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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s341 | supercontig | LSalAtl2s341:659091..663439 - |
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 EMLSAP00000006271 >EMLSAP00000006271 ID=EMLSAP00000006271|Name=EMLSAP00000006271|organism=Lepeophtheirus salmonis|type=polypeptide|length=68bp
MSHEVVERNSKEAGKIKVVRSSMQVSKQPTRMVCRHALNNYYEEYEKKNI
RNTDANLRQCQNDSRLNR back to topmRNA from alignment at LSalAtl2s341:659091..663439- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000006271-702118 ID=EMLSAT00000006271-702118|Name=EMLSAT00000006271|organism=Lepeophtheirus salmonis|type=mRNA|length=4349bp|location=Sequence derived from alignment at LSalAtl2s341:659091..663439- (Lepeophtheirus salmonis)
ATGTCACATGAAGTTGTTGAACGTAATTTTTCGACGAAAAGAAACCTGGA
AAATCTTTCAGCCATTACTAAGTTATCCTCAATAATTAAAAAAGTCCATA
GATACACATAGGATAGAAAACAATGCATTTCTTCATTCGTGAATGATTTT
GAAGGCCGAAGTTGTTGACATTCATTGCAGTTTTCCACCATCTCATTAGA
CATACCTGACCAAAAGTACAGTTGACTGGCAAGTTTTCTTGTGCGACTAA
CAGCTGTATGTCCAGCATTTAATTTTTTATATTTCTTAGGGATAATAATT
CTGTCATCGTATACGAGTAGACCATTAAAATAAGTTATATTCTCCCGAAT
TGATAATAGTTGTCGAGCAGGATGTCTTTTTGGATACTAGGCAACTTCCT
ATAAAACATATTCGTATAAGGACATTTCGTATAAAAACAAATTTGTATAA
AACCATTTGGCATAAATTTATGAGGAAACAGGGCATAGACTTTATTAATT
GTCCTTTTATAGCCTGAATTTTGGGGGTATTTTCGGGTACCAATGATACT
TAAAGAAACTACTAAGAGTCCCTAACAGCCACCCAATTGTACCCCGAATG
TTTGAGGTATTTTCAGGTKCCGCTGGGTCCCAAAACGGGATACKCCCCKC
CTCCGATACTTGAAGAAACTACTAAGATCCCCTCACAGTCCCCCGAATCG
TACCCCGATTATATTAGAGGAATATATACCAGATTATAATTTTAAGCCAA
TAAGAACCCGAAAACCCCACCAACCTTCGGGGTGCAATGGGAAGGTTGTG
AGGATCAGCGACTCTCTTTATCCTAACACCTTTTTCAGAGAAGGAAAATA
TTTGAACTATTCTGTCAGAATGAATGTTTTAATGTCTACAACATTCATTG
CTTTCATGCTTTAACAAGTTCGAAACAAAATAAAGTGGTATTTGCTTAAA
TAGTGTTACATGATGAGGGATGAATGAAAAAAAAAAAAAAAAATACAAGT
TTAAATATACGTAAAATTGCTATCTAGGTAAAATCATTCTTTGAGGCTTA
TAGAAAAAAATTGATATACAATACCTCTAATAGGTATGTAAACATATTTA
AATCCATTTAGTCACACCTCATTGATTTCAACAAAATACTATCATAACAT
TATTTATAACTAATGGTTTAGTATGAGTTACTTGACAATTAAACTACGTT
TTGTAGTTACATATTTTTGATTTCTTTGTTGAAATCCCGTTAGTTTTGAG
GATTTCTAAGAACTTTTTTAGTATCGAGTTTGAGTATTTACATATTTAAA
TATGTAAGTATTGAATAGCTTATACTTAATTTAATCCTTGAAAATACAGT
TAAGCAAATGAACAGGTAAAGTGCCTACTTATTATAAGGCATGATCATAC
TAACAAACAATTCAAAGCCGCAAGATGGCGTAGTGATTTGGAGTCAAATA
AACAAACAAATAAGTAAAACAAATCTCATACTTAGCGATGAAAATCGTGT
GTATTTTGGGGATGTTAAAAAAGAAACCGAAATTAACATGGTACCCCTGA
CAATTTGAAGAATGTTATGGAGAAGGCAGCCTAGCTGTCATGACATTCCA
TTATATCAGCTGTGACAAGGGATGAGAGGGAAAGGAAATACACAAGGACA
TTGCCAAGAAGTACTCCGACGTCGATCTTCATTTCTACTAGGACTCCTTC
TACCTTATATTATAGAAAAATATTCAATGTTGAATAAAAAAAAAGGGTAT
GTTTAAAAAATATGCATCCCCAAGGATTTATGTTCCATTTTGAATTTTTT
AAGTGATCCCATTTTGAAATATTAAAATTATCTACTCAACGTGAATGGAT
CCCTTTATTGTTTCGATCCTGGTATATCATTCCCGAGGAAGGAGTCCACT
CTACTCCCTTATGAGGTTTGGTAGTTTTCATCGGATAAATTATCTTCCTG
TTATACCTCGCGGAATTCGGAATCCAAATTCGAAAATCTCTTAAGATAGA
TAATCGGTGTACGGTAACTTCGTATAAAACATATTTGTATAAGGACAATT
CGTATAAAATATTTTCATATAGCGACATTTCGAATAAAAACAATTTCGTA
TAAAACCATTTCGTATAAATTTATGAGGAAACGGGGCATAGACAGTTTGA
ATTGTCATTGTATACACCGAATGTTGAGGGTGTTTTCGAATACCGGCGAT
ACTTAAGTAACTACTAAGAGCCCCTTACATCCCCCTATTGTACTCCTAAT
GTTGGGGGTGTTTTCGGGTACTGCTGTGTCCCAAAACGGGATGCAACCCA
CCACCGATTCTTGAAGAAACTACTAAGAGCCCCCCACTATCCCCCAATTG
TACTCCAAATGTTGGGGGGGGGGGGGTGTTTTSGGTTWTTMTTGGGTACC
AAAACGGGACCCCCGGAGGCCCCGTTTCCTCATAAACTTATACGAAATGG
TTTTATGGCGATTACGTAATTATTATTATGAGTACTACTTTTAAACAAAG
AATCACTACTCATGTTTGATAAATATTTCAGTATAAGTACTTAATTATTG
GATTTAAGTACAAGTACCATTGTATTTGGCCCATCCCTGATGTATACTGT
GGAAATTAAAAATAACGAAGAGATCACTCTCTATAATTTTTCCTAATATT
CAAACAAGTGATCGAATAAGTTTAAATGAACTAATTTTAAATTAATCTCA
ACCCATGGATTTTAAAATAAATGATTGCAATTCTAACTTGGGTAAAAAAA
ATATAGACTAAATAAATAAATTGAAATGGATTTCAATATACAAAAATTAA
TTTAAAAGGACTATTTGGATATCATCATTTGTGTATTAAATATTGACATT
CTATAAAGAAAATAACAATAGTTGCATTGATGAGTCAAAAGTATATCATT
CAAAAGTCCAATTAGCACGTTTGATGCCATTAATGATCAATAACTTCCTT
CTATTTATGTGCTTTGGACAAGTAAACACTTAATGGACGAGAAACACGTA
GAATTTGTTCTTACAGTATACATTTGGCATTACCATTAGGAAAATATACG
TAATTATTGGGCATTTATAGCAAATAATTAAATTAAGAGCACAAAGTACT
AAATAAAAATAAGCCAATCAGAAACGAGAAGGAAAAATATGATCTTCTTG
TACTTAAAGGATTCCACGGAAAAAGATGTCCTTGAAAGGACTCTAGGCAA
AGAGCGGTCAAGGGGAAAATAAACAATTCAATCTAAGGCACAGGGAAGAA
TATGTTCCTAATGTAGTCACCCTTATTTTTCTCTTTTGGCCAGGCGGAGT
CTCACATGGCAAATTTTTAGAAAACCGTTGGCACCGTTCTAAACTAGAGA
ATTAAAATGAAGTAACGAAAAGCGATCGTTAGCTTGAAGAAATACAATGG
TGCAGTGTTTTAACATTTTTTCGCAAGATGTCGCTCTTCACTCTGTTATT
TTTCTCATTGACATAAATTTGTTATAACAAAGAGTGATGCTTGATGAGGC
ACGCCTAGCTTACACTCTAAAACACTCTAAAATTGCTGTGGGGAAAGAAT
GAATTAATTTATGCATTGATTTTTAATTTTTTGAATATCCCACCAAAGAG
AAGAGGAGTTTTCAATTATACATTTATGATTTATTAATTTTAGTATAATA
ATTAATAGTATACTTTAAGAAACAATGATCAATTATTGTCAGAAGTAGGA
ACTTGGACTCCAGACTTTCTTTGGACTCCGTKGCTAAGTCCATCTTCTGG
GCCTCGAATGAACATCTTCTAGAAAGTAAAATATATTAGATACAATCGTA
ACTTCAAATTATATTTCCAAATAATAACTAAACAGTACCTCTAGGGGACA
AAAAAGAATCTTTCTCACGTATTGATCTCGTGGGTCCTCGTTTTGCTACA
TGGTTTAAAGCTTTACTCTAGACTAAAACTAAATTTTCTGGATATCTAAA
TCCATCACAAATATCTATAAGGAATTTTTAAAATTTATCAGATAAAAAAA
TAAATTGGGGATTTTTAATCATTTTTATTATTGGTTATCTATTGTAAAGA
GCTTAACAAATTACAAAAAAAAATAAATGATTCATGTTAATGTATCGTAT
TTTTTTAAACAAAGCTTCAAATTTGAGAGTGTTTTGTGATAATATATACA
TACATGAGTGTAAGGAAATTCAAAAGAAGCCGGGAAAATCAAAGTTGTAC
GCTCATCCATGCAAGTAAGCAAGCAACCAACACGTATGGTTTGCAGGCAT
GCCTTAAATAACTATTATGAAGAATACGAGAAAAAGAACATCCGAAACAC
TGATGCTAATTTGCGTCAGTGTCAAAATGACAGTCGTTTGAATAGATAG back to top
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