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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s900 | supercontig | LSalAtl2s900:113522..117037 + |
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 EMLSAP00000012342 >EMLSAP00000012342 ID=EMLSAP00000012342|Name=EMLSAP00000012342|organism=Lepeophtheirus salmonis|type=polypeptide|length=259bp
MQINRWFVVSVRALLILLCAAICSAQHYGQHYGXQNPYKYHPYMRYHDYN
ARHQEPAPTKEEPEAIQEEETPRYPYAYRXQTQGRHYERPEPTERPTPSS
RQPHHYGAYHASQAHRNPYQYHRQHATTKRPEHRKPSPHREQPTKPTKAD
AKDPKYLGTFKNPTHEVKGDIFMLDDNTLYIQGFSFDGQAPDVYFWSDGV
PIPYYTRSDNHITMNVQEYKDEDIVLTLPPEKPTLDKMRKFQIWCKQFGI
NFGEFSIDD back to topmRNA from alignment at LSalAtl2s900:113522..117037+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012342-708189 ID=EMLSAT00000012342-708189|Name=EMLSAT00000012342|organism=Lepeophtheirus salmonis|type=mRNA|length=3516bp|location=Sequence derived from alignment at LSalAtl2s900:113522..117037+ (Lepeophtheirus salmonis)
ATGCAAATCAATCGATGGTTCGTAGTCTCCGTCGTAGGGGGCGGCGGCCT
GCCTTTACATTCCTTACAAAACCGTGCGCCCTAAATTTATTACTATAATT
AAATAGTATATATTTATTCATTTCTTTACATACCCATATCTTGGTGTAGA
TCTTGTACGTCACAGAGGCTCTCATACCATTCTCTTATAGGTAGCATACA
TTCACATCCCAACAACAGTAGAGGACTTTTTAGGTTTTGTTGTGGTTGTT
CTTTTTATTATTATTATTTTTGGTTACGACCCAAAAAAAAATAAAAGTGG
ATTTACTGTTGATCAAGATCCTTAGGAATTAACATCCTTCTCGTAAACAT
TTCGTCATCTGCTCAAATAAACAATGGTAAAGAATTACAATATTTATATT
ATATGATTATCGAGGTTTGGTGAAGGGAATATATTTATTTAATATTTTAT
TTATTTGTTTCTTTACAAAAGCCTCATTTTGCTTTATTTTTTAATTAATA
TGTTGGTCATTTCAATCAATGCTAACTTCGTCAGCTATGACTTGACTTAA
TGTATCACGATTATTTTTAGAAGAAAATACGAAAAAACATTTATTGTTTT
TTCGTGTTTCGTCTTACTAAAATAAATATTTTCTTTTCTTGACCAAATAA
AGACGGAACAAAATTCAATCAAATGAAATGTAACAAAACAAAACGAAATT
GTTTAATGACCTTCTTTATTCTCAAAATGTAGAAAAGGCCATTAATTTAA
CCTTTATGTTATTATTACAGATCTGGGAGCTCGATAAAAATAACTGATTG
TTAGAGATAAGTATTTAGAATGTGCTCACAGTTCTAAAGTTTTACTGGAA
TAAAGTTTAAATTAAGTAAATATATATTTCAGTTGGAGGGCATAACCTTT
GTTTGGGGGCGGGGGGGGGGGGCACGACCCCATAATACTTCCCTTAGTTA
CAACACCGTCTCCAAGTAACAAATTATACCTTTGTTTCATTTCACTTTCT
TTAATTACAATATTAGTCATTACAAACATCAATTACCAACAATTCATTTT
GCTTTTGCTTTTAAAAGATTGACAAGATCAATTTTTTAACATGTNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNATTTAAGGGTGGGAATATGTACT
CATGATCCCCATTAAAATCAACGAATAAAGTATATTAGTACGTTGTATTA
CATAATTATTCAAAATTAACAAACATTAAATGTATTTTTTAACTTTTATA
CGGTCCAGCGTACCTATATATTATGTGTGTAGATACGATTTCTTATACAT
GTTTGAACTTGTGAAGTGCAGATTGTACAAGTTACAATTTCCACGTCTCA
ATACGTTTAAGAAATTACAAAATCGGTCATTTTAGTTCTCAACGATTAAT
TACACCATTTATTATGTATTTCAAGGGATATAACTCTGGATATTGAACTT
TATAATCTACTGCAGAATATTTCCTTATTAATCTTTTTATTTTCACTAAA
ATTGATCAATATTACATCATGAATTTACACCTACCATACGTTGAATATTC
AATTATTGCATTATTTTCATCACAAGTCCTACTCTAAAATCTTCATTTAA
AATGATTATATATTCCTCTTTTTTTTAAAATCTATAGCTATTTTCAAAAA
AGTTTTAAAAATTAAATTCCAAATATTAAATTTTTTNAAAAAAATTTCAA
AAATCCATAGATTTTCACAAAAAATTTAATTATTTAAAAAAATAAGAAAT
ACATTACAAATATTAAGTTTTTTAAAAAGTCCACAGCTATTCACAAAAAC
TTTAATTTTTAGCTCTGTTACATAATTTACAGGAATTCACTAATTTTGCT
TCGAGGGCGTGAGCTACAGCCCCTCCACCCCACCCCCTACCGACGCCCCT
GCCTCATTTTTGAATGTTACTACTTGTGCAAGTTACAACTTCAAGATTAT
TTTCTTCAAATCAAAAGTCTTATTTTCTTAACACCCAATGTATCAAGGAA
CATTATCGACCTTGGGAGAAAAGTGCAACTGAACATATATACATGACCAT
AAATAATAATATTGTCATGTGTGGGCTGTTCCTTATTATGTATTAATTTT
GTTTTGAACGCTTATTCATCCCTAAAAAGTTAGAGACATAATTGATACTT
TTGAATCGATATTTTTACTAAAAATATCCATTGCTAAATTATCTTTTTAA
TTATTATATATTTCAAAGAAATATGAATATTGTTGGGAAATATATACTGA
TGGGTTAAAATGTTATTCATTGGACTTAATTAGATTTAATGTGGTGTTAT
AAAAAGGCATATACGCTTACATACCTAATAATTAGGTGTCTGCTTCCAAA
TTGAATTGTAACAAATTACAATGATATATATATATATATGTGCAAATATG
CATACCTATAATTACACTATAATTTTTGAAATTGCCTTCAGGTTACATCT
GATATATGAGGTAGGTGGGTAATAGGTATTTAATGGTAGCAATGAGGTCT
TAATGTGCTTTTAAGTATTACATATTATTATGAACTTACAATCTCCAACT
TTTTCTCTTTTTCCCATAGAGAGCACTCCTTATTCTTCTCTGTGCGGCCA
TTTGCAGCGCTCAACACTATGGACAGCACTATGGCTAKCAGAATCCCTAC
AAGTACCACCCCTATATGAGATATCACGACTACAATGCACGTCATCAAGA
GCCAGCTCCTACAAAGGAGGAGCCCGAGGCCATTCAAGAGGAAGAAACAC
CTCGATACCCTTATGCTTACCGTCKCCAGACACAAGGTCGCCACTACGAA
AGACCAGAGCCTACTGAAAGACCCACTCCATCCTCTCGTCAACCTCATCA
CTATGGTGCCTATCATGCTTCTCAAGCCCATAGAAACCCCTATCAGTATC
ATCGCCAACATGCAACAACCAAACGTCCTGAACATAGAAAGCCTTCACCT
CACAGAGAACAACCCACAAAACCTACAAAGGCGGACGCCAAAGATCCCAA
ATATCTCGGAACCTTTAAAAATCCCACTCATGAGGTCAAAGGAGACATCT
TTATGTTGGACGATAACACTTTGTATATCCAAGGATTCAGTTTTGATGGA
CAAGCACCAGATGTGTACTTCTGGTCTGATGGCGTTCCCATCCCATACTA
CACAAGATCAGACAATCACATCACAATGAATGTTCAAGAATACAAGGATG
AGGATATCGTTCTAACACTTCCTCCAGAGAAACCCACCCTGGATAAGATG
AGAAAGTTTCAAATTTGGTGCAAACAATTTGGAATCAATTTCGGAGAGTT
CTCCATTGATGATTAGGCTTGGGGTTTTCTTGTTCTTTAGTCCGATTAGT
ACATATATCCACTCAAAAGATATGTACTTTTTACGTTCAGAGTGAGAAAG
AACGAATCATCCCATATTATCCCTCTCATCCAATCACGAACATTTCAACT
ATTTATTCCGTGTACTTATTTATTTATTTATTTTATCAAATAAAAATATA
TTATACTCCTTTTATA back to top
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