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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s139 | supercontig | LSalAtl2s139:510100..514066 + |
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 EMLSAP00000002165 >EMLSAP00000002165 ID=EMLSAP00000002165|Name=EMLSAP00000002165|organism=Lepeophtheirus salmonis|type=polypeptide|length=307bp
MRLFNVLSLVLVIFTSLVISDTFDKTIGRNLVKGLATKWPNTTLPYQISP
GFTASEVELILSAMKEIQNTTSCLKWVNRTTQAHYIDIITGNEGCYSTFG
FNAERKTHKLHIQGTGFTSSCMNKGIILNLMMKVMGFGIESNRPDRDSYV
TISWENILDKEKLRFFRYRSVNEALDSVKICDPATMNAFDSCVQESQVDT
LGLGYDYESITHFGSHYYSKNQNKTVIPKMRQSKNGVQIGQRTALSSLDV
KKIISTYCYSAPAEVCEDNSGFCFIMKLGCWFTAVQNVCRKSCNACNQVL
KTASNSK back to topmRNA from alignment at LSalAtl2s139:510100..514066+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002165-698012 ID=EMLSAT00000002165-698012|Name=EMLSAT00000002165|organism=Lepeophtheirus salmonis|type=mRNA|length=3967bp|location=Sequence derived from alignment at LSalAtl2s139:510100..514066+ (Lepeophtheirus salmonis)
CCTACATTGTCCTATTCAAAGCAAAAACTTAGAGACTTCTCTCAATAAAA
AAAGCACTTGTGAGTCTAACACCTGTGCTTACCTATAGTACTTTAAAGTC
AGTGTTAGTAGATTGGATCAGCGTATTATACACACCCATAATACATTTCA
ATTTATTGAAGAAAGAAAATGCGGCTTTTTAACGTTTTGAGTCTGGTTTT
AGTTATATTTACTTCCCTTGTCATCTCTGATACTTTTGGTAAGACCCCTA
TTTTATACATCCATTGATATATGTTTTCTTTAAAAGGGGTCTAATATATG
TGCAATACCTACAGTGAAATGGTAAAGTAATTGCGGGTCCTATTGACCTC
ATGATCGAGTCTGACGTGTCTACATACAAACTACTGTTGTTCCGGTCCTA
ATTTAGGATTGAGTACCACAGTCCTGTCCATTCTAGTCCCACCCTATATT
TTGGTCTTTAAAGAAGTTATCCCTTGTGATGTCATTGATGATATTTTTCA
TTTTTAAATTATTTCGTTATATAATAGAATATATTATATAACTTAGTAAA
AATATAATACAAATTGGTGGAGAAAAAATTTACGGTCGATTTAATCTCAT
TTTAGTGTATTTTTGAGAAAGATGAAGAGTGATTTTTTTAAATCATGGAA
TTGCCCTAAATGAGTGAACAAAGGTCTAAGAGGCGTTGTGCATCCGACTT
CTTGATAGCCTAAATATACATCGCTGCCATTTTTGAGGTCAATGTGAGGA
CTTTCTGTAATATCCATCATGCCATGGCGTTGGCAAAGGGACGTTCAGAT
CTCCAGGAAGTTGAATTCTGAGCCCAAAACTTAGTTGATTTCTTGTTCAC
GGACATATGGTCTCCACCACCCCCAACTTCTAACTTCTTGATTACTTTTA
GTGGTAACTGTGGAGGGMATCATAAATGCAAACCCACACCGAAATGTAGA
TGCCCTGAACACAAAATTATCAAAGTCTGTACCTGTTTTAGTCACTGTWT
TGAKSCTGCCAGTGCTTATAATGGAGGCCAAATGAAAGAAGGTACAGCCT
CTGTAATTTGCCCTTATGCAAATATATATTTTTCAAAGCAGTAAATAAGA
TTTTGAGTTTTGGAAGCAAAAAATGGGCGGAAAAAAGTATTTCTACCCTG
TATGTTCTAATTATATTACATTATAAGCAAAATATGAATATTCTTTACAA
GATATGTGCAATCTTCTTAATATATATCTCCTATATCTTATCTGCCTGAA
TAACCCATCGACATTTCAAGGAAAGATTCCCAGGGTTGACGATTCCTAAG
ACTGGACAGGACTGAATAAATAAGGATCGACACAACACACATATTAACAT
ATGACGACGCGTGCTATGATATATATAAGAAATAGTAACACATTGTAAAT
CGTAAAATCCACCCATGTAAAATATCCCATGAAAGCACATTTTATAAAAA
ATATTCGATCAATCTTAACTCTGCACTTAGTAAGCCATTCTTTATTTTCA
ATCTATTGCAAACCTCTCTATAACCACATACTACGCATATTTAATAAAAA
GACAAGACCATAGGACGAAACCTTGTGAAAGGATTAGCTACCAAATGGCC
AAATACCACCCTTCCTTATCAAATCAGTCCTGGATTTACGGCATCTGAGG
TAGAGCTAATTTTATCAGCCATGAAGGAAATTCAAAATACCACATCTTGT
CTCAAATGGGTTAATCGCACTACTCAAGCTCATTATATAGACATCATAAC
TGGTAATGAGGGATGTTATTCTACATTTGGGTTCAATGCAGAACGAAAAA
CACATAAACTTCATATCCAGGGTACAGGTTTCACAAGCAGTTGTATGGTG
GGTATAGAATAAGCATTGTCCATTCGTCTAATTTATTTTAAAACACTATA
GAACAAAGGAATCATTCTTAATCTTATGATGAAAGTCATGGGCTTTGGGA
TAGAGAGCAACCGACCGGATAGGGACAGTTATGTGACTATTTCCTGGGAG
AACATACTAGACAAAGAAAAACTTCGTTTTTTCCGTTATAGAAGTGTCAA
TGAAGCCCTTGACTCTGTCAAAATATGTGATCCTGCGACAATGAACGCCT
TTGATAGTTGTGTTCAAGAATCACAAGTTGATACTCTTGGTTTGGGGTAT
GACTATGAATCAATTACACATTTTGGATCCCATTAGTAATCATTTACAAG
TTGATTTTGAAACTTACTTCATTTTTAGTCTCCATTAGCTATTCCAAAAA
TCAAAATAAAACAGTAATCCCAAAAATGAGGCAGTCCAAAAACGGTGTTC
AAATTGGACAAAGAACAGCTTTATCGAGTCTTGACGTCAAAAAAATAATT
TCCACTTATTGTTATAGTACGTAATACGTTTGAGATTCAAGTAAATCTAA
ACTACTACTTATACAGGTATCTCATTTTCCCAGGAATTGTGCTTGAAGAA
GATTCTGAGAAATTTTGAGATTAAATTACAAATAATGTTACATTTATATA
TTTAGATGAAAAAATGAGTGTTTAAGTAATTAAAAATTAATTTATGTTTC
CTACGTTAGAACATAAAAATAAATCAAAATTGAAAGAAACATAATATTTT
TAATATTCTGAAAATTAAAATATTTTAATTTTTCTGGGAAATCGAAATAC
CGTTTTCCCGGGGAAAATTTCATATTATATATCTTCCTATATGTAATTTG
TTAAACAAAAAGTTATAGTTATTAAACATTCATTTGTTGGTTTGTTATGG
GTGTTGAGCATCATTTTTCTCTGGTATAAACCGTTCAAAAACTGCATCAC
AAGAAAATCTTCAATATGTAAACTTTTTATTTAATAAATTACATAATAAT
AATGACAATATAATTTTGCATAGTTGATTTTCTTACTATATCACAACTTT
TCCACACTCGCCTTAATCAAATTTCGAAAAAATGGACTATTTGAAACCAA
TGATCTTTATTCATTTGCCTACTATTAAAGCTATAATACCACTTACACCC
TCTTTTAAAATTTGTTTTCCAGGCGCTCCTGCAGAAGTATGTGAGGATAA
CTCTGGATTTTGCTTCATAATGAAGCTTGGATGTTGGTTTACTGCTGTTC
AAAATGTGTGTCGTAAATCCTGTAATGCATGCAACCAAGTTCTAAAAACA
GCGTCTAATTCCAAATAGATGAACTTCTAACATAATGTTTTCTAATTTTA
TTTTATATATGTATGTTGTGTACAAGTTGATTCGTGTACGAAGTAGGCTT
TACTCGACGTTTTATTCTATTTCATCCACAATTCCTCTTTAAATTGAACC
ACATATACTACAAAGATTTTATGCAATCCCAATTCCTCCATTCTATTTTA
GGAAATTTTATAAAACTAAAAACTTAACTTCAATTGTTTTCAAATGAACA
CACTTTGAAAAAATTAGAATCCGCAATCCACTGTACAAGTTAAACAAAAA
TTGTTACAGTGTTGTATTTTATTATTTTTTACCTACAAGATGGCGCCACT
ATCTGTGGTAATGGCTACAAACAAKTTTGAAGTGAATAACACTCCTGTCC
CTATTAACAATTTCCATCAATTTGACCTGTTAATATTATCAGCAGGATTT
AGGTATGCGATATTGATCCCATTAAAAAGAGGATTTTAATATTATATAAA
TCAATCTAGTGGAATTTTTAGGACCAAGGTAATTTTTTGTCCCCTCTTCC
TCTAAAAATCCTCTTGTCCTTTTAAAAAAATCAACATGTATAATATACTT
TTTACTAGACATAGATAAAAAATCTATTAGAAAAGAGGCGAAGCATAACA
ATGAAATAAAAACCGTTACTTTTGCTGTATGTGCATGTTAAAACACGTCA
TTCTATACTAACTTGTATACAACATATATCTTATGTTTTAATTTTAATTA
ATAAATAAACTTATCATCATATGACACGTGTTGCCTTGATTGTATTTCAC
AGCTTTCCACACTAAAA back to top
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