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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s96 | supercontig | LSalAtl2s96:406658..411623 - |
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 EMLSAP00000012775 >EMLSAP00000012775 ID=EMLSAP00000012775|Name=EMLSAP00000012775|organism=Lepeophtheirus salmonis|type=polypeptide|length=132bp
VFIRSKGHNPIIAAVKSGVTTFTKPNNVTVSSIIKKFDSGFGYLAVKEIN QIMLHCEGLFQDGSLGSLNLTGTNIVFQQMTLYDESNFTSVGFASENNLQ ILGPHVTKRHEKEFFHHFVHMTHDSSKDGRNI back to topmRNA from alignment at LSalAtl2s96:406658..411623- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012775-708622 ID=EMLSAT00000012775-708622|Name=EMLSAT00000012775|organism=Lepeophtheirus salmonis|type=mRNA|length=4966bp|location=Sequence derived from alignment at LSalAtl2s96:406658..411623- (Lepeophtheirus salmonis) GTATTCATTCGTTCTAAAGGGCATAATCCAATTATTGCAGCAGTGAAATC
TGGCGTGACTACATTTACAAAACCTAATAATGTAACTGTTTCATCCATTA
TTAAAAAGTTTGATTCTGGATTTGGATATCTCGTTCACCAATCCGAGAAT
GCTACAGAAGAAGACGTTCCAAATAAACTCTAGTAGGTATTTGGCATTTG
TATTGAAGGTTTTATCAAAACTATAGAGTAAGTAATGAAAAATGCAGGTT
AGGTTGAGTAGATTCCTTGTATTAGTAGTATATGATATATATCAACTTGT
TATTTTCAGTCATTTTTCCTCGTGACGTATGTAGCTTATTCCTCCACAGA
ATTTACCTTGTAATTTCAAGTTAAAAAGGGGGAATTCATGTTTAATTATG
GAGTAATACCTTAGTATACTCGACGCCCCTAGCGGACAAAAACGTTATCG
TGTAGCCAAATATTTTCGAACAAATTATTTATCATGTGGCCTTCATTTTC
CACTTAGTTTATAGCTTTGGTTTTTATTAATATAATAGATTATTTTGATT
TTTTCTAGCCTTCGCTTAGCTGTAACGATTGACTCAGCTCTCAAGAAATA
CTTTGACTTCAATGCTCCTAAGGCTGTCAAAGAAATCAATCAAATCATGT
TGCATTGTGAAGGACTCTTTCAAGATGGCTCCTTAGGTATAATCTTTAAA
TATTTATAACATTAAAAGGCAGTTTAAACCTTACAGGAACAAATATAGTG
TTTCAACAAATGACACTTTATGATGAAAGTAATTTTACATCCGTTGGATT
TGCTTCTGAAAATAATTTACAAATATTGGGACCCCATGTTACTAAGAGGC
ATGAAAAAGAGTTCTTTCATCATTTTGTACATATGACACACGATTCAAGC
AAGGATGGGGTGTTGGGAATGTCATATATTGGACAAATTTGTTCACAAAA
TGCTTCGTTGCGAACGTCCATCATTGAGTATAATTTATCACCTCTTCATA
CAGCCTTGGTACTTTACTTGGTTGTCCGGAATTAGAGTCCCACTAAAAAA
ATTAATTTACCCATAAATTAGGGTTTGCATTAGAATTTTATTTATTCTTT
TTTACAAGTTTAATATTGTCCAATTATATTTCATTCAATGCGCTCCTCTT
GATTAAAACAACATGACGGAAACAACTCAACACTAACTTGGAGATAGTAC
TCACAAGTTTTGCAGGATCTAGAAACTGCTTTGACCTCTCTTCGACTATA
TCCTACATTGCAAAGTCAATGGGGTTAAGATCCGGTGAAGAAGATCAAAA
TTACATTGCACCATTCTTAGCCTTCATATACGTCTTAATTTATTGAGATA
AAGTTGATGGGACTCTAATTATGGACTATCTTGTAATACATCACATAAAA
AAATTGGACATAGTGTCACTTTGATTTCTTATTAGGTGCTGGCCCATGAG
ATTGGACATAACCTTGGTCTAGTACATGACTCTGAAAATTGTGTGGGTAT
AATGTACCCTCTAATTATTGGATCGGATGTATGGTCCAATTGTAGCAGGC
GTCAACTAAAGGGATTCTATAACTCAATTTTGAAAAAGCATGGATCGTTT
TGCTTGGAAGAAGGGAGTGGTAAGGACAATAAGTAGCCTAATTAATTAAT
TATAATCAGAAGTGTGAACTCGAGTCGTTATAATTTGAGGACTTGGAATA
CTGTAGTACTTTAGTCCTCCTTTTCGTATAAAATTTGTCTGGCCTCTCTT
AATCATTAATATAGCTACCTTTAGTGGCAATGATGGCTTCCAGGTGGCAG
TGGAAGGCATGGCACCCGGMCAGGATGTAGMTATCTGTCATGGCGTCCCA
ATGCTGGCCTAAAGTGGCCCTCGGTGTTTGGATGACGGACACTACAGGTC
TTTCCTCGACATGCACCCAAAAGGTGTAGTCGAGGGGGTTGGAATCAGGG
CTGTATAGTAGCCAAAAGTGTCAAAAAAAGAGTTCAAAAGAACTCAAAAG
ACTCATTCAAATGAGTTAAGTAAAGGAGGAGATAGATGTCTTTCATTGTT
GCTGTCAAAAGTGGCCTCTCCACCCTTAAAAGGCTCTTTCCACCCACTTT
TTGGATAACTCTCTGGACAGTCTTGTGTGAAACTCCGAGATATCTTGAGT
GGGTACTCATTGACTTGAGTAAATTGATCTGGGCTGTGTTTTTTGAACTC
CTCTTGGTCCAAGTTGGCCTTTATGAAAAAGTTCTTCTTCCTTTCCAACG
TTTCGGACATGTTGATGGTGTCCTGGAGACGCTCAACTTCTGGGAGTGCC
AAAACTCTCAAGTGTCATTCCTCGACTTGTAGCTAAGCTAGAGAGCTAAG
ATTTGCTTTGTTTATGCTTTAATATTTCGAAATATGAATTAATTTCAATC
ACTCAACCTTCATTAATGATTGAATTAGTAAGTGAACAGATTTCAAACGA
CCATCCAGTAATATAAGCTACCTTACAGTATATTTTGTTGGATAAAAAGT
TTGGTTTTTCTTTTGGTATTATTAATTAAGAAGTAGTTTTAAGGATGTCA
TTAATGGAGTCTAAGATTCCATATAACTTACCTAACCGAAACCTGAGATA
TGAAAATAAAGAGACCGATGGTACAACCTTAGGTCTTAGAATTGACTGGG
ACTCGGAGCCATTCAAACTCAGAATTACAGTTATTTGTCCTTTGAACTCA
GAGTTGTTTTTTAATACGTTTTCTTTTAACACAGATAATTGTGATAAACT
TACGCTCGCATGTATGGGTTATTGTATTTTTCGTATAAACTATTAGGCTT
GTAAATCCTAAGAATTTTTTTAGTGTGCGAGTTTTTTGTTCTCGTTGGCA
AACTGTACAGGTTTTTTATTTTCTAATTTCGATATAATTCAATTCTTGAA
GAGAAAACATCAAAGTATCAAGTGTAACCAGGAGTGTTGAATGAATGAGT
GTAACGCTGATGATTTGTTGGGAGAGTTATAAGCAGTTATTAAAATTATA
TGATCCGCTGTGTGCTAAAAAAATAATCAGAAAATTAACATGGTTTGAAG
AATTTTTGGGAGAAAAGCAGGTTAATAGTCATGCAGTCCTATTGAATTTG
TTGCAACCTTAGGCATTAACCCCTTCTCCGTATATAGCAATGATAAAGGT
AGGAATTACTCCAATGTCGATCCTCAATTCTACTAACTTATAACTCCCCA
ACAAATCCTGAATATTACACTTGGCGCAAATAGTACTTACTTTAAAATTC
TTCTTCTCTCTTAAAGAATACCATAATCATGTTAACATATTTTCGGGTTG
CAATATGAAAAATACCATTATTTGACATCTTTTTAATCTTTGGTAATAAT
TGCATGTCCTTACTTTAAGAATTGAGTCCTTCCTGCCTATTTTTTTTTGC
TTAATACGGAATAGAACTGCTGTTTATTCCCTTCCTCTATTCCTATTTGC
TCCTACTCTCCATCAAAACCTTCTTCAAATTGTCAGGGCTACGTGTAAAA
TAATAATATAATTTTTGTTAAGCAATTTGCATTACACTGTTACTCAAGAA
GTTAAAATAATTAGTGCTGGAACTGGTTATATGTTTACATTTAGAAGCGA
AAAAACGATGCAACATATAATGTTATTTATGAAGAAATTAGCCAGGGTGA
ATTGTGGGCGCGTGCTTGACCATATTGTAAACTGAAGGGAAGACGACTGA
GATGAAGACTTAATCAAAACTAATTATTTCATACGATCCCTGTTTTACTT
ATTATATCATTCTTAAGTATTTTTTTGTCGTTTTAAATTGATTTCGATTA
TGAATTGTTTTTTTATTATGGTTATTAGGAAAGTAAATGTATATAATAAT
AAAAAGTGTATTTATGACATCATTTCCCTTTCTTTTTTTGTCTTACATAC
CGGCAGGGCATATTTTTTGCTACTCACAAGCATAACAGAGAACATTATAG
ATATGGTTGTAAATTGTAAGCATTTTCGGTGAATGTAAAAACCCAAAAAT
TAACAAGATAACCTTGACAATTTGAAGAATGTTTGAGAGGTTAATGACTT
AGCAGGCATGCCGTTTTGCATACTAAAACCTAAAGAGAGCTCCTTGCTTT
GTCTATAATTATATTTTTTTTATTATTATTGACTGTAATTTGAGCAATGG
TATGGCAGTAACAGAAAAATAAGAAGAAGATAATACTAAAACTCCACTAG
TGTAGAATAAGCAGGCTACCAACTGATATTATCGTTGTTATTTTACATGC
TCTGGGATATTGTTTATATTGACTTCTCTAGCTATGCCTAAAGGTCCCGC
TTAGTTAGTATGATAATTCGGGATACTATTATTGTAAGAACGCGAGGAGA
CATATGGTTTTATTTATTTTGTTATACATTGTTAAAACAATTTACACCAA
ATATAGGTAATAATGCTTAGCTCAGAGGGAGAAGTTAAAGCCACGACGAC
CCATTAAATAATAAACAAAAAAGGAGAAAGAGCAAACGCAKCAGCCATTT
TTCCTTTTCTAATTTCTAAACTTACTTTTTCGTTAGAAAAAAAATAACAT
ATGTACTAGGTTATAATAGACTGTGAGGGCGAAATTTCATACAAATTATC
TGTGTTTTATCACTTCCTTAGATCCCCCTCCAACTACCTGTCCAAATGTA
CTTTCGACCTGACTAGAACTTATAAATGAGTAATTAAATTTGTTAAACAT
CTGATTACAATAACTATACAATACTATGCATGTTTCATTCTCGCGTATTC
TAGGAGTTTGGAGTAAGTGGACAAGTTGGTCGAAATGTAATGTCAAATAC
AATAGGGTACGAACGCGTCATTGTGAAATGAATGTGTGCAGAGGAGAGGA
GAAAGAGAGTATGCAATGTGATCCATGTCTCAAAAAATGGGAATTAAATA
CAGCATTAAGAGCCACGCCTTGGAATGACTACAAAATACTTAATTTTCTA
TTAGAGAAACATATGA back to top
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