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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s86 | supercontig | LSalAtl2s86:724572..728179 + |
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 EMLSAP00000012121 >EMLSAP00000012121 ID=EMLSAP00000012121|Name=EMLSAP00000012121|organism=Lepeophtheirus salmonis|type=polypeptide|length=425bp
MDYMLRIFLFGFCCFLIEAHADNEGKTWVLLVAGSNTWDNYRHQADVCHA
YQIARTHGIPDERIVVMMYDDIASNKVNPTPGKMINKPGGKDVYHNVPTD
YTGAAXNPSVFLKVLSGINPKTGSQKFINSTSKDNIFVYFADHGGPGLLA
FPDDVLQVGDLNKTIHKIQKKKQFKKLVFYVEACESGSMFDGVLTGLKNV
YAMTASNSEESSYACYYSELYDTYLGDVYSVNWLEDSDKEDLKKETIEKQ
FDIVRKETNTSHVTQFGDKKVAESHLSEFLGQKSGIFEEHSEESSPMDTI
SSRDVSLDLIFRTKNAALIKLTKAKRQFMREIFDQIYLGVQGINENDLTS
IKTDKILLKHSDYSCYSQVVDGLHKNCFNXAKHSYALEFLQHFVNICHYN
IKTVHVLDSINNVCKHWISTFDSIL back to topmRNA from alignment at LSalAtl2s86:724572..728179+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012121-707968 ID=EMLSAT00000012121-707968|Name=EMLSAT00000012121|organism=Lepeophtheirus salmonis|type=mRNA|length=3608bp|location=Sequence derived from alignment at LSalAtl2s86:724572..728179+ (Lepeophtheirus salmonis)
AGTTAGATATAGATAATATTTAGTTTTGAGTTAAATTAATACCTGAATAT
AGAAAGTTTCATTCATTTTAAATCAAAAAATAGCATGGATTACATGTTAA
GGATCTTTCTTTTTGGCTTTTGCTGCTTCTTAATAGAAGCCCATGCTGAC
AATGAAGGAAAGACATGGGTTCTTCTTGTGGCAGGRTCGAATACATGGGA
TAATTATAGGCATCAAGCAGACGTTTGTCATGCCTATCAAATTGCTAGAA
CTCATGGAATCCCTGATGGTAATGATTAACTTACTTCACTTGTCTTTTTA
AATATAATCTCAATCAATGGTCTTGTCGATATTAAACTTTGCAGAAAGGA
TTGTGGTTATGATGTATGATGATATTGCATCAAATAAGGTGAATCCAACT
CCTGGAAAAATGATCAATAAGCCTGGGGGTAAGGATGTATATCACAATGT
GCCCACTGATTATACTGGTGCGGCTGKAAATCCATCGGTCTTTTTGAAAG
TCCTAAGTGGAATCAATCCGAAGACTGGGTCCCAAAAATTCATCAACTCA
ACTTCCAAGGATAATATTTTTGTATATTTTGCTGATCATGGAGGTCCAGG
ACTCCTTGCCTTTCCAGATGATGTTCTTCAAGTTGGGGATTTAAATAAGG
TTGGCTCTTATTATTTTTCTGTGTATTTGTATGTTGATAAAAACTTATTC
TTTATTTAATAGACAATTCATAAGATTCAGAAGAAGAAACAATTCAAGAA
ATTGGTTTTCTATGTCGAGGCATGCGAATCCGGATCAATGTTTGATGGAG
TTCTTACTGGTCTAAAAAATGTTTATGCAATGACTGCATCTAATTCTGAA
GAATCATCTTATGCCTGTTATTATAGTGAACTTTACGATACGTATCTCGG
CGATGTTTATTCAGTCAATTGGCTTGAAGGTCCGTACTCATTAATCTAAC
AAATACATTGATACATTATAGTAAATTTCTTCATAACTTCTCTTAGATTC
TGACAAGGAAGATTTGAAGAAAGAAACCATTGAAAAACAGTTTGACATAG
TTCGAAAAGAAACAAACACCTCACATGTAACTCAATTCGGCGATAAAAAA
GTTGCTGAATCTCATCTCTCAGAATTTTTGGGACAAAAATCCGGAATATT
TGAGGAGCATTCAGAGGAAAGTAGTCCCATGGATACCATTTCATCCCGTG
ATGTAAGCTTAGACTTGATCTTTAGAACAAAAAATGCGGCTCTTATCAAA
CTCACAAAAGCCAAGCGTCAGTTTATGAGGGAAATCTTTGATCAAATTTA
TTTAGGTGTACAAGGGATCAATGAAAATGATTTAACCTCAATCAAGACTG
ACAAAATCTTATTGAAGCATTCAGACTATTCATGTTACTCTCAGGTAGTG
GATGGKCTGCATAAGAATTGCTTCAATTTKGCAAAGCATTCCTATGCACT
TGAATTCTTACAGCATTTTGTCAACATTTGCCACTATAATATCAAAACAG
TCCATGTTTTGGATTCTATTAATAATGTATGTAAGCACTGGATATCAACT
TTTGATTCTATTTTATAAGGAAATAGCCATTATAACTTTTAAAATTGTTT
TTGAATATAGAATGTGTCATAATAGCTCATTTTTTAACATTTCCAACGGA
TTAGAAATTTAATTTTAGTTTGTTTAATTGTTCAAATGTCATTTGTCCTG
ATGAATAGATAGCTAGTCTACTAATAAAGGTCTAATTTCGTAATAAATTA
ATTCATTTGAACCATAAAGTCTATATATTTATCAAAATAGGACATAAATT
TCCCTAAAGAGCTATACATAATGATTCATGTGTCTTCCTTATTTTCTAGA
AAAAGTAGTACATTTAGAAAGAAGAAGAATAAATCTTGTTTTTGTTTCCA
AGATAAAAATAAAGACTTGTTAAAAATATTAATCCGATAATCAGAAGGAA
AAATATAAGTGTATAAAAATCGTTTCTTCAAATTACGTATATTATGGAAG
TTAATATTTTGAAAACTATTGATTATATGTAATTATAAAACAAACTGTAT
TATTATTATTATTATTCCTATAATGAGTTGATTACTATTAATTAATTAAA
TTAAGACGTACATAACCAAAATGAGTGAATAACTTTTATCTTTAAATTCT
ACACAAATACGAACACAGAGATTACATAGATACAATTCATTCATTGATTT
CCATGATGCCCACCAGGTCCATGACCACTTCCCGAAAGTTGATGATGGCC
TCCGTACACTGCACTCCAATCAGAGAGATGCTGAATGAGCCCATGCATAG
CATAATGCGGAATACCAGGAGTCTGAGCCGTTTGATGGTGCTGGTGATGA
GACTGAATGAAACTCGGGGTGACGCTCCTTTCAGAAGCAGTATCACTCTG
ATCATCCATAGGAATGGGAGTACGGGTTCCAGTCAAATGCATTTGTTGCT
GTTGCATTTGTTGTTGTAATTGCTGTTGTTGTTGTTGCTGCTGCTGCTGC
TGTTGTTGTTGCATCATTKCTSCAGCCACTGCAGGAAATGCATAGTCCAT
GGCAGAGGGTTTTAGATCTTGTGACATAGCAACAGCTGCAGCAGCTATAC
TCGCAGCATGAACATTTCCACTAGATGCAGCAGAGGGAATGCGTAGAGTA
GGGGTGGTAGGTGTGGCAGAAGAAGGGTTACACTTAAGGGAAGAGTTTAA
TATTGGGCTTGGAGCGACCGGATGGGGAGTTGGGGTGGTTTCGTTATTCC
GATTATCAATCATAGGCTCTACCGCCAAATTACTGTTGGTTGTTGGAGTT
GTTGTAACAGGAGTACTGCTTGATGGAGTTGGATTATTGCTATTATTGCT
AGTATTAATTGAGTTTTGATTGTTACTCTCATTGTCATTGTTGTTATTGC
TTGGGTGATTGTTATTTGAATTTGATGTGTTGACAGATGGAAAGTTATGA
CGATGGAAAATATGTTCACTTTTAGTTGGGACAAATGCTGATGGGTGAAT
AGGAGGCGGTTTTCCCTTATTATTTTGATGCATAATTTTTGGAACTTCCT
TGCCATGTACACGTAGGTGCTTTTTCAAATTTCCAGATTCGCAGAAACCT
TTGCCACATACTTCACAAACATATGGACGCTCACCTATGTAAATATGACA
TAACCAATAAATGTAAGTACATAAGCCTTATCTGCTCTTAAAAGGATGGT
AATTAATTAAATCCTTACCTGTATGAAGTCTTGTATGAACGACCATTTTA
TCCCGCTGAGTAAAAGTCTTGGCACAATATTCGCATGCATAGGGACGGGT
ATCTGTGTGTATTCGCTCGTGTTTACGAAGAAGATCTCTTCTTTGAAAAT
TTTTTGGACAATAAGCGCATTGATAAGGTCTTTCACCGGTGTGAACACAA
CGGTTGTGAAGTTGAAGCTCAGAACGACGAGCAAAGGCAAAACCACATAA
TTCACAGACATATGGTTTCTCTCCAGTATGGGTGCGGCGATGTTCTTCCA
TATTACCCTTTTGACTGAAGGTTTTGCCACAAAAATCGCAGGAAAAGGGT
TTGAAACCACTATGAACCCTTAGATGTGCATCTAAATTGGCTCTTTGTGT
AAACCTAT back to top
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