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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s141 | supercontig | LSalAtl2s141:405753..409638 + |
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 EMLSAP00000002216 >EMLSAP00000002216 ID=EMLSAP00000002216|Name=EMLSAP00000002216|organism=Lepeophtheirus salmonis|type=polypeptide|length=500bp
MAARTVASTLRTSLGPKGLDKLMVSSDSDVTITNDGATILKMMDVDHQVA
KLMVQLSQSQDDEIGDGTTGVVVLCGALLEQSEFLIDKGIHPIRIADGFE
LAXKAAXDHLDAIAEKFEINPEDPENLIRTAMTTLGSKIINKCHRQMAKI
AVDAVLTVADLDRHDVNFELIKVEAKVGGRMEDSMLVKGVVVDKDFSHPQ
MPKVLKDAKLAILTCPFEPPKPKTKHKLDVTSVEDYKKLRQYEIEKFDEM
VKQVKDAGATLAICQWGFDDEANHLLLQRELPAVRWVGGPEIELIAIATG
GRXVXRFXDLTAEKLGFAGCVRELNFGTTKEKMLVIEECKNSKAVTIFLR
GGTKMIIDEAKRSIHDALCVVRNLVRDSRVVYGGGAAEISCSVAVGKAAD
KIKTIEQYAFRAFAEALESIPIALAENCGMDPIVTLTEVKSKQITDNNPA
LGINCMDAVSNDMKEQHVIETVHSKKSQILLATQLVKMILKIDDIRSPEN back to topmRNA from alignment at LSalAtl2s141:405753..409638+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002216-698063 ID=EMLSAT00000002216-698063|Name=EMLSAT00000002216|organism=Lepeophtheirus salmonis|type=mRNA|length=3886bp|location=Sequence derived from alignment at LSalAtl2s141:405753..409638+ (Lepeophtheirus salmonis)
CGTCCTTTCCTCATCCTCAAGGATCAGGAAAATCAACGAAGACTCTCTGG
GAAAGAGGCTATTAAAGKAAGTGAAGGATGATCTTTGTCTTTAGTCTATA
GTGTAATGATGAGCTTAACATTAAATTCAATCTGTCAATCCCTTGATTAG
CATTAAGATGAAAAAACGAATTTCTGATAGCGGAGACTGGCGGSTCTCTT
KCCCMTCTCCGAGTTATCCGAAGCAGCCGCMCTCMTTTCTTTCTTCTTTT
TCAGAGCCATATCATGGCAGCGCGAACCGTGGCCAGCACATTACGTACCT
CATTGGGCCCCAAGGGTCTAGACAAATTGATGGTGAGTTCGGACAGTGAT
GTGACGATCACGAACGACGGCGCAACCATCTTAAAAATGATGGATGTGGA
CCATCAAGTAGCCAAGCTCATGGTTCAACTTTCTCAATCTCAAGATGATG
AGATCGGGGATGGAACTACGGGAGTAGTTGTTCTATGTGGAGCACTCCTG
GAACAATCCGAGTTCCTTATTGACAAAGGCATTCACCCCATCCGAATTGC
TGATGGATTTGAATTGGCAGSCAAGGCTGCCGKGGATCATTTGGATGCTA
TTGCCGAAAAGTTCGAAATTAACCCTGAGGATCCAGAAAATCTGATTCGT
ACGGCTATGACCACGCTGGGCTCCAAAATCATCAATAAGTGTCATCGTCA
AATGGCCAAAATTGCAGTGGATGCTGTACTCACTGTTGCCGATTTAGATC
GACATGATGTTAATTTTGAGCTCATTAAAGTTGAGGCTAAAGTGGGAGGT
CGTATGGAGGACTCCATGTTGGTCAAGGGAGTTGTTGTGGACAAGGACTT
TTCACATCCTCAAATGCCTAAAGTAATTTATTAGTGAGATGGTGTTGGTC
ATTAATTGATTTTTTTCTCTCTCTTTATTTCCAGGTTCTCAAGGACGCTA
AATTAGCCATTTTGACATGTCCATTTGAACCCCCAAAGCCAAAGACTAAG
CATAAGCTTGATGTAACTTCTGTTGAAGATTATAAAAAACTTCGTCAATA
TGAGATCGAAAAGTTCGACGAAATGGTCAAACAGGTATACTAGCTCACCT
ATTTCCTTTGATACACACATGANTTCAGGATGAATAACTTTTTAATTCAA
TCTGTCAATCCAATGAACTACTTTGATTTAACAATTTTCTGACACAAAAT
ATTAGAAACTAACAGTATAGGCTCTGATAAATTTCTTTTAACATTGATCG
TATTTATATATCAGGTGAAAGATGCTGGAGCCACTCTAGCTATTTGTCAA
TGGGGATTTGATGATGAAGCCAATCATTTATTACTTCAGAGAGAACTTCC
TGCTGTAAGATGGGTTGGTGGACCCGAGATTGAGGTAAATTTTGTTTATA
TACTTCAGTATTTTAGTTTTTGCTCATGATATATTTTTAGCTCATTGCCA
TTGCTACTGGCGGMAGAAWTGTTRCAAGATTTRAAGATCTTACTGCTGAA
AAGTTGGGTTTTGCGGGATGTGTCAGAGAGCTTAACTTTGGTACTACAAA
AGAAAAAATGTTAGTCATTGAAGAGTGTAAGAATTCGAAGGCTGTCACAA
TTTTCCTAAGAGGTGGAACCAAGATGGTAAGTTATTCCCCATTTAGTTTA
AATAATATATCCATAAATGATTATATCAATATTTTCAATCTGTCAATCCC
ATGACAAACCCATGATTACAATCAATCTATGAATGTTAGGTAGTAATAGT
TTTTATTCATTGATAAGATTCAAATAATTCATTTTATGTTTTCTTTATTT
TACATAGATAATCGACGAGGCTAAACGTAGTATTCATGATGCGCTGTGCG
TAGTGCGCAATCTTGTAAGGGACTCACGTGTTGTCTATGGGGGTGGAGCT
GCCGAGATATCTTGCTCCGTCGCAGTTGGGAAGGCAGCTGACAAAATCAA
AACTATCGAACAGTATGCATTCAGAGCTTTTGCTGAAGCACTCGAATCAA
TCCCAATTGCATTGGCTGAAAACTGTGGTATGGATCCCATTGTCACACTT
ACTGAAGTGAAATCAAAGCAAATCACGGATAATAATCCTGCGTTGGGTAT
CAACTGCATGGATGCTGTATCTAATGGTATGAATTTTTATTACTATATTT
AGATAAATACAAGTAAAAGGTGCGATTGAATTCTTTCTTCGTTCAATTAA
TAACTTAGGGAGCCAGACCCGCGCCAGAGCAATTATATAGTTAACCATTA
TTTATTGTTTTCTTAAACCTTCCTGGTTAAAGGAATATCGGTTACTTTAT
TACAAGTCTATGTTTTTCTACTTGATAATTTATGTATTTTTTTCTCAATT
TTTTTTTCATACTCCTTTTTGTTTTATTCACTTAGATATGAAAGAGCAAC
ACGTAATTGAGACCGTTCACAGCAAAAAATCTCAAATTCTTTTGGCTACT
CAATTGGTCAAAATGATACTCAAAATCGATGATATCCGATCTCCTGAAAA
CTAAACAACTCCATTATACTTACAATAAACGATCAAAGTGGAAAATTACA
TAACAGCAAACTGAAGTTGACAACTATGGTTGAATTATAACATTTATTAA
TCCATAACAGTTTAATTCTAAGTGAGAATTTATACCTGGTTATCTACTCT
ACTTACAAAATGTCGTTTAAAGGATCGGATATATTAACGTCTTCATGTAT
GGTTTATTTATTCGATATTTTGTTATCACTTCATCTTAAATTGTATAATT
TAATAATTATTCACATTTTAATATTCTTTTATAACAATAAAATTCAACAC
TACTTAAATTGTGTTCCAACTTTGTTCTTTGCCGCTTGAAAATATTAGGT
AAATTGAATTAGTCASGACATATATNNNNNATGTTGATAAGAAAAACTGT
TCTCCAGGCTGGCAAGGTTGGCTAATGATAAATAGGTTAAAGGTTATCGT
CGTCAAGATTACTAGTGCTGAATACTTACGTTGTTATTGATTATTAGTCC
TACTGTCGTAGTGACAAGAAAGCCACAAGTGTTTCCAATCGAATTAGAGA
TCCCCATCAATGTTCCCGCGTAATTGGAGGACAAGTCTAGCATGTTAACT
TGATAGCCAGAGAAACCGGCTCCACTAAGCCCGACCGACAAGCACATGCA
ACATATAGCTAAAATGTAATTGCACCCTGCAAAGGAAAGAATAATTAAAT
TGATGGCCGCACCATAAGTTCCAATAGAGTTCATAAGCTTTCTTGTTGCC
CCAACGCTCAATTTGTTGTTGACGATGAGGTAATCTGAGATACTACCAAA
ATTAATGGCCATAATCCACATAAGTAGAAAGGGTAGCGCAGATAAAAACC
CGTTCTAATAACGATTTATTAATGACATAAAAAGAATTAATTACTATTAA
TCCATTACCTTATCCAAGGAGAAGTGCTGAATACTACTTAAATAAGTCGG
TAACTCTGTAAGAAAGGTGTAGTTGCCCCAATTCTGACCAAAGTGGGCAA
TGATAATAGCTATGAATGGCGGAGATGTAAGAATTTTTCTTAACGGCGGG
AATTTAGTATTCTGCCCACCATTGCTGTGGCTCGAACTTGATGCTAAATA
TATCACTTCAGAAGGGGATATTTTATAATGGGTTTCAGGACTATTAGAGG
TAAACAGAGCCCAAAAAATAAACCAAATAATGCCTATTATTCCAAAGCTA
TAGAAAGCCCATGGCCAACCAAATGAATTAGAGAGTAGACCACTAATGGG
TAAAGAAATTATAGTTCCAAAATTAGCTCCTGTTGCATTAAATATAAATT
ATAGGAGTTTGATTATTTTGTTCCACTCATTACCTGTCCAAATAATTGTT
CCAAGTTTAGATCTCTCATTTTTATGGATCCATTTA back to top
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