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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s545 | supercontig | LSalAtl2s545:257364..262051 + |
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 EMLSAP00000008780 >EMLSAP00000008780 ID=EMLSAP00000008780|Name=EMLSAP00000008780|organism=Lepeophtheirus salmonis|type=polypeptide|length=189bp
MESWQKRLRLLSPYTPTXNPTTLKWMAKRTINGSEELTELKNNEKIKIPK
ICKEIGEHKVNCSLTFKALATEDIENVSYELQAENKFGQEIYSFKILTPD
STTLPPQXTTSSSSTSETTTSTGKSSTSSSSTTPGGSSSTATPTPEGGGT
SSYVIPLVIFIVIIVVLIGGMIAYKRYSAKRQTAPLSMQ back to topmRNA from alignment at LSalAtl2s545:257364..262051+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000008780-704627 ID=EMLSAT00000008780-704627|Name=EMLSAT00000008780|organism=Lepeophtheirus salmonis|type=mRNA|length=4688bp|location=Sequence derived from alignment at LSalAtl2s545:257364..262051+ (Lepeophtheirus salmonis)
CACATTTACAGTTGCCTGGCCTGTGCTTTCGCCTTGTTCGAAGAAAAAAT
ATAAAAAATGGCAAATTTTATCTTTGTTCGTCTCCATCATTGAGGCCCAC
TCCATCAATGGGTATTCAAATAATCAGAAAACTGTTTTTTTAGTACGCTA
CTTTATTTTTTGAGCGTAAACTTATCACACTTGTACAACGCAAGATAAAC
ATTACTAAATCCACCTTATTACTATCCCTATTATTTGAATTATTTGTATC
CAATCAAATCACATAATTTGCATAGATTTGATTGGTTAAAATCATAGAGA
AAGAAATATATTGGCCATTGACTTCATATGTTTTTGTTAGTTTTGTATAG
AACTCCTTTTGACTCTCTATTCTTTTTTCTAATTTTACAAAGGAAGTTCC
CTAAGCATTTTGACGAATGTATTTTTGAAATTTAAAATGTACAGTAGTGC
CCCACTGAGACTTTATTTCACTATTTCGCATTTCTACAGTTTTTCATTTC
AAGACCCTTTTTGTCCGGTACATAACAAAATCCACCTTTTACATGCGAAA
AGAATAAAATGTTGGTTGGTCTCTAGGATTCTTGATCCAAAGAGCACTCA
CTGTATTTCCTTTACTAAATTAATTGGACTTTTTTGGCATGTAGTTTCAC
TCCTTTTTATAATTCAATATTTTTGTCATAACAAAATGTAATTTTATAGG
GAAACCTGTTGGTATATCCAACCTTACGACCTCGGGAAATCTCAATATTA
CTGCTGAGAATTCTTCAGTGATTGAAAGTTCAAATGGAGAGAAATCCCTA
TCTCATAAAATCCTTGTTAATGTCACACCTGAGGATCACGGTGCATCTAT
CAAATGTGAGGGTAAACAGTATGACAAATCTGATCCTCCTACACAACTAT
TTGAAACTATGAGCATTGGACCCCAAAAATTGGTGGTGGTCTTTCCTCCT
CAACCCTTGGACCCATTGAGTTTTAATGGAGAGTTGGCAGAAGAGGTTAA
GGTTATTATCCCCATACACTCCAACCNCGAATCCAACGACTCTTAAATGG
ATGGCAAAAAGAACTATAAATGGATCGGAGGAATTGACTGAATTAAAGAA
TAATGAGAAAATGTAAGTTGTATTTTAATTCACCTAACCACCTTACTCCT
CTATTCCATTGATACTTTTAGAAAAATCCCAAAAATTTGTAAAGAAATTG
GAGAGCATAAGGTAAACTGCAGCCTTACGTTCAAGGCACTAGCAACAGAG
GACATTGAGAACGTCTCCTACGAACTCCAAGCGGAAAATAAATTTGGTCA
GGAGATCTATTCTTTCAAGATTCTGACACCAGATTCCACAACCCTTCCAC
CCCAARCCACCACAAGCTCAAGTTCAACATCAGAAACCACAACATCTACA
GGGAAATCATCTACGAGTTCATCATCAACCACACCTGGAGGATCCTCCTC
CACTGCGACTCCTACTCCGGAAGGTGGAGGGACTTCTTCTTATGTCATTC
CTCTAGTCATTTTTATAGTCATCATTGTCGTTCTCATTGGAGGAATGATT
GCCTATAAGCGATATTCTGCAAAGAGACAAACAGCACCCTTATCCATGCA
GTAAAATATGTAAGCGGTCCCTCTCGAAAAAAGAATAAGGATAGGTATCG
AAAGAAAGGACACGGCTCCGAAAGGAATACTACAATTTAAAGACATTCCC
CTAGATCCCTTAGAGTTTTATTCAATCTTGCTTATTATATTAGATTCATT
TAGATTTTGTTTATTACATTTATTTATAATATATACATATACATTTATAT
AATCTGTACTTTGCGAAAACCCCAATTCGGAAAAAATTAGTAATCAAAGC
ATTCCACTAAATTATTTAGTATCCATGTTGAAGTAATTAAAATCAATTGT
CATTCATTTATACATAAAAATACAAAATATAATTGTTTTTTCTACATAAT
ACTTATATATAAAACTTTATACAAACATATCTATATTACAAATAACACTC
CTAAAGTGGGTTCACAACTTGATGCATTGCACTTTTTTAAAGAGATTTCC
CCCGTCATTTTATGTATCACACAACCTTTCCTCTGAAAAGTAACGGCAAA
AAAAGACTCAAATTCAGTTGATAGCCAATTATTATTTAATAATTGCTGGG
GATTGCTCACAGCTATAAAAATAAGTAATTTTAATTCAACCAATCAACGT
TCAGAACACTAATTAGGATAAAAAAGGGAGAAACATACAATGTAAATTTT
TGTGTTAGTCTGGTATCGCCGTGAATTAGAGAAGGAACTTTTAATACAGT
CTCTCCTCTTTGGATTTATCTTCTCCGTCACGTAACAAAAAAGGAAAAAA
CAAATGCAAATAAACATAGCAACCGTTGCTACCCCGATTGTATCACTCAA
CCTTTCCTCCAAGAAAGAAGCAGAAAAAGTTGGTATTTACGAAATGCTTA
ATTAAATATATACTTATTATTCAATTCTTTGAGAATTTTTCACAGCTTCA
TAAGAACGAGTTCTAATTCAACGTTCAGAACACTGATTAGGAGAAAAGAA
GCGGAAATATTGACAGCTGATAGCAAAATCCGCTATATATTTTTGTATTA
GTGAGGTAACGCCGTGAGCAGAATGACTTATTATTCTTTCAAAGTGAATT
TACTCTTTATGAAAATTACAAAAGTTATGCTCTCACAAAATTATGTTATG
AAGAAAAAAATATATAAGAAATGCCCAAACCCTGTGTTCCATGTAGAGAT
TTCCAATCATCAAAACTTTATACTTTTACCGTTGGAATATTCGGAGCATT
TAAATTAAGAATCATGAATGGTATGGCTTAATGATTTGCGGCATAGTATT
ATATTAAGTGATTATGCTCCTATGTTTACCTTCGAATTTTCTTTCTACTG
TATGGCCTTACAGTTAAACAAAAAATTGAAAATGTGAGGCTGTGTTAATA
GTTCTAGAGCCATTTGTCATGAAGAACCCTTAAGAAAAATAATAAGGAGA
AATCTTTAAGCAAGAGCAACGCGTCAAGTTATGAACCCACAGTCACATAA
TACTTACACAGATTCAAATCCTATAATTTAATTAAAATATATATATAAAG
AAACGTCTGTAATGATAAATGCCTCATAAAAAAGGAGGCAAGATTCGTTG
AGAATAAATTTCACGAAGATTCCGACGCTCCTCTCTTATTTGCTGAAGAG
TAAAAATGTCCCTGAGAGTACTTGCATTGATGGAATATGACGAATGCAAT
AATCCCTACAATGACAATAAACAAAATCCCACCTAAAATACCAAATATCA
AAGACCAGGGCGTTTCTCCTAAATTCTCACTTGTAGAATCCTCATCAACA
TTTTGTTCTGATTTATGTGCCAAAGAGGAGTTGAAGGATTTAAGGTGCGT
GTCATGTCTTAATATTCCTTCACCGTTATCAACTGTCAGTATGTATTCAC
ACACCGTGATATTCTCCAAATCAATTATCAAAGTGATCAAATACTTGTGT
TCTCCAGTCACTTTGACTTCTGTTTCGGTTTTGTGATAGACAAAGGTATT
GTTTTGATCATCAAACAACTCCCAATCAATGGACTCTGCCTCTGGGTTTG
CGATAAACTCAAACATAAAGCGAATTTCGTGGATATTTACCATCTGAGGA
GGATATAGTACTTGTATTATAAGAGAATCACTGGTTTGATTGCTGTAAAT
GAGTCTATCATCGTCTGTGACTTGATTTACTCCACATAGAAGCACATCTC
CATCATTTTGCAGACCCATTTGAGAGAGATGGAAGAGTCCTTCGTCATTT
CCTTCTATTGGGATTCCATTTCTATAGAGTTCAAAGTTTGAAATACTGGG
TATACCATTCTCGGAGGTACAAATGATGTCTGTGTCTATCGTTTGAGTTG
AATTTGATACATGAAGTACACCACTTTCAGAGTGGGTGATTGTAATACTT
GCAGGATGGGCAACTTGGATTGAAAATTCTTTGCTCATCATATCCATCCT
TCCCGTCGAAATATCATCGAATGATCCGAGCAAACACTTTTAGATAAAGA
TATCATTCATTTCTCATTAGATATGTACAGGTATTTAATGAAAAAAAATT
ATATAAAAAAATATGAGCATTACATGAAGGTGTAATTTATGAAGACATGA
AAAGAGATGAATGATATCCTTAAGTCCTATGGATCTTTGCAGCATAACTA
ACCGTATATTCTCCTTCATGAACTTCAACTTTCGGTAATTCTATTTGAAG
AATACACTTTCTTTCCGTTTCAATGTGCAGAGTGATTCCCTCCGGGAAAT
CTGTACAGGCATACGAACTCGATCCCGATGAGCCAACACATTTCTCACCA
TTATAAGACCAGATACACAAGTCAAAAGGACTATCACTCTCACAAAATAA
TTGATTGGGAGGCTCTCCGGGTAACAGGAACAATGCAGGATCAGAGGAGG
CAATGATTTGAACTGAGCAACTACCTGAGGCTATGATGAATAGGAGGAGG
AGAAGTCCAAACGAACAAGAGACACTCCAGATATCTGATCTCTTTGGTAT
CATTATAAAGTGTTTGTTGACTATGTAATAGGTATGTGTATTTTTTGACA
CTCAAACTACCTCTGCCGGAAATCCAGTTCGAACCAAGAGGGAAATCAAA
CAAATTTAACGGCTTACATACATAGATAAGTGAGACAA back to top
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