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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s526 | supercontig | LSalAtl2s526:121926..125807 + |
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 EMLSAP00000008534 >EMLSAP00000008534 ID=EMLSAP00000008534|Name=EMLSAP00000008534|organism=Lepeophtheirus salmonis|type=polypeptide|length=193bp
MFLVDWFTGVLGYLGLWKKSGKLLFLGLDNAGKTTLLHMLKDDRIAQHVP
TLHPTSEELSIDRIRFTTFDLGGHHQARRVWKDYFPAVDAIVFLIDGCXR
VRFEESKNELDSLLTDEQLANCPVLILGNKIDRPGAVSEDEMRQIFGLYG
QTTGKGKVLRSELHGRPLELFMCSVLKRQGYGEGFRWIAQYLD back to topmRNA from alignment at LSalAtl2s526:121926..125807+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000008534-704381 ID=EMLSAT00000008534-704381|Name=EMLSAT00000008534|organism=Lepeophtheirus salmonis|type=mRNA|length=3882bp|location=Sequence derived from alignment at LSalAtl2s526:121926..125807+ (Lepeophtheirus salmonis)
GTTTTTCCTCTCAGATATCCCTCCGCCCCCAAAACAAGCATACAAAATTT
ACATATTATACTGCTTCATTGTATGAACAGTAACATTCAACATGTTAAGA
AGAGAAGCCTTATATTTTTTGACGTTTGTTAACACAAAATGACTATTTGA
CGTAGTCAAGTGAATTTAATTTAAAAAAAGAATGAATAGAATTAATTTCC
TCCATATCCTCGCAGATTTCTACTCAAATCAGAGTATCAACGTGTACCAA
TCGTCATTAAGTCTAGCTTATTAATAAAAGTAAACATTTTGAAATGTCAA
ACGTAGTAGCTTTATCAATTATGTCATAATTAGAATATACAATTAACATT
AACATAACATTATTATACAGGCATGTATTTGCGTAATTTTTTTAAAAGAG
TGGTGTGACCGTTCACATTAAACTCACAAACTCTTTTTCTTTCTCTTTTA
CATAAAAAAAAGTGATGACGTTTAATATTCATAATAATCACGGTTACCAT
ATCACCAGTTATTTAAAGAGACAAAGCTTGATTCTGAACTCACAATTCAA
GAATAAAAAAAAACATTTTGTCTTACTCTAAGCTAAGTATTATTAAAAAA
AAGCTCTCAATAGTCTGAAATAAAGAGAGTTTTTGCAGAAATATGACGTT
GAAATTTTATATAACAGCTGTAAAGAAGTTGGTGCTCTTGCAAAGTAAAA
GAAAAAGAAAGAGAAAAAAAGGAAGAGGACGGGGAGCGGATCTTCCACTG
AGTGACTTTTTAGAGTTTCTTTACACTTTTTACAACTCCCAAGTCCGTTT
ACGGGATCTCTTCCGAATCTTATCAAAGGAACGGATTGGAATCTTGAATA
TTAGTATTAAAAGGTATTTATGATTGTTTATTCCTCCAGGATTTAGAATG
GGCTGAAAGTGTTCTCAGGGATTCTGTTTGATTCATTTTGAGTATGTCCG
AATCCTTTTCGAGGGAGGCTTTCTGATTAATTCCGTCCGTATATATTGTG
AGAACTTGTGAGTCATTATGACGTCTTTGTGAAAAAGCATAGATTTGAAT
GATTGTGTTATTGTAATGGACAGATGACCTTAGTATGAGGAGTCAGTTTC
TTTAATCGAAGTCGTGCAAACAGTTTTCAACCACATCCCGCCCAACTCGA
CCAATTGTGGATAAATATATATATATCCTCCATCATAATTCTTTACTCTT
TAAGTATGTTATGTCCCGTACATATTTTGTTGAATAGAAATGTATTTTTC
TTCTTTAAAAACACTCAAGTCCCAGCCAAGGAATCAGGTAAAAATAGCTG
GAAAATCATTTTTATAATGAAAAAAATTATGTGTTTTCTTATCAATACTT
GAGGTATTACCAGCGTATTATCATSATTAATTATCTAATGATAACGCACG
ATCAATTTCAACTGAAAGAAAATTTTAACCTTACTTATTTCACTGAACAA
TATTCTGCCAATTTTGTATTTGTTGTCTTCACTTTTATGCTCTATGTTAG
GTTTAATTTTGATACAATAACACAATAAACTGATTAAATAAAGCCCTCCA
ATATATATATTTATATATATATAAGGGTTCAATTTATAGATCAAAACATA
ATTGTCGATTTGCATAACCAAACGTATGCTAATGCTATAGACATTTTTCT
TGCATATTTTCTATCTTGTATATTTACTCAATTATTAAGAGCCTTAATAG
GGTTWTCTTCATATTTTTAGTGWTGTAATCCCCAGAATAATTTAAAAACT
TGATAAATATTTGTTTTATMCTATASGAWYTTATTACATATACATGAATT
CAATCAGAGTACTATTATATTTACCTCTATTGACTTCGTAATATAATTGA
TATCCTTCATATTTTGCATGTAATATATATTTTTATAGAACCTGTTTCCA
GTTTTTTTAGATTTTAAGANTAACTTGTTTTATTGTACGTACTTTAAAAA
AAGTCTTATACTTGGGATTCTTTTACTCAAACATTGATAATTATTTCGAA
ATTATTTTTTACTTACTGCTTACTAATTTTCCATTAAAATTTATACTAGT
AAAACACCTAAAAACGATGTGATGAATACTTTCTATATAAATATTGATTT
TAGAGAAATATTATCTTTTATAGATTATATAATTTTGAACCCTTTATCTC
AAAACTGGCTGTATGAATGATTGCATTTTGTATTATAAATTTTTTTCTAC
GGTATATGACATAATTAATAATATTTAATTTCTTATAATTTTTCAGGTAA
CATTTTGCAAAAACTCGAACGGAATATTTTATAATCGACTTAGTTGCGTT
CCTTTATGTGCTAGCAAATTCGATTTAAAAGATTTATTGTTCAAGACTAT
TTTAAAGTTTAGTTTAAAAAAATGTTTTTGGTTGATTGGTTTACGGGCGT
CCTTGGGTATTTAGGACTTTGGAAAAAGTCAGGAAAACTTTTGTTTTTGG
GCCTGGATAATGCTGGGAAAACAACTTTATTGCACATGCTCAAGGATGAC
AGAATTGCCCAGCATGTTCCCACTCTCCATCCGACGTCCGAAGAGCTATC
TATTGACCGAATTCGTTTTACAACTTTTGACTTGGGCGGCCATCACCAAG
CGAGAAGAGTAATTTTTATAATCATTTTCTTTGTTTTATTTCTTTAATCT
CCAATGGAATTAGAAAAATTAAGGTCATTCTCCTTTTTTTTAAATATATA
TATTGAAATTTCAGGTGTGGAAAGACTACTTCCCTGCTGTTGATGCCATC
GTCTTTTTGATTGACGGCTGCGYTAGAGTTCGTTTTGAAGAATCAAAAAA
TGAATTGGATTCATTACTTACAGACGAACAGTTGGCAAATTGTCCAGTTC
TCATTTTGGGCAATAAAATTGACCGCCCTGGAGCTGTTTCCGAAGATGAA
ATGAGGCAAATCTTCGGACTTTACGGTCAAACTACCGGGAAAGGAAAGGT
TCTTAGGTCAGAACTTCATGGTCGTCCATTGGAATTATTCATGTGCTCTG
TTCTTAAAAGACAAGGCTATGGAGAAGGATTTAGATGGATCGCTCAATAT
CTTGACTGAACGAAAACAACTTTAAATACCTAAATAAAGAAATCAATTTC
ACATCATGGTTTTCAGGATTTTTTAAATAAAAAAATAGTTTTCGAAATAG
CAATGAGGCGGGTAAAAGTAGCAAAATCATCTCGCTTAGTCTTTTTCAAT
TAAAAGTCAAGTTTATAATTATGTTAACTTATATAAGAATAGTATAATCA
AGCATTTAATCTTACAATTTAAGACTATTTTTTGAATCAATCAACTCACA
ATCTTAAGCAATATTTTTTGAGAAAATCACAAGTAGGCGTAATAAGTTGC
ATTAAATCTTTTTTTTAAATCAAATATGGTGTTTTTTAAGTAAGTCGCTA
TTGTTTTGTTTAATTGCGATATTGTTATAACTAAATACACATTCTTTTAC
ACGTTGTATGATTCATAATTTTAACTTTTCTGCCTCATTGTTGTAGCGAA
AACAATTTACCTAGTTGACCATCTATGTAAAGCTTCTGGATTAAATATAC
TCAGGTCTATTTCCCCTATTTTTTCATTTTTTTTTAAATTTCGCCCTATT
CTTTACATGAATAAAGGGTTGAAAATCTTCCATCAATTTAATAACATCTT
CAAATAAATATGCCGAGTATTCTTTTTTTCTTGTTAATATCAAATTCAGA
ACATTGTAACAACTTTGATCATAATTTTTTATCATGTAAAAGTAATTATT
ATGATAGTTTCATGATTTTTCTTCAAATTATTTTTTAAAACCTGAAAAGA
AAAACATAACTTCCAACAATAATATATTTCTTAATGAAGTCTACTTTTAT
GAATTTACTACAACTTATGCTATATTGTTAAT back to top
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