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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s824 | supercontig | LSalAtl2s824:300011..302643 + |
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 |
|---|
| 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 EMLSAP00000011805 >EMLSAP00000011805 ID=EMLSAP00000011805|Name=EMLSAP00000011805|organism=Lepeophtheirus salmonis|type=polypeptide|length=297bp
MDFDFGRHRYEKGSDEDEEVWKILARLGGPLVRNAKDPFFEEGDRICDMK
DPQVFETFDSEEFLHKDYKPFPCSEQGCSKVFAQLIDSEAHYNAVHRFPC
SECKQGFISAHLLELHVLENHDAFFKVLSTRKPYYSCFLEICKCKFKKKE
DRSRHVIQDHGFDPNLEFFEPMIKKQEGNRETSPSRKKKARRPLSMALSS
PSKEDKSKGRIGPTPAKSTNNLSPTKSTPLNLRPSKIPVRSFSYKNISFG
SGITKTFDTSELNQRWYVSRFDSAKKKRSSMDIHNMEDVKMSLPSIK back to topmRNA from alignment at LSalAtl2s824:300011..302643+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011805-707652 ID=EMLSAT00000011805-707652|Name=EMLSAT00000011805|organism=Lepeophtheirus salmonis|type=mRNA|length=2633bp|location=Sequence derived from alignment at LSalAtl2s824:300011..302643+ (Lepeophtheirus salmonis)
AAATTGCCATCGGATCAAGCCGGCCCCATAGTGTATTATTAATAATAATA
CACTTATTAATTATTATTTTGATAAGATCGAGCATACCATTGACGTCACA
GTGGCAATCTCTATTTTTATAGCATGACGTCATATAGGCGTGGTAAGTAA
TCCAGGTACGTCATTCATATATTTGTGGTACTTGTACAATGAATATTGAC
GTTAGAAAAAAAAAATAATGGGACCCATTTGAGTTCTTTGACAGAATGGA
TTTTGACTTTGGAAGACATCGCTATGAAAAAGGAAGTGATGAGGATGAGG
AAGTGTGGAAGATCTTAGCACGCCTTGGAGGACCCTTGGTTCGAAATGCG
AAGGACCCATTTTTTGAAGAAGGGGATCGGATATGTGATATGAAGGATCC
TCAGGTCTTTGAAACCTTCGACTCAGAAGAATTCCTTCATAAAGACTATA
AACCATTTCCTTGCTCAGAGCAAGGTTGTTCTAAAGTAATACTAAATAAC
ATCATTTATAACTTGTAATGGATGCAAATTTAGACAAACCTCAAACCTGT
TTTTGAGTCAAAATGATTTCCATTTGTTTTTGACGATTCCTTCCATTGTT
CGTTTCACTTCATTCTAATGAAGATTTGAAAATTCTGATATGTTTGTCCT
TGCACTGCATTTTGGGACGTGGGTGTCTTTGATCATGTGGGTAGAGAGGA
CTCTTCTTTCCTTATATTCTTTCTACATAACATATGTATATTTTATATTT
CCCTTGATTCAATTATTACGTAAATTTTAGTTATGATAAGTATATTTTTT
TATGTTACTTTACGTGGTCAGAGGGAGTTGCACTGATTCAGTATAAGTAA
ACAATTGTAAACGTTAAAGTATTTCAATTACAGATTATTACATCTGAGCA
AGGATTTGTCTTTTGAAGTTCATAACCTTCATGTATATGAACTTCTCCAG
GAGCGACTGAGTATCGAACCTACGCACATTGAGCTCGATAAAATAATTTA
TCCCGTGTGCTTTGTCCCATTGAGCTACGTCGCTCCATGGATAATCATAT
TAATTACCATTATTCGTCTGATACACTCATATGCTTCTATAAGGTGTACT
TACTGAGATGTAGCTTAATTAATAAATGCATTGCCTTTTCAAGATGTACG
AACTTTTTATGGAGCGAGCTTCATATAAATATAATATAACTCTAATTGTT
GCTAATATTTTGATAACTTTTATTTTAAGGTATTTGCGCAGCTTATTGAC
TCTGAAGCACACTATAATGCAGTACATCGATTTCCTTGCTCCGAATGCAA
ACAAGGATTCATTTCAGCTCATTTACTCGAGCTTCACGTCTTGGAAAACC
ATGATGCTTTCTTCAAGGTTTTATCTACAAGGAAACCGTATTACTCTTGT
TTCCTCGAAATTTGTAAATGTAAATTCAAGAAGAAGGAAGATCGATCCAG
ACATGTAATTCAAGATCATGGGTTTGATCCTAATCTAGAGTTTTTTGAGC
CTATGATAAAGAAACAGGAAGGAAATAGAGAAACGTCTCCAAGTCGTAAA
AAGAAGGCCCGTCGTCCATTATCCATGGCTCTTTCTAGTCCGTCAAAAGA
AGATAAATCTAAAGGAAGGATTGGACCAACACCAGCAAAAAGTACCAATA
ATTTATCTCCTACAAAGTCAACTCCACTGAATCTCCGTCCCAGCAAGATA
CCTGTTAGGTCCTTTAGCTATAAAAATATATCTTTTGGTTCTGGAATTAC
AAAAACATTTGACACTTCTGAACTGAATCAACGATGGTATGTCTCAAGAT
TCGATTCTGCTAAGAAGAAAAGAAGTTCCATGGATATACATAATATGGAG
GATGTCAAGATGTCCTTACCTAGTATCAAATAATTTCAACAAATCATCAT
CCATATAAATTTTTATAGTTAAAGGTTCGGGATAACTTTTTTATCCTCAA
TGATTACCTTGGTTTCCCTCCTTTCTTGAATATAAAACGTAAAATATTAA
ATTGTGCCATCAAAAAAACTTTTTTCTTTGCCATGTCTCAATCGAACTGT
GATTCAATTTTATACATTCACAAATACACTTTTTCATAATTATATTAACT
CATAATTTACTTCTGTAAATCTTTCTAAGTCGTCTTTATTTCAATAATTT
AATATATCATATTTATTTTACTAAACTTCAAATCACATGATTGTTTTGTT
ACCATTTATTTGCCACAAGATGTTTTTTTTTTTTAAGTCAATTTTTTTGT
GTACGTCTCTAGTGTCAATTTGATTAATTATAGACTATTGAAGATTGTAT
CACTTATTAATTGTTTAAGAGTGATTATAATTCCTTACAATTGCCATGTG
TGTAAAGTTGGATAATCTTCACTTTTGTCTATTATATTTATTTATATGTT
GAGTTATCTGTTTCATTACGTAATCACATTTTGTATACTACACTGCTATT
TATACTTGGTATCTCTAATATTATTCATAGTTACGAAGTATTTGTATGTC
AATAAACTTTATTTTACTATCAAGTATTTATTTCTATTAATTATGGTATC
ATAAATCAGGATTAAGAGAATTATCCAACTTAATTCTGAGAGTTTAGTCG
AGAAAATATATTTCAAAATCTAATTTAGAAACT back to top
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