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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s463 | supercontig | LSalAtl2s463:244081..248812 + |
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 EMLSAP00000007878 >EMLSAP00000007878 ID=EMLSAP00000007878|Name=EMLSAP00000007878|organism=Lepeophtheirus salmonis|type=polypeptide|length=306bp
MSNKVIKLLLYIAQLPFCYQLFPLDCNCGRSYAHNGFSGDNSKMLKGDYL
SKNEQPWLXFLDSSFSDGRRIFCSGAIINLKFIITAAHCLKSRNHSLDLV
YVYVGAHNLSNMDKHSRIYRSSSVILHEDYNERTFENDIGLVELPVSLLF
SPSVQPVCLPRHREVQFNQRIATVYGWGDIQHNRALGSLLPKGVNLYITQ
PDEKRSNGSLKRFIAKSEENRVCTLSEGGPLVLKENRKFTLVGVTSLASQ
CEVQNMTGEFARVSQYMGWIIKHAVNGECFRKTSFYSRILTMLLHLNESF
NFDDDR back to topmRNA from alignment at LSalAtl2s463:244081..248812+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007878-703725 ID=EMLSAT00000007878-703725|Name=EMLSAT00000007878|organism=Lepeophtheirus salmonis|type=mRNA|length=4732bp|location=Sequence derived from alignment at LSalAtl2s463:244081..248812+ (Lepeophtheirus salmonis)
TAAACATTTATCGTAGCTTGAACAAAACATTTATCAACTTAGTTGATAGG
AAATTAAACTCATTCTAAAGTAATGAGCAACAAGGTCATAAAACTCCTTT
TGTACATAGCTCAACTTCCATTTTGTTATCAGTTATTTCCCTTAGATTGC
AGTAAGTTACAATTCTAATATATTTAAAGGATATAATAATGAAATCCAGG
GATTATGGTGATTTATCTTCATTTAAATAACATGAAACGGTCATTTTTTA
AGATTTGTTTAAAAAACCGAAACTGAGAAGCAGATGTCATCATTGGAAAT
GTATCAGGGAACTCTTGGTGGCGTGAGGACCTTTGTTGACCTTTGAATCA
TGGTATCTCAAGAGAAAATAATCCATCGGATTCAGGTCAAAGGAGCAAGG
AAGTCAAATATCCTCTGACACACAGTTGTAGAATTGCTCATGAAGCAAAT
TCTGGGTCTGAGTCTCCACCAGGGCCTTTCTGAACCTCACAATCCTTGTT
CTGTTGATCCTTGTCATCTTTGAGAACTCATCGTTGTTAATATCAAGATC
TTTGTTCACCAAAATCATCAGAACAGCACACCTGCATTCTGACTATGAAC
ATGTAAAACAAATATACTTCAAATCTTCTGTTGTTTACTCCATAGAAGGT
GATTTGGCTACAAAGTGAAATGTATAGTGAGTGAGTATACTCCATCACAT
ATAAAGCATTGCAAAATTCCGTCATCATATATGGCGGACAAATCCGGAAA
TTTGAGGCCCCGGATTTCGTTGTTATGTACACCCTTTATCTAGTTAAACT
CTAATCCATGCTTAATTTCAGACTGTGGTCGATCATATGCTCATAACGGC
TTTTCAGGAGACAACAGTAAAATGCTTAAAGGTGACTATCTTTCCAAAAA
TGAACAACCATGGCTGKCCTTTCTGGATTCTTCCTTTTCGGATGGAAGGC
GKATTTTTTGTAGCGGAGCGATCATTAATCTCAAGTTCATAATTACGGCG
GCACATTGTTTAAAAAGTAGGAATCACAGTCTCGACTTAGTTTATGTCTA
CGTTGGGGCTCATAACTTGTCAAATATGGATAAACACTCCAGGATATATC
GTAGTAGTTCAGTTATTCTACACGAGGATTACAATGAACGTACTTTTGAG
AATGATATCGGTTTAGTAGAGCTACCCGTATCTCTACTATTTTCTCCTTC
CGTTCAACCAGTTTGTCTTCCTAGGCATAGGGAAGTACAGTTTAACCAGC
GGATTGCCACAGGTTCTAATTCAGAATTGTAACCACCAGATTAATTAAAT
GTGTCTCCATATTTTAGTGTATGGTTGGGGAGATATACAACACAATAGGG
CTCTTGGAAGTTTATTACCGAAAGGAGTAAATTTATATATTACTCAACCA
GATGAAAAAAGATCCAACGGTAGTTTAAAGCGATTTATTGCAAAGTCTGA
AGAAAACAGGGTCTGCACTTTGAGTGAAGGAGGACCTTTGGTCCTCAAAG
AAAACCGAAAATTTACATTGGTTGGAGTTACAAGTCTTGCAAGTCAGTGT
GAAGTACAGAACATGACGGGAGAATTTGCACGTGTCTCTCAGTACATGGG
ATGGATAATAAAACATGCTGTTAATGGGGAATGCTTTCGAAAAACCTCAT
TTTACTCACGGATTCTTACCATGCTCCGTTCCTCCTTAACATAGAATCTA
TAATTTATCATTCCTACATATTTGATACATTTAGATATTATAATATATGT
TTNGTTGTATCAATGTTGACATCTTGTACAAGCCGTAGCTATAGTTGCAA
ATTCTACAATTTGCAACTTTAAAAGAGATTAATAATTTTTAACAAAAGAA
TTGAAGTACGATGATATTATTATTTCAATAATTGACACATGTATATTAAT
ATTAATATTTAGGAAATCACAGATATTTGAGTTAAACATAAATTTTATTT
GTCATACTTATTTTTAAACGAATCTCCAGTCAAATTATTAGAAACTTTAT
TTTATTTACAATTCTAATATTAAATTGGAAATACTACTAAATTTACTCTT
TAAAAAATGTAAATTTTCAAACTTTAGGGACGTTTAGCTACCTTTAAATN
CTTTTCAAACCTGTTCAACCTTTTTAAAANGACGCCATGTCACAGGACTT
AATTCACTGCGGGTACCAGGCCTTCTGTTTCCCCCTGGAAGCCATCATTG
TTAATAAATGTTACTACATTAATTATTATGCGAGCACAGAAGCACATCTA
TGGATAGTATTAGTTTTGTTGTAATCCTACTTTTAATTAATAAATTATAT
TTTGCTGAAGTTAAAAATTCAAAATCTTCAGATTTTAATGGACCACTAGG
TATCTTGAACTCTATGGACCAGTATATCTCAAAGTGTAATAAATGTACTA
AAATATGGAGTGGAATAAAATCCAGATAACAAAATATTTTAAGCAATTAT
TAGCAATATTCTTGAATAAAAAGTGACCCCAAAAAAAAAAAACCTAACTA
TTTTCCCAAACATTTTATTTAAAAAACAAACAACCAAGATATCCATTTCT
ATTTTGGAATTACGGATGAATAGGGGACGAGGAGAAGACGGGAGCCATGC
ATATGGCACTACTAAATAATAATTAGYAAGAATTAATATCAGCGGCCTAT
ATATTATTTGAGGAAGAACATGTATTACTAATATAGAGTGAAGAATCTTT
AACCCTTCTAATAGCATTAATGAAGGTAAAATAGTTTAAAATTTTATTTT
AACATATTATCATGTATAAATTATTTTTTATGCATATCCAAATAAAATAA
AAAATAGCAAAAGCAGGCGAAAATTATTCATTCAGAGGAAGATGTTAACA
CCACGACAATCTTTTATAGAATGAACTAAAAAAGAAAAAAAGAGCACACG
CGCCATACATTTTTCCTCTAATAATATCGAAACATTTATTTTTCTTAACG
CTCCGCCCGACCAGAGGGAAGAAATCCTCAAATGCTATCATAAATGTGTT
TAAAATCAAAATGTTTAAGAAAGTGCTGTTTGAAAATAGAAAACAAAAAC
ATTTAGAAAAAACAGTATAACCTGACGTTCCACAGCGACTATTCATATTT
TGAAGTTGAAAATCCCATTTAGTTTATTTGGATGTTGTTGTTTTTTTATA
CCGAAGTAGAACTTTGTATCAATTTATTATTATTTCATGAATCACACACA
ATCCGCAGGTGAATTACGCCTGAATCACAAAATATAACAAAAACCAAAAA
ACATTCCAATAAAAATTATTTTTATGAATAATTTGGACAATGCACTAATG
TATCTAAATTTTTATAAGATGCTCTGAACTTTTGTGCTAAATCAATTTAT
TTATTTTTGATTAGTGACAATATAAAAAACACACCTTTCGTGATTCGCAA
CATTTGCAATATGCTCACATTCAAATGAAAAATGTATAATTGTTTCCTTT
GATGCCTTAGATAATCAGGAAATTTGTTCTTTATAAGGGTGTTACCTCAC
TAACATACAAACACCCTATATATTTTGTTGTCAGCTATCGATTCCCTCCT
CTCCCTTGATACTTCATGGTTATTTCATAATGCATTCTTTTAAATAAATA
AACAAATTATGAAGTTATTTTATACGTAAACTTCATTTGCCAAAAGAAAA
GGAATCCAATTGCTTGTTGATTCCTCGACAATTAAATAATATATATCGGC
CATTTCATTATTCATATTGATAAACTTTGGCAATCATATAGAAATACAAA
TTTATAACTACACTTTTAATAGAAAGTTATAATTGATATTACAATAGAGT
ATTGAATAAAATACTATGAAGACTTTAATATAACGCAATATATATGTACC
TATATATATACTGTTGTTATGATTGACTTATGTGGCTAATTAGCAGATGA
TTTGGAGGCATTGTTCCCTTATTATCAGAAAAACGGCTGCGCGATAGAAT
AAAGTTAAGGATATGTCATTAGTCTGTCCCTACACACTACCCAGGGAGTA
GGTGTTGGTAACTACTCTCTATTTTGTCCAAAATTGTGATTGACAAGAGT
AGAGAGTTCTCTAAGCCTTTGACTATCTCTTGAACCGAAGCATCGGACCC
AACCCCAGATCTTCTTCTTTCAATTAGATTAATAAAGTGTTGTTTTGCTC
CTATCTCAACTGGTAAGAATGTTATTCTTAGYAGTCCTCCAAAAATTATA
AAAAAAGTTTCTGTATATTTTTCTCGTAGGCTTTAATTTAAATTTATGTG
TGGAGTGTGCATTGATTTGCTTTTATACCACCTTCATAAACAGGCTGTTT
GTATTATATTACAATTGTTTCAAGGCTTAGGAAAGGGTCTATGCATCCCA
CATACACATTTATTGGCTTTTMCTGTMCYCCAWTGTGCTTTTCCCCCCCT
ATCCATAGGATTGCATAACTTCAAATGTAAGCTTCTAGTTACAGCCATAT
ATCATTATCTAATCATTATTTATTGCTAGAAAAACTATATTTCTTAATAT
ATATATATATCTACGTAAATAAATAGGAAAATCGATACTTAATTGATCCG
TAAGTCGATATTCCAAATCCCTCAGCTTTCAGTTCTATACATAAATATAT
ATATCTAAATATCATTTTTTTTTTCATTCTTTGATACATGTCTAAGATAA
TTTTTTTTTTCCCCACAAAATGAGATACGATATTTTTTATTTAGTACATC
TGAATGAGTCATTTAACTTTGATGATGATCGA back to top
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