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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s77 | supercontig | LSalAtl2s77:672398..676305 + |
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 EMLSAP00000011316 >EMLSAP00000011316 ID=EMLSAP00000011316|Name=EMLSAP00000011316|organism=Lepeophtheirus salmonis|type=polypeptide|length=201bp
MAIVITPKVLQWVIKPNCLFRRSISLTRLRYCNGKKELDFVKSQHEDKTM
QTTFAKTAKENARYVGYGSIVLLGIGVTGALLYTLGTELFSTDSPIVIYQ
TTSDRCMAHPKVQDLLGMPIKSFGEETRRGRRRHVASYKYTDAEGRGGMR
IKYYLQGIRNRGIVQVDARDDGSGTLKVRFIIVTTDDMLQRSVVVEDNTQ
K back to topmRNA from alignment at LSalAtl2s77:672398..676305+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011316-707163 ID=EMLSAT00000011316-707163|Name=EMLSAT00000011316|organism=Lepeophtheirus salmonis|type=mRNA|length=3908bp|location=Sequence derived from alignment at LSalAtl2s77:672398..676305+ (Lepeophtheirus salmonis)
CTGCATGTTACGGCATATTGTGTACTTGAAGCTGTACAAAGTACGGATCT
TAACAACAAACTCATCTTGAACTATGATTGAATAATTATTAAGACCTAGT
TCGCAGAGAGAGCCTTTGTTGGTTCGACTGTGGAAATCACTAGTTAGTGA
ATAAAATGGCAATTGTAATCACACCTAAAGTTTTGCAATGGGTAATAAAA
CCAAATTGTCTATTTCGACGCTCAATCAGTCTTACGAGACTGAGATATTG
TAATGGTAAGAAAGAATTAGACTTTGTCAAGTCTCAACACGAAGATAAGA
CAATGCAGACCACATTCGCCAAAACCGGTAACTTCTGTTACATGATTGCC
ATTTATTTCTTAACAATACCTTATATTACTTAGCAAAGGAAAATGCGAGA
TATGTGGGATATGGTTCGATTGTGCTCCTTGGGATTGGTGTAACTGGAGC
TCTTTTATATACATTGGGAACGGAGCTATTTTCAACCGATAGTCCAATTG
TGATATATCAAACAACTTCAGATAGATGCATGGCTCATCCTAAAGTTCAA
GATCTTTTAGGAATGCCTATTAAATCCTTTGGGGAAGAAACTCGCCGGGG
AAGAAGACGCCATGTGGCTTCCTATAAATATACTGATGCTGAAGGCAGAG
GAGGAATGAGAATTAAATACTATCTTCAGGGTATACGAAACAGAGGCATC
GTCCAAGTGGATGCAAGAGATGTAAGTACGTTTGTGTAGGATGAAAAATA
CATTCCAATTTATCTTATTCTGAAGGATGGATCTGGAACGCTCAAAGTTC
GTTTTATTATCGTCACTACAGATGACATGCTCCAAAGATCTGTTGTAGTG
GAGGATAATACTCAAAAATAATCATTGAAATTCCCTTGTTACTGAATCCG
TGTTTATTCATTCTAAATATGTATTTTTACGTTCACCCAATCCAGACCTT
TATATACAAGCTGTTATGAAATAACATTGAACCATAGTGTGATTAATTGC
TTGTCTTTCATACTAAATACTATTGATAGTCCCTTAATTATTGTCTCAAA
GTCCCTTGTATTAACTACTTCTAGTATAAATTTCAGTATCTATCAATTGT
ATTGAGGAAATATAATTTAACCCAAGTTTCGAGTAAGAAAACGTTTGCTC
CAACGTAAAATATATAAGGTTTTCAGAAACCTTATCATACGAGGCAAGAA
TACGATTGTCATGGTAAAAAGCTGTATACATTATAATTGGTAATTGTTAA
TTAAAGGCCTTTCAATAGAGAAAAATATGTTTTCGTTTCATAACTGTTTT
TACATTAGTTGAATTGTTTCATAAACAATCGGCGATTTATTGATTGATTT
ACAATAAATTTAGTTCATTAATTATCCACTTTTCTTTCATGACATTTGGG
GTTGAAATGCTCAATATCATTGATATATCAACTATTCATAATCCGTCTTT
AAACAAGAATTATAATAAAATATTTTGTTATTTTTATATGAAATGAATGT
CTCGTTTTATAGTTTATCTTACTTACTCATAGAGAACATCAAGTTCCATG
AACCCTAGGTTGCTCAAGCATAAACTAGGCATTATAAGGGTAAATAAGAT
TGTATCATTGGTTTTGCTTGGCAAGTGTTATGTTTATTTTATATTAATAA
TGAACAACAGTAAAACAAAATATTTCGTCATAAAAAAAAAACTCATGACT
TTGTTAAACACTTTATAAAATAAGAAGGAATATATGTATGTCCTGAGAAT
ATAATAAGTATTATTTGATGTAAAATGTCCTTGATAAACTCAGTTGTAAA
AGAGATAGAAAACAGTGTGAAAAAGGAGAAACTAATGATGTTTTTCCTCT
TGATGCCTAAGTTGTTTCCAAGCTTCATACATGGACCAGATACTTAGGGG
GCGCATGTAACCTAAAGCTCTGTAATGATTCTTTTCATATAGAGCTTCAG
GAGTTTCGAATCCAAGACCTATACGATCATAAACAGTTTCAAAAACTCCT
TTAGCTGTTTTAAACCCGTTCATGACAAGTCCTTCCCGAATCATTAAAGA
TGCTAATGCATAGGAAACCCCGCACCACATTTCTTCTGATTGAATAGAGG
ATCTATCGATGTTACCAGAAGAATAGTACATGCCGTTTACAGCACCTGAA
GTTCCATCTCTAAATTTCATGACATTATAATCGAAGATAGTTTCTAAAGC
AGTATGTATATGGTTCTTATTGAAAACTTCTCGTCGCCAACCCTGCATTA
AGGATAAATACCACTGACCACAAAGTTGATCACACATTATAACATCCCGG
CTCCTTTCATCGAAGGCGAAAAAATGGCCTGTCCATAGTTTATCTTCGTA
TACTTGCAAGGCTTCATTATATGTCTTTTCCCATTTTAAGCGGATTTCCG
AAGAAACATTTATGTTTTCGGCGTATTCTGTCATAACAGCACATGCTGCT
ATCCATAGACCTCCACAATAAGCACTTTTTCCTGTCATTGTCCAGGAATC
ATATGTTTGATCTGAAATGAGAAATGTTAAATATAATCCAGAAATAAGTA
TAGGAAGGATTTTTTCTCACCAGGTTTTCCACTATTTTCTATCAAGCTAT
CTCCATCAATATCAAATTTAATAGAAGCTACATTCATGACGTTTTGGCAA
GCTTCCCAAGCATATTCTTTGAGCCATTGGCTCAATTCAGCATATTGTCC
ATCAAAATCATTCTCAAATGCAAGAATATCTCTCCATAATGATAAAACAA
GTTTACAAGGTAAGTCACGCCAATGACTAATATTATGTATCATATAAGAA
TTGACTTTACAAAACGGATCCTCTTCAGGATCTCCAAGATCATGTGGTAC
GACGTTGGATAAATTCCTTTGACTTTTGGTACCATTGTAGAGATCTTTTG
AAGATGAACTGTCCATATTAAGAGTAGCATCTATTATGTCAGCTTGCAGA
GAAGCCTGGAACATAAGAGTTCAAAATTGAAATTGAGGATATCATTATGT
TAGTATAAAATCAACTTTACCTGTAATCCAGGGAATAGAGAAGATAATGC
AAAAGAAGCATAAAAATGGACATCATAAGAATTGAAAAGAGTGTATTCAT
GAGCTTCTAAGTAAGCAAATCTTCCAAATTGAATTCGCGGATCTTTTGGA
TCCATCGTTTTTTTCTCTMCTTCGTCTAGCTCGAGCCACTGTGAACCGCC
ATCAGCAAGATAGTACATCTCATTAAATACAGCACTTTTAAACCAAGTTG
GTAAACCTGAGTCTTTGAGGACTGGACTCTGCCATTCTTCAATCTTCTTT
CTCCAAACGTCTACCTTATTCAAAGCTCTTTCTGCTATATTATGTCCACT
GACATTGCGCTCTGAACCTACTGTCCTTGTGTACCAGCGTTTATAGAGTT
TTGATCCTTGACGGAATCGTATTTCAGGACAATCCCAGCCAAGCATGGTT
CTCATTCCAGTACATTTATCGTTTCCACCAACTTTTATTTTGAATGAAAT
TCCCATACCAATTTCTGAGCCCTTAGAGGTAACAGGAGGTGTTTGTATGA
TATCCTTCGAAGGTTTAAACACATCTTTACCATCCCCTTTAGGATCAAAG
ACATGAAAATCAAATACGACATCATTTTTAGAAGAGGATCTCCCGGATAA
AATATAAGATAATCTCAAATCGTGGTGATGTTTCACACTTTGATGGAGCT
GTATAGTATTTTTATAGCGTTGAACATAGGAGCCGATATGATCAGAAGAC
TTTTTTTCTCGCCCAATGCCACTTTGCTTGGTATGAATTATTCGAACTAT
ATACTCTTGACTAGATTCATTTATAACTGTCCATAGAAAAACAACACATG
GCAGAGAACTATCTTCATAATCTTGTGGAACAAATGGAGAAACCTGTTCA
CATTCAAT back to top
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