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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s55 | supercontig | LSalAtl2s55:168120..172225 + |
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 EMLSAP00000008966 >EMLSAP00000008966 ID=EMLSAP00000008966|Name=EMLSAP00000008966|organism=Lepeophtheirus salmonis|type=polypeptide|length=364bp
MSIYDDHSPISDDILEWLLGDEKVASKWKELAIRLHLEPCIPPIDQNISI
KRKKFDKQKLKEFMSVWRRASPKTYTQSTLIRVLGQVGCTDMINWLILLR
TGDSRKKIEISSLIDASRSTTPLSYSPYSWYSNGGGSNEDRPESSRSFNS
DDRDSSPSRPLSSCSSSETLRKTMTKTITTRTIEKRFYXPHSFGQHSLNS
RIHSQPLFNNSTPKNLHQQQPLPSTASFHRRQYNNHVRGDLHSSRDVSPV
ASSARSSSLKGSQSHLVNTEGXAGGGASSPCXSLSPASTLTTRXGSLGKP
HKVVSFKDTTETYDNYNNEEAYSSNKSLDSLPELLEPLPKGISMDKYFDN
LISMITDAAEDLKV back to topmRNA from alignment at LSalAtl2s55:168120..172225+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000008966-704813 ID=EMLSAT00000008966-704813|Name=EMLSAT00000008966|organism=Lepeophtheirus salmonis|type=mRNA|length=4106bp|location=Sequence derived from alignment at LSalAtl2s55:168120..172225+ (Lepeophtheirus salmonis)
AGCGGACGCAAAAGAGAGTCATCATCAATAGAGAAGCGTGCGCCAAGCCC
GCGTTTCTCAGTTATATGAAAGATAATTTTTAAGTTCCATGACTAGAGTC
ATTTTTAAAGTCAGTTCACGTTCTCATACCATACTTTGGTGATGTACAGC
TTTTTATCAAGTGATTCACGGTGATTCATTTGGAGTAAATAAATTCATTT
AATAGACAAAATGAGTATCTATGATGATCATAGTCCTATAAGTGACGACA
TACTAGAGTGGCTATTGGGAGATGAGAAGGTGGCCTCGAAATGGAAGGAA
CTTGCCATCCGTCTTCATCTAGAACCCTGCATTCCTCCCATCGATCAAAA
CATTTCCATCAAAAGGAAAAAGTTTGATAAACAGAAACTCAAGGAATTCA
TGAGTGTTTGGAGACGGGCCTCTCCAAAGACTTATACTCAAAGTACTTTG
ATTCGTGTCTTGGGACAAGTAGGATGCACCGACATGATCAATTGGCTCAT
TCTGCTTCGAACGGGAGATTCGAGGAAGAAGATTGAGATATCCTCGCTTA
TTGATGCGAGTCGAAGCACGACTCCACTTTCCTACTCCCCCTATTCATGG
TATTCCAACGGAGGAGGAAGTAACGAGGATAGACCCGGTGAGTCAACCAG
CAATAACTCTACTAATTATTATTATTATTATTATTATAAACTACTAATTA
TCATTAAGTTGTTTGTCTACATATATAAATACATTTTTAAAAGCCCCTCT
CTTGAGTCTCTTATGTGTGTACGCAAACCTTATTATTAGTAGTAATAAAT
TGTAATAATTGCGTAGTTTTAAAAAATAAATAATAATTACAATGAGTGTG
TTGAAGTGAAGGGTTTTTGGGTGCATTTATCCTTTTATTATCATCTCTCT
TTGTTGTATATCATATATGTGGCCTGTACATACAAAACCAAGCTAGAATG
ATTTGTCTCAAAATTGAATCTGGATTACATTAACAAAATATCTAAGCAAG
TTTTTCGGAAGGTTTACCGCCTTTAACCCGCGTTCCTTACAAGTACACAA
TTGTAACACCTTTCCTATCTGTCTAAGTACTTTGTACATTGGCCTTATCA
TGGAATTCTAGACACATGGAATAATCACAGATATAACTTAGTTTGTTTTC
TTTATTTCACCTCTTGAAGGAATGTCGTAAAAAATGAGGGAGACCAATGA
TGTAAATTCGATGTGTTTTTTAGCCGGCCCCTTCATTTGTATTTTGGTAG
TATAAAGAAGGAATTTTCTTTTCCTTGGTTGTAGTCATTATTATTTAATT
CCTGAGTAGTGAATATCCTTTCCTAAATAGATTCAATTATATTCTAAACC
CTGTTTGAACTTTTGTGTATGCTCATAAAAGACGGTGAGTAACCGTCTTG
AGATTTGTTGTGGAGTTAAAATTGTAAGTCCTTGTTGGACTCAGAGTAGA
ATTGGAGATCGACATCGGAGTCATTCCAGCAAATGTCCTTGTTTATATCT
TTTTCTCCTTCCTCTCTTGACATAGCTGATTGTAGCTCATCTAATGAAAC
GTTCTGAGTATTATTATTTCCCTCTTCCAAAACATTCTTCAAATTGTCAG
GGTTACCATGTTGTTTTTCGGTGTTGTTCTATTAAAATGCCCATTCCACA
ATAGATTTTCACACCTTTGACACGGACTCTTTTTTTCAACCAGTCGCTAC
GTGTTTATATTCTGCTCATGTGGGGTAAAAAAATATGCTTGATTATTCCA
GGTCTCTAGAATTCTATATTCTATATCTTCTATGAAAAAATTATTCTTCT
TAAACCTTAGGCAAATAGCACTTAAGTAATTAGTTGTAAAAAATCATTTG
AAATGAATATATTTTATGTATATGATTGGAGTCGAATTAAGTCTTATGGA
TCAAAAGAAGGTTCTCAAACTATAGTTTACATTTTTAAATATCTCATAAA
TTTAAATACAAAGCCTTATAATTACCCAAAATAATTTGTGTATGAAATAT
AGCACTGTGCCTTATAAGGGGTTTGTTATTAGGGGGGAGGAGGGCCTGGT
TGGAGTAGCTATGAATGACTCACCAATAATGAAGCGATATATACAAAGGT
GGTCTTGCAAAGTGTCTGACCTCAACATGAAGATAGTAGCACTCGTAAAT
AAAAGTTAAATCAATCTATCTAGCATCTTTTGCCAGTTATTCACCAAAGT
TTCAGGCATTTTGGACTCGTTTTGTAGCAGTTGTTTGAGGGAGCTGCTGT
GAGTTTGTTTGAGTGAAAATGGACAAAATCGAGCTGTAATTCAATATTTG
TTGTTCAAAATGGCTGAAACTTTGGTAATTAAGTGTCAACAGATTCTAAA
CTAGCTGTTTCAGCAATTTTGGACAACAAATATTTAATTACAGCTCGATA
CTCGACTTGATCCATTTTCACAAAAACAATCACATCAACTGTTACATAAC
AACTGATCGTCCAAAATGACTGAAACTTTGGTGAGTAACTGTGATCAGAT
ACTAGATAGATGTGATTAGCTTTTATTTAAAAGTGATTCCATCTTCACGT
TGAGGTTGGAAACATTTCAGATCCCCTTCGCATTACTCAAGGAATTCTAT
AGACCTGGAATAATCATGCAGAATTGATATTATTATATTAGAGGAATATA
AAGTGGTTAAAATAAGGGGGGGGGGGGGGGAAATAGTCAACCTCTTTTTT
ATGCCATTCCTTCAGAAGGGGGAATTTAAATAATTATTGGTGATGGCAGC
CTTCAAAATATTCAGGTCTAGGTTAAGATGGGATGTAAAAAAAAAAAAAA
CACAATATAAAGGACATTTCTCCTCCTTTTCTTGACGTTTCTATTCCCAT
ATTTTCAATGTACCATTGAATTGAGAAAATGTATGCTCCCAAATAAAGGA
TTTCTACTCATAACATTTACGGATTACATACCTATTTTAGAGCCATTCAA
GGAGAAAGACAATTATTTTTATACACGTACATATATTACAGCAAATAGAG
AGAGAGAGAGTTGAAAAATAGCTAGAACAACATTACATACACAGAGACCT
CTAAAAATGAAATATGGCACACACATAAATCAGAGCTCTTCCCTTCCACC
TCTTCTTCTTTGGGGAAGATAGGAAAGATTTATATGGTGATGACATTTTG
AAACAACCTCAAAAAATAATAATAATGTACTTATATTTTTTTTTACAGAG
AGCTCTCGTTCCTTTAACTCCGATGATCGAGATTCCTCACCGAGTCGACC
CCTAAGCAGCTGCAGCAGCTCAGAAACCCTTCGTAAAACAATGACCAAAA
CCATTACCACACGTACAATTGAGAAACGCTTCTACKCACCTCACTCCTTT
GGGCAACATTCCCTCAACTCCCGGATCCATTCTCAGCCCTTATTCAACAA
CAGCACACCAAAGAATCTTCATCAACAACAACCTCTGCCCTCCACAGCCT
CCTTCCATCGACGACAATACAACAACCATGTCCGAGGAGATCTACATAGT
AGTAGAGATGTGTCCCCTGTAGCGAGCAGTGCCCGCTCTTCCTCCCTGAA
AGGCAGTCAGAGCCATCTAGTCAATACCGAAGGGMATGCTGGCGGTGGCG
CCTCTTCACCTTGTTKCTCCCTCTCTCCGGCCTCAACGCTTACCACTCGG
AGMGGGAGCCTTGGCAAACCACATAAAGTAGTTTCCTTTAAAGACACTAC
TGAAACCTATGACAATTACAATAACGAGGAAGCATATTCATCGAATAAGT
CACTCGACTCCCTTCCGGAGTTATTAGAGCCTCTTCCGAAAGGAATTTCC
ATGGATAAATACTTTGATAATCTGATATCCATGATCACAGACGCTGCAGA
AGATCTCAAAGTATGAAGGAACTTCTTTGTATGTGATCTTACAGGGGTGT
CCGCAGGGGGTGGCTGGAGATGCATTATCCCTCTCCCAATAAAGGAATTT
TTGCGTTTAACTATAATTTTTTTTGGTAGCTATGGATCTTTGAAAAAAAA
AATTCGAAAAATCTTATACTAGAAATTTCATTTTTGGTGAATAGGTATGG
ATTTTGAATTTTTTTTCGAAAAAACTAACTCTTTTGTGAACAGCTCTTAA
TTTTTG back to top
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