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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s6 | supercontig | LSalAtl2s6:1216613..1219470 + |
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 EMLSAP00000010533 >EMLSAP00000010533 ID=EMLSAP00000010533|Name=EMLSAP00000010533|organism=Lepeophtheirus salmonis|type=polypeptide|length=214bp
MMIGVLLLLCLSLSVSSEIIKVGDIITKGHGVKGTISIYNSSTIVVDNFE
YDGGAPDAFFMVGDSEKPGEGGTILPYPFEGKFYEYNDPDTPIIEGVHTG
SKIVLTLPSDNDVSDYKWFSVWCRAYNINFGDVYFPESLEVAEGESEPEA
EIPSPIAPISNDISGHKDHEYHHGDHSEAESHAEDEPLPGSASFICPSVI
SLSITSLIFLLCQL back to topmRNA from alignment at LSalAtl2s6:1216613..1219470+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010533-706380 ID=EMLSAT00000010533-706380|Name=EMLSAT00000010533|organism=Lepeophtheirus salmonis|type=mRNA|length=2858bp|location=Sequence derived from alignment at LSalAtl2s6:1216613..1219470+ (Lepeophtheirus salmonis)
CTCTCATGATATTGTTTTAACGGTTATTCATCTTTGTGTTTTCAAGGAAT
TTTTGCGAGGGACTATAATCGTTAGTAGTTTTTGTATTTCTCGGAAATTG
GGGAACCTGACGTCATCGAAAAAAACACCAAAATTTCAGGTAATATTCCC
TATGAATCAATACGGATAATCCATGGAAAATTCCTGGGGTTTTCCACCAT
ATTGAGACCAAAATATATATTGTGAAGCGAGGGAGATAGATACCTTAGTA
GTCTGGATCATTAATGAACCTCCTAGTAATAAATACCACACATATGTAGA
ATAATAAGTATGTGCTCTTTCATTTGACGACTGACACGCTGTATGATGTA
TGGTAGAATAAAAAACTGTGGGTTTCCTTCCAAACGTAAGTGTGCGTGTA
TATTTCTTTGGCGTAGCGGTTATTAACATTCTAATGCTAATTTGTGATAG
AAGAATTAGTTAGTTGGAGTCATTTCTCGAGTGCGTTTCTCGACGGTTGT
CCAAGTGTGTTACTATTTGTTTTTTTTCAAATAATTTAGTCAAAAATATC
TGGAAGCCCATGGTAATGTATATTTAACATATTTATATTGTAAATCTTTG
AATAAATGAAATATAACACCTATACGTTAAATGTATAAGACCGTTCCCTC
CCTTTTCAATAGACAATAATATTATGTAGGTTCTTGTAGACTTTGTATCT
TCATATTCATTCTTTTATAGGTGTGCCGTTACCTACTACTACAGGTTATT
ATTTCAGAATAAATGAAAGGCAACTTGTTGACTTGGTAACAGTCGCAGTG
CTTCCAATAAATGATGAAAAGAGATTCTTTGTTTCATTATATTCATCACT
CGAAAGAAGAATTCAATGTTTTTTTATGAGTTGCTTGTAAAAAAAAAATA
TATGAACCTCCCCCTCCTTCAGAGAACTATGGGGTTTTCTGCACATGTTT
TTTCAATTAAAGAATGTTCTGGAATATAATAATAATATCCTTGTTCTGTT
CTCATTATTTTGTACTTTCAAAAAATAATCACTCCATAGGCTAGACAGGG
AGKGGKTCAAGAAGCTATTGACATGCATATTCTTATTTTATGAGGAAAAG
ACAGTTTTTTAAGTATTAAACCTCAACAATAAATCAATTTATATATTTAT
TTAAATAGTTATCTATTTGGCATTGAGTTTTAAGTTAATTAGTTATTCTG
AAGAATTGCCCAACTAACTACTGATTATCAATTTCTTTATTAGGGGAAAG
GTTGCGAGATGGAGACCAGATAACCTCGTAGGAATGTGATTTAGTGATAA
GTAGATATACCTGGGAACTGTGGTAGAGTTAGTGGCGAAGTGTATGATTC
AACTTTAACAACATTAATCATTTAGTCCTGCTCTTTTCTTTTTCCAATTT
ACAAATACCTACAAGGTCATTTGTCCCTGTTTTGAAAAGAAATCTGTGTA
TTAGTCTAAGAAATGAAACATTTTATGCGGAAGGAATTAATCATGTATCA
TCGTACATGGATCACCTATAAGCACCACGTATATAAATGCTTATTAGATA
CTGATTTTTTTTTTATGTAGTCTTCATTACTACTTCTTTTGATATTTCTT
TAACTGACATATTGAAGAGTGTTTTTTTTCTTTCATTATATATGCCTGAG
GAAGAGGAACAGTTTTATAATAATTCATTTGTAAAATCTGATTAGATTCT
TCTAGGACCTGCTAAAAAATAATTAAAATAGTGAAAAAGTACCTATTTGT
GTGCAATATAGATTTATATTTGTCAAATTCAACTTCCTATAATTTTGATA
TGATTATATTGTTTTTTTTTATACTAATTCGTTTAAACTTCCTAGTTTAT
AATTGTGTGTTTTTATTTCAGATGATTGGAGTACTGTTATTATTGTGCCT
ATCTCTCAGCGTTTCTTCGGAAATTATTAAAGTTGGTGATATCATCACAA
AGGGTCATGGTGTCAAGGGTACTATATCAATCTATAACTCATCAACCATT
GTTGTAGATAATTTTGAATATGATGGAGGTGCTCCTGATGCCTTTTTTAT
GGTTGGTGACTCTGAAAAGCCAGGAGAGGGTGGAACTATTCTTCCCTATC
CATTTGAGGGTAAATTTTACGAGTACAATGAYCCCGACACTCCCATCATT
GAAGGAGTTCATACTGGAAGCAAGATTGTGTTGACCCTTCCATCTGATAA
CGATGTCTCAGACTACAAGTGGTTTTCCGTTTGGTGTCGTGCCTACAACA
TTAACTTTGGAGATGTCTATTTCCCCGAAAGTTTGGAAGTAGCTGAAGGA
GAGTCCGAACCAGAGGCTGAAATTCCATCTCCCATTGCTCCTATTAGCAA
TGATATCAGTGGTCACAAAGATCATGAATATCATCATGGAGATCATAGTG
AGGCTGAATCTCATGCTGAAGATGAACCTCTTCCGGGTTCTGCATCATTC
ATTTGTCCATCTGTCATTAGTCTCTCGATAACATCTCTAATTTTTCTTCT
GTGTCAATTATGATTTTTATAATGTTCCATATTATTGATGTATTTAAAGA
GGTAGATGTTTAATTATTATTTTCAAAGTTATGTACCGGTAATTTTTTAT
TTTTTTTTCAAGGATCATACTTATCAGTATGAATAGATATTATAATTGTG
TTTTTTTTTTTCTGTCCTAATAAAAAAGTATTTTTATTAAGTGAGAATTA
TTCATACGGTTAATTATATCTATTTATCATGTATTCTTAAAGAAAACTCT
ATTTCTTTCCTTCAAAAACTATATAATTAATACGAAGTGTACTGTTACTT
ATGCTGTGCCCATCCTTATTTAGAACTGAATATTATAGTCTCTTATAGTT
TAGTCTCG back to top
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