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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s849 | supercontig | LSalAtl2s849:170721..174764 - |
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 EMLSAP00000011960 >EMLSAP00000011960 ID=EMLSAP00000011960|Name=EMLSAP00000011960|organism=Lepeophtheirus salmonis|type=polypeptide|length=213bp
MQVSFTRAFQNTSSYLEQSFEPNRLLNESNSPQIHFTLKPLIPVQLDLQG
KQDEKLNISSLSSSSKEEIITSQESIISRSKLYRRHLKRHRTSFSHFQLC
ELEIAFESTHYPDVYFRELIADKLGLSEARVQVWFQNRRAKWRRGIKDYG
AIINEAVPFTTPMLTDCSSFASPSNTPSSPKETSFLLSSSSESPNDILKS
IIEDQIYNNDTTT back to topmRNA from alignment at LSalAtl2s849:170721..174764- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011960-707807 ID=EMLSAT00000011960-707807|Name=EMLSAT00000011960|organism=Lepeophtheirus salmonis|type=mRNA|length=4044bp|location=Sequence derived from alignment at LSalAtl2s849:170721..174764- (Lepeophtheirus salmonis)
ATGCAGGTCAGTTTTACACGGGCTTTTCAGAGTATTAATAGCACACATTT
TAAGAATGTATTATATTTGAATAAGAACATTTAACAACATTGAAATATCT
TTGCACTAACAATAGATACCTCTTCATATTTGGAGCAGTCCTTTGAACCA
AATCGGCTCTTGAATGAGTCAAACTCACCCCAAATACATTTTACATTGAA
ACCTTTAATCCCCGTACAATTGGATCTACAAGGAAAACAGGATGAAAAAT
TAAACATATCATCACTAAGTTCAAGTTCCAAAGAAGAAATCATCACTAGC
CAGGAATCGATAATAAGCCGCTCAAAGCTTTACCGTAGACACCTCAAGAG
GCATCGAACATCATTTTCACATTTCCAGTTATGTGAATTGGAAATAGCAT
TTGAATCTACTCACTATCCAGATGTATATTTCCGAGAGCTCATTGCTGAT
AAATTGGGACTCTCAGAAGCCCGAGTTCAGGTAATTTATATGAAGAATCA
ATCAAAATACTTTTACTTCTAAATTACTAAAAAAATTTCAATGCGTAACC
ATTATTGGAAGTTGTTGTAAATAAACTAATTTTTATTTGACAAACCCGTT
TATCTGGGTTCTAAACCAGGGAAATTAGTATAATATATTTCAACTTCTAT
CGAAAACACATTTTTTGCCAAAGATTATTTATTCTATTTCTATATTAAAC
AAGAATGGTTTAATTCCAAAAAACATATTTTCAAGATACCAATCAATATT
TACTGTTTTTTTTTTTCAATTTTAACGTTTCACAGAATTGGATTGATCTT
GAACTTTCTTAAAATATTGTTTTTGAAACTTTCCGACTGATACCGAAAAT
CAAATACGAATAGGACAATTTTATAACAACTTTTTCATAATAATGTTTTG
TTGCATATGATTTAGTTATCATATTTTGATCTAAGCAACTTCAATATGTA
ACATAGAATACAAAATTTGATTAATATTTTAAACACAGGCCTGAATAATT
CACTTATTCATAATTCTCTAGGAGGCATTCAGACGTCACAACTCAGCGTT
CTGGATTTTTATTTTTAAGACAATTCTGACCAATTAAGGTACCTCCCTAT
AAAGTTTACTCAAACCGTCAAAGTTCGGAATTATTAATCGAAATTTATTT
TTAAATATATATAAATGAAAAATTAACGTTAATTTATAGCATTATATTCA
GTTTTCATGATTTTTTTTACCTTTACTGTAATCTATAACTAATTTTGAAC
CATAACCTCTAGTTTTTATGCTCTAAAATGAGGTTTTGCGTGCTAGAGCG
TTTTGTTGAAAATTTGATGAAAATATAGGGTCGTGAAAAACGACAATTAT
TTGATCACAGTATTACGTGGGCCCAATGCCGGTTTTACGTGGGATAGTGA
GGCCACTTTCCCCAGGCTCCATTTTATTGGGCCCTTATGCTGGAATAGAA
TTTCAAAATAATAAAATATAATTTTTTTATAAATAAAAATGAAAAAAAGA
TTAGCAGTTCAAAAAAAATAGTTAGTTTTAAAATAGAAATAATATTATTT
TCTAAAAAAAAAAAGTCAACATGGATATAAGTCCAAAGATGGCTTGGCCT
TTTTTAACATATTTTACTTTATCAAGAAGTTAAAATATTTATAGAAATCT
CAAATTTTAACAAAGGAAAGGAAGAAAAGGGTTCCGTTCATTAATTTTTG
CCCTTAGCCTCGCTTACGCTAAAACCATGAAAAAAAGTAGAGCTACTCAC
TTTTTGTCAAAAATGGCATATTAAGCTTACATTAATTTAACTCTCCATGT
TTGACGAACACTTTTGCAAATATGAAATACCTTTTGTAAAACCGACGTAA
AAATTTAGATTAATTAGTTAATATATTTTATTTGCCGATATCTCAAAGCA
ATTTTATTGTACTTATTACACATTTGCTCCAGACACACAATTAGTAAGTT
ATACACCAAATAGTTACCTTATTACTACAGGTTGTAAGAGCTTTGTGGTT
TAACAAGGAGAATATGGACTAATTCCATATTTTGCAAAAATGTTTATTGA
AAAGGTTATCTAACGATTAATCTATACAAAATATTGCTAAGCTACATAAT
ATTTGATAACCCCTGCCACTGAATGATAGAAAGACACTCACATTGAACAT
CAAATTTAAAATTATTAGTCTGCAATTACTCTATAAAAGCTTTTTACGTA
TCATTTCAATGAATAATATAATTTTTACATTCACTCGTAAAAAGAATACC
ATTGAAAGAGATGATGCATCATGCTGAAATTAAAAAATAATATAGCTTCA
TGAATCAGTGTTTATTCATTTTGTAGATGTATATTGTTCCTAAATATATC
CTTCACATAACATCAAGTTAAAATGATCATATTAGTATTGGTATCAATCC
TAATTTAGGACTGAAGTCCTACATTGAGGACTTGCAATCTCAGAATCAAA
GACTAGACTAGAACTCGACCCCTAATTTATACTGAGCTCAACAAAACCCT
TATTNNNTCTCAGAATCAAAGACTAGACTAGAACTCGACCCCTAATTTAW
ACTGAGCTCAACAAAACCCTTATTCTTAACAAACATATATTATAAATGTG
GACTTGAGATGAGCTCAAAAGAAATCTGAGGACTCAATTTTATATATTCA
AGAGCTCGATGAAAATATTCAAAGACTCGAATTGTAGTAATAACTTTTTC
CCCACAGCTGCCAATCCCTCGATATTGATCATAATATCCCATCTTAATCA
TATAAAAAACATTATAATGTAGCTAAATTATTCAATTGTATCGTTTTGTT
ATACTGAAGACAAAACGTGATTTGATATCCATCACTACCAGACACGAAAT
TATAATTTCCAACATTGGATTCATATTTTGATTTAAAAAAATAGATAATA
TAAATCACAAGAAAAATTGCTACGTGTTCATTGATCAATTTATAAAATAA
CATAAAATACTAGAATACATACTGTATATTTAATTTAGAATGTATAATAT
CATTCGAAAATGGTGTATTTCTTAGCACTTATTATACAATCTGTATATTG
AACAGTTAATATTACCTTAGTTTCAGGAAAATTGTTTTTATCCAAAGTGC
ATCAAAAAATTGATTTAAACAATGCATTTGTGTAAATAGATGTACAATTA
CATAGTTCATAAATATATTAAGTACATCAAATCACTTATTTTTTGCTTCA
ATATGTTTGCATTTGATAAACATTTATTTAACCTCTCTCCTTATCAAATA
CGTACATCATAAGTCTTAACTTGTCTTCGCCATTTCTCATCACCCCTGCG
TACTTACAATGTACAAAGCCCCCAATGAAAGATTTTTCCTTTCCATCTTA
CCAACAGTAACATGATAAGATTCCATGTTCGTGTCTATGCTATATAGATA
TTATATGAGAGACCATTAATATAAACTGATATTAATACATAACTTTAAGT
TGCTTTTATTTAAATATGATAAAGTTTGGGATACCCTTAAAGAAATGGGA
TTGAAACTCAGTAACAAACTTAACCCACAATTTTTTGTATAAGGAAGGGT
TCAAATTGATGGTAAATTTTACCGATTAATCCGAACTTATTACATTCTAA
ACATTAAATTGTCAATTTGCATACAGATCTTAAATTTGGACTGAAACGAA
ATTTTTTGAGATCTGCACAAAAAAGTAATAAAAAGGAACGTCGATTACAT
AATATATGATACTTTATATGCTATGTGCCAACCTCTTCCTTCATAAAAAC
AATAATTATGTGCATTAACAACATTACTGAATATTTTTACTCTTGAAGGT
TTGGTTTCAAAATCGAAGAGCCAAATGGAGAAGAGGGATTAAGGATTATG
GTGCTATTATTAATGAAGCCGTCCCTTTTACTACTCCAATGCTGACAGAT
TGTTCATCCTTTGCCTCACCTTCAAACACACCTTCTTCTCCTAAAGAAAC
GAGTTTCCTTCTTTCTTCATCCTCCGAGTCTCCTAATGATATATTGAAGT
CTATTATAGAAGACCAAATTTATAATAATGATACCACTACGTAG back to top
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