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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1122 | supercontig | LSalAtl2s1122:143045..146770 + |
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 EMLSAP00000000762 >EMLSAP00000000762 ID=EMLSAP00000000762|Name=EMLSAP00000000762|organism=Lepeophtheirus salmonis|type=polypeptide|length=482bp
MAFLFHSRFHHQVDPEPFDKCLFCPNISSNFKDLITHVLKNHCGIIFSSN
SVNCDTSDLEQCLDTPDKFLCDILEIKNEENVFNENDHLSQTKIKEILKE
HLESLTQIPNEINNDSEGDAWDINKLKWIIDDPRTEENIQVIGERKCFSC
KLEFETHMKKICHRSQIHSPIKGPTFQCHFCLESFSLESKATKHINEEHG
FSTHHPWYLSQQQSQGLISNSEGKISLGNGGYQCCICSLNCSSLTNFLIH
KISSHSSNAQEYECDYCFEKYLSKSNLRLHVLIGHGSYKYQCPVCSLTFD
KSIEFCEHIKSEHIMIRRESSSKFEFQIKSSSYEKKDALTCHLCHHNVRG
PRMLSKHMQSIHGVKQEVDCTKCGKTFDSYQELTNHNRSVHTKSAPCQFC
GKLFESRQTLDVHIATIHEGKTLIKEFMCENCSRTFSSKQLLQTHMRCHS
NDKKITCKICGKAFKWESSLSHTRILVTKKNA back to topmRNA from alignment at LSalAtl2s1122:143045..146770+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000762-696609 ID=EMLSAT00000000762-696609|Name=EMLSAT00000000762|organism=Lepeophtheirus salmonis|type=mRNA|length=3726bp|location=Sequence derived from alignment at LSalAtl2s1122:143045..146770+ (Lepeophtheirus salmonis)
CTTTTTCCTTCAAACGAAAAATTACTAATCAATTAGTAAATTCAAAATTC
TGACTGTAATTAGTAGTAATTACAAATGATTAATTAATAAATGTATATTC
AATATTGTATATACTATAATAGTCTCTTACTGAAAAGATGAGCTATTGTG
GAGTGTGTTCCTGGAAACTACGTCCAGGAGAGAGTTCCTACTCTTTGTCT
GGAGATCGTACATCCCTGTCCAATGTGAGCCTCCTCTTTAAACTATTTGA
TTTATTAGGACTTGAGCTCAGCTACGATGGACTCATTTGTCACTCCTGCT
ATGAACTCATTGAGGAAATTGACTTTTTTGAGCACAATGTTGGACGCTCC
AAGGATAAACTTCGATCTCGTCTACCTCTAGTGGGCGATGAGGAGGATGA
GGAACTCGAGGATACCACCGGGGAGAGTTCAAGTAAAACGGGGNNNNNNA
TTACGAAAATGTTACTCCACTCGATTAAAAAAATATGTATGGTCCATCAA
CACAAAATCAAGATGAATAATTTTCAAAAAAGTTACAATTGTATTTTAAT
ATAATTATCTTACATTTATTTTAATACATTATTTCGATTAATCGTTCTGC
ATCAATTGTTCTTAATGATCGTAAAAATTATCGATCAGTTACAGAAAAAA
GATCAAATCGAATATATTTGAAATATAAGGGCCATAGTTAATTGAAATAA
GTCAATGAAATATGTGGCTACTTATGTTTATCTGTTAAAAGAATGTATTT
GGAATTATTCATTTTCTTGATTTTTTGTTGAAGATTGCATTGCTGTTTAT
GAATTAAAAAAATTGCTTATTTGAAAAAGTTGATCCTATTCAAATTTGAC
TGTATTACTAAATATTATGAACTGATCGAGTTTTGAAAATTGTGGGATTT
TTTATTTTGGTTAATTTAGATGTCCTCAGGATTACTTGGCAGAAATGAGT
GAATTCGAGAGCACGATCTGCCATCTATGTGAAAGTTCAAGCTTCCCTTC
TTGGAGAGATAAAATAAGTCATTATCTCAAATCTCATAGCACTCAACTTC
CCTTCGTATGTCCAATTGATAACGAGTGTAAGCAATTTTAATAAATTTTA
ATACTTTTTATTTTATTTATTTATATTTTGAAAGCCTTACCCGATCCCTT
TGATTCTCATTTTATCCATGATCATGGACTAGAAGATTGGACATCAGAAT
TTTCCATCTTTAAATTACTCGGAGAAACAAAGACTTCCTTCAACCCAATC
ACAAACAATGCTCCAAATGTGGCCTAATTTGTACTAGTGAAATGGCTTTT
CTGTTTCATTCTAGGTTTCATCATCAAGTGGACCCGGAGCCATTTGATAA
ATGTCTTTTCTGTCCAAATATATCCTCAAATTTCAAGGATTTAATTACTC
ATGTACTAAAAAATCATTGTGGAATTATTTTTAGTTCAAATAGCGTTAAT
TGTGATACTTCTGACTTGGAACAATGCTTAGATACACCTGATAAATTTTT
ATGCGATATATTGGAGATTAAGAATGAGGAGAATGTGTTCAACGAAAACG
ATCACCTCAGTCAAACAAAAATTAAGGAAATCCTAAAGGAACATTTGGAG
AGTCTGACTCAGATTCCAAATGAAATAAATAATGATTCTGAAGGCGACGC
TTGGGATATTAATAAATTAAAATGGATTATTGATGATCCTAGGACTGAGG
AAAACATTCAGGTTATTGGTGAAAGGAAGTGTTTTTCTTGCAAATTGGAA
TTTGAAACACATATGAAAAAGGTATTGTGATGTGAAACTGATAAAAAAAG
AAAATAAATTATGATTTATATCAGATATGTCATAGGTCCCAAATTCATTC
TCCAATTAAAGGTCCTACTTTTCAATGCCATTTTTGTTTAGAGTCCTTCT
CACTTGAATCCAAGGCTACGAAACATATTAACGAAGAGCATGGATTCTCG
ACTCATCATCCCTGGTACCTTTCTCAACAGCAATCGCAAGGTTTGATTTC
GAACTCTGAGGGCAAAATATCGTTGGGAAATGGAGGCTATCAGTGTTGTA
TATGTAGTTTAAACTGCTCAAGTCTGACAAATTTTCTCATTCATAAAATA
TCCTCTCATTCTTCCAATGCACAAGAGTATGAATGTGATTACTGCTTCGA
AAAATATCTTTCTAAATCAAACTTGAGACTTCATGTTCTTATTGGCCATG
GAAGCTACAAGTACCAGTGCCCTGTTTGTAGTTTAACCTTTGATAAGTCT
ATTGAATTTTGTGAACACATTAAAAGTGAGCATATTATGATTAGAAGGGA
GTCTTCATCTAAGTTTGAATTTCAAATCAAATCATCTTCCTATGAGAAAA
AGGATGCACTAACTTGTCATCTATGTCATCATAATGTTCGGGGACCTCGT
ATGCTTTCAAAGCATATGCAGTCCATCCACGGAGTAAAACAAGAAGTAGA
TTGTACGAAATGTGGGAAAACATTTGATTCATATCAAGAACTTACAAACC
ATAATCGATCTGTGCATACAAAATCTGCACCTTGTCAGTTTTGTGGAAAG
TTGTTTGAAAGTCGCCAGACCCTAGATGTTCATATTGCAACCATTCATGA
AGGGAAAACGCTCATAAAAGAATTCATGTGCGAAAATTGTTCGCGTACGT
TTTCAAGTAAACAACTCCTTCAAACTCATATGCGATGTCATTCCAATGAC
AAGAAAATAACTTGTAAAATTTGTGGAAAGGCTTTTAAGTGGGAATCATC
CTTAGTGAGCCACACTCGTGCTGCACATAGTAGTATGACTCTGTCTGTTC
AATATGATTGCAACTTCTGTGGTAAATCATTCAAAGATCGAAGCAATTTG
AAAAATCATGTATATACTCATACTGGGGAGAAGCCCTATCAATGTGATAA
TTGTGGAAAAGGGTTTATCCGCAAAGATTTGATGAAGTCTCATTCAAATA
TATGTCCTAAGTGAAAGTTGTCTATAATATCCTTGACCATATAAAAGTAT
TGTATGAACACCAATTTAGTTTAATGCATAGTTGGTCATAGGTCGAGATC
ATTAGACAAAATACTCATAAAATTCCTTCATTCTATTCAATAGTCACTTA
TACATATTAGTTATGAGGATAATCTATTACCTTTTTTAGGAGGTGACACT
GCAGGCAAGTGCCCGGGCCGCGCTTTATTGGAAAAATAAGAAATTCTATC
CTTACGACTGAGAAGATTGAGGATAAATTTATTGTATAAAAAGTTTATGT
TAATATTTGATTTGAAATACATATTGCAGATTCTCTGTGTTGATGGTTAA
AATCTACAGGACAAAGATAATTCTATGTATTTCTTGTAGTCCTGATTTAA
TTATGTGTGTTTAAAATCAATTATTATTATATTGTCTATATAGTCTCATA
CTCGCATATTAGGTAAATATTCTTAGAAAAAACCTTCTTGCTTTTAAAAA
GAAATTTATGCTGCATTATTGTACTAGAAGAATTCAAATGAGTAAGAACA
TCAAATTTGGGTCGTGGATGATAGTATTTGAATAATTAATTGATATACAT
ATTATATTTCTTATCATAATAATCAGTTCCTAATAAAATTATGACTTACC
AAAGAGTTTTGAAAAAAGAATACTATGAATAATTACCAATTGGTACCCTA
AAAAATGTTATGAGAAAATGTCCTGTAGTATTTTTTTTTTTTTTTAAAAA
ATTCAGTTACAAAAAAAAATGCTTAA back to top
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