCG
TTGAAATATTCGGTTAACATGGGAAGAGAAATGACTTACACAATTCTGTT
TGAATTAATATAAAGGCTGGCTGAGGAATATCAAGGATCTCTCTCGGATT
TATTGTTTTTATGAAAGATGATGTTCCATGATTTTAAGTATTAATTAATT
GCATTCTTTTTCTTCTCATTGTAGGGAGATTCTATTAAATATACGTCAAG
CAATACATGTGACTGCTAAATAAGTTTAGTGGAAATTTACAAGTCAAATA
ACTATGCAAGCAATAATTTTTGCAATAGCTTTTCCTGACGATGTAATTTT
TSTAACAATTTGTTATTACCATCATAAAATAGTACTCACCATGGATATTA
TAGGAAGTCATATGCTGTATTCTTTCCTGGTTGATATATTTATGGAATAA
ATATATTGATATTTTGTATAACTGTAGAAATATATAAAAATTACCAGGAG
TGTGATAAAGAAATGTTTGTCAAAATACAGGCTGTTTCTCAAAAGATTAT
TGAGGATATTTTATAAATAGGTTGTCGAGTGTCAATCAAACATGACAATA
ATTTAGAATTTTAATATTCTTAATTAGTACAAGTTTTTCACAGATCCTGT
TATAAAACAAAATGAAAAGATTCTTTGAATTTGATGACTGTGTTGAAACT
AATTTGGACTATGAAAGTGTCTTATGATTGGGTGTCATATTTTTTTAATT
TTGATATTCTTATGTTAGCATAATAATAACTTTAATATATCTATTTTGTA
TATAAAAAAATATAGGTAAGCTAAAATTATAAAATTAATATAATTTTATA
CTTGACATTTTTTGATTTTATTTATTTTTAAATTTTCAAATATTACATTT
TTTATTAATCCTTAAATATAACAGGGAATAAGAGATTCACAAAAAACAAA
AACTTTTTTTTTTCATAATGCTTAATATGTGATTTAGCAAAGTATTTACT
TGATCATTCACCACAATTTTTACTTTAACTTTGACATAGGTACATCAAGT
CTACGTGATCTCATACTCAGTCTTCCCCCTGCAGCAAGACTTGGAGAAAC
AGTTTTAATAAACTGTAATTACCATTTGCAAGGTGAAGAATTATATACAG
TAAAGCTCTACAAGGGACGACATGAATTCTTACAAATAGTCCCTGATAAG
ACTCCACCAGTAAAAACATTTCCACGAAAGGGCATCAATATTAAGGTACA
ATAAATTAAACTAATTAATAAAAGTTTATCATGGGATTACGATGGCGTAT
CTTTGATTGTTTTGACATCGATCAATATGAAAATTACCTGGATTATGGAC
AACAGAGTGCACTATTGTTTATACTGTCAAAAAAGTACAATATTTTAATA
TTTATATACAATTTTTTTCAGCTACAAATGTTAAGTAATTTTGACAGTAG
TATTGTTTAAGGTGTCCATTAAACATAAATGAAACTACAAGTGTTTAGTT
TAGAAAAAACAAAAAGATCCAAGTGCACAACCAAGTTGGATCTTTGTCAA
CAAGATAAAAATCTATTAATCATGAACTAAAAATCATTTTATAAAAAGTT
AATATATTTAAAGTACATATTAAATTAATAATTTTGTCGATAGGATGTAT
CACTAGATGGGAATGGAAAACACATTGTGGGGGTAAATATTACCCTTTCA
GATGTAAATTTATTTACTACTGGTCTATACGGATGTGAAGCATCCGCTGA
TTCTTCTTTTCATACACAATTGGTCAGAAAATATCTTACAGTATTAGGTA
AGTTTATTTTTTCTCTTATGAGACTATTATATCTTTATTTATTATTATAT
TCAATAGTACAACCTGCAGATAGACCTGAAGTTATAGGCTTTAAAAACAC
CTATCAAGTTGGGGAAAAGCTCAACATGACATGTTCGTTAAAAAATACTT
TTCCTTCGGCAAATATAACATGGTTCATCAATGGGAATCGAGTAAGATTA
TAAAAAAGGATTTTAAAAGAGAGTGTTGAAACTATGATATTTTTAATTCC
TTACAGATTGACAAAAAAAGGGATTAGGATTTATTAAATTTTATAGTACA
AGTACAGCACAAAATTCAGGACTTATTACCTCAACCAGTGTTCTTAGTTT
ACATTTACAACCCATGCATTTTCCCAATGGAAGACTCACAGGAAAGTGTG
TTGCCTCTATTCTCACGATGCATTGGCAAAGCCTAGACATAGACATCAAA
GAGGAGCATCCAAAAGCAGCTTCTGTATTATCAGGAGATGACGATGAGAA
CAAAGGAGTTGTAGAGGAGGATGAAAGTGGAAAAATATCTAATTCGACGA
TTAAAAGGGATGAAACTGATGAATTAGACGAAACAGAAGATAATCATATC
TTAGTAAAAGTTATTGATCATCACAAAAATAACTCCTTGAGAATTGGACG
TAAGAAATTTATATGTTTTTTTATATTAAATTAATTTGAAAACTCTAAAT
CTCCATTTCCAGATCATTGTTGCTCATTATGGATCTTGATTCTAAGTTTT
CTGGTACAAATGTTAATTACAAACGCATCTTGACAAACTACATTAAATAC
AGC back to top
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