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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s177 | supercontig | LSalAtl2s177:480974..485043 + |
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 EMLSAP00000003219 >EMLSAP00000003219 ID=EMLSAP00000003219|Name=EMLSAP00000003219|organism=Lepeophtheirus salmonis|type=polypeptide|length=145bp
MDIGENSHSKRASKRYDLFEGQWKNKRYNQHRARVESAASVIDVKPPISS
SFKHIKVKSKKLQKEEEKHTEVMTNNLILLRHLSEISVTKRIDDGEDKKI
HWGDYYEDILMLRQDQIERLKAESLRKLNKHNYSLRRDGGSSKSS back to topmRNA from alignment at LSalAtl2s177:480974..485043+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000003219-699066 ID=EMLSAT00000003219-699066|Name=EMLSAT00000003219|organism=Lepeophtheirus salmonis|type=mRNA|length=4070bp|location=Sequence derived from alignment at LSalAtl2s177:480974..485043+ (Lepeophtheirus salmonis)
CACTCTGAAATTAAACACCAAAGAAGTCACTTCTTCCTCTAGTCATCACA
TATTATCAATATAATTGTTCAAAAAAACATGGATATTGGGGAGAACTCTC
ATTCCAAAAGAGCTTCAAAACGCTATGACCTATTCGAAGGCCAATGGAAG
AACAAGAGATATAACCAACATCGAGCAAGGGTCGAATCTGCCGCCTCTGT
GATTGACGTAAAACCTCCAATCAGTTCTTCTTTTAAACATATTAAGGTAG
ATCTCATTTCATTCATTATAAATATTATACTCGAGTAATCGGCATAAATC
AAGAAGTTTGAAAACATGCTCAGTGTTCAAGGATTGAAAAGTGTACTCAT
TATCAGAGATGAAAAAAATATGTTAAATTAAGAGGGAGCATCTTTTTGTA
GTTGCAACTTATATAAAAAAATATAAAATAATCGCTAGTGCTTGAAAAAG
CCCACCCCATTTTTTAACCTTTATTTGTTATTCCTTTGATCGGTTAAAGT
ATGAAAGCTGTAGATACTTTTAAACTCTATCTATTCTATATGTCCATTTA
CCAATCCAAAACTGGAAAAAAGAAATTTCCCACATGTAAAATTAATAGTT
CATAAATGATTTTTTTTTATACGAACTGCATAACATTTCACATCCAATTT
CTTCCAATTGTAAGCGAGGTGAGTGGAGACTGACTCGCCTTACCCCGTAT
AATTTGATCAAACTCAGGTAAAGAGCAACTGTCTTAGATAAACAAAACAT
AATTTGTAACACTTAATTAGTACCTCTAGAGGGGTATTTATCATAAAATG
GCTTATAAATTATTTCATTGCAGTAAAAGGATATTGCTTATAAACAAGAA
AGCTAATGTGTTTTTGTATTCCTCTTCAGTACTGCATGTTTTTAGATACA
TATACAGTTTTTTTTTACTTTAACTAATTACATATTTTAATATTTTCGAA
GGAAATGTTTTATGTAGATTATTAGAAGATTACACCTTTAATTCTCTTAA
ATTCCTTGCCCAATTTGTATATATATATATATTTTCAAAATATTGCAAAC
AATATTAAATCATTTTGGTGGAGCTGTGTTCCTTTTTTTCCCTTTAAAAA
AAAGAGGGGAGTGACAGCCCGAGTATGTCAGTAGACTATGTTGCAATCTT
TTTCTTTTTTTACAAAAGTGAGAGAGGGTTTCTTAATGGAAAACTCCATC
CCTCTTCAATTGTTGTGCAACAACAGGTCTTTTTTTTCTTTATTTTTTAT
TTTTTACTCACAAAAAGAGGAAAAAACGGTGCTTACTACTCCCTTCTTAC
CTAAAGCTTCATTCTTACCTATTTAAGCCATTGCCACGCACGTGGATCTA
TAACGGAACGGTTCTACAATACATATAAAATGACATGTGTTATATTTGAC
AACAATTTGTATTTATTTTTCATATAATTATAGAGTATGTACATAAGTAC
AAATTTATTTGTTCCTTTTTAGTAGGTTGAATATGAAATTATTCAAGAAA
TAACTTAGGTACTTGCTGTGTCCTAAGTTAGAAGACTCCAAAGGCTCCAG
GTTTAAAAGAAAATATTCTTAGCATAAGCAAAAATCTTGAGGGAACATGC
TCTTCTATAATAAAATACATGATAACAGGGACATCTGTAGGATATTCGAG
GGGGAGGGAGATCTTGGTTTTTGGATTAGAAAAATTAATTTTTTGGAAAA
GAAAATCAAAATTTATATTGATTCACAGAAAATTAATTAAAAAAAATAAG
TTTACAAATTTATTTCTTTTTATTCAAAATCCACAGCTAATTACAAAAAG
TTATATTTTTTGGAAAAACTTTCAAAAATTAGAATTAAAGTATTAAATTT
TTTGAAAAGAAATAAAAAATCTACAGCTATTTACAAAAAATAAATTTTAT
TCGAAAAAAAAATCAAAAATTCAATGTAATTAGCAGAAAAATAATTTTTT
TATAAATTTTTGGAAAATTAAATCAAAAATCTACAGCTATTCACAAAAAA
AATTCAAATATTAACTTTTTTCAAAAATCCAAAGCTATTCACCAAAAATT
ATATTTTTTGCTCCACTGTATAATTTGCCCGAATAACGAAAAATCATATT
GTAAAAAGCAAAAATTCCTTTATTTTGGAGAGAAGATTACAGCCACTCTA
TCCTATCACCTACAAACGCCCTGGAGCAGGGGATAGGGGAACTTTTTTAT
AATTTTGACATAATATTTTCTATCTTTTTTTGCCTTTGTTTATATAAAAG
ACAAATGACTTCTTTTAGACAAATTCGACGACAAGATTTGAGTTGGGGGG
GGGGGGGWACACTAATGGSGAAGTTAGCCAAAGGTCAAGGGACACACGCC
TTGATCCTCAAGATTTATTCTATGAACATGTATATTTTATATATTTAGTA
TGTAAATAAATACAATTTGCCCCCCTCCCGGGAATAATTTTCAAATTCTT
TGTCCTCTTAGTATAATATAAAGGGATATCACATGATTTTAAACCATGAG
TCATGCTGCATGATAAACCCCCTTAGTCCCTTTCCCTGCGGATGCCCCTG
AAGTAATATAAAATTAAATAGAAACGTAGCACGCCATTGCCTTTTTGTAT
CTTGTAAAACAGAAAATGATCCAAATCATTCTGTAATTAACTAATTGTTT
CCAACTATGGAATTATTATTGAACAATCATAGCGTTGACACCTCAACAAG
AGCTCATTCATATTCAACCAATCAATGCTCAGAATACTAATTAGGGTATA
AGAATCAGAAAAATTGACAGCTAATAACGAAATCCTGTGTAAATTTTTAT
GTTAGTGAGTTGAGTTGTAGTAGTAACGGAACCTAAGGGGCTTAAAACAC
TTCCCCCCACCCCCAAAAAACTATTGTAGACTGTTTATTTGCTCTCTTCA
TTCATAAAATGTTATTCTTCTTATAGGTTTCATATATCTCTTATGAATGG
CTTACATAAGTTAGTATCCATTCGTCAACTAATCAGGGCAGTTACGGTAA
TTTTTCTTTGGGATTTTTGATACAACTTTGACAATTTTGACAGAATGTTT
CTTTTGATTGAACGTCAAATTTGTCCTTTTTTTTAGAAAATTGACAAATA
ACTTCTTTTTTTAAGAACGACAAACTTTTTCGAAAATAATTACACATAAA
ATTTATTTGGAAGAGGCAAGATTTGACGGAAACCCCTTTTTTTTAAAAAA
AAGATTTTTTTAGAGGAAGCAATATTTCACTATATAAATACTTTTTTGCA
CTACTTGACATAAAAAAGAAGATATTTTTAAATTTCACAATTGTGACGAC
AAAATAAAAATATTCACAAATAATGTTTATTTTTCTACAAACTTTTAGTC
AGAGAGAGAGAGAGGCTACAGTAATTACAGCCCRGCTGCCRATAGTCTAT
AAGAAAGAAAAWGTATTCTTTACTTATGGTTAATGGTATTAATTATTTTA
TTGATAACTTATTTTTGTAGGTAAAATCTAAGAAGCTGCAAAAAGAAGAG
GAGAAACATACAGAGGTCATGACAAATAACTTAATACTCCTTCGACATTT
ATCAGAAATTTCCGTCACAAAACGCATCGATGATGGCGAGGATAAGAAAA
TCCACTGGGGTGATTATTATGAAGATATTTTAATGCTAAGGCAAGATCAA
ATCGAGAGACTCAAAGCTGAATCTTTGAGGAAATTAAACAAACATAATTA
CAGTTTGAGGAGGGATGGTGGGAGTAGCAAATCATCTTAGAAATGAGAAG
AATTGGAAATAACAGAGTTATAATAATGCCACTCATTAATTCGTGCGTCT
TTGTGATGTTATCCATGTCTTTCTGAATAAGCTCTATCTTTTCTTACTCA
TATTTCACAGCCAAACAAAATTAATTTCAGGAACAGACGCCATATCGAGT
TACAACTAAGAATTACATGGCAAGAACATATTTTATAATTAATTATGTGC
CTGATAGGGAGTGATAAAGTGTTTATGTCATCTTTCTATAGTTATAGATT
GAGATTGCATTTTGATTTACTTCCATGTATCCTTTCCAGTTCATATTTAT
AAAGAAAAGGATTGAAATAT back to top
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