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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s91 | supercontig | LSalAtl2s91:686346..689950 + |
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 EMLSAP00000012492 >EMLSAP00000012492 ID=EMLSAP00000012492|Name=EMLSAP00000012492|organism=Lepeophtheirus salmonis|type=polypeptide|length=460bp
MTFFMKKGSRPGAKKRKLNGAPKSGKKKGFEENEEILSDDSDVMGHDSDI
ESHTDEDDEETSDQKRIRLAKMYLEEIEREEKERGVEDEIRDSVNDRLMT
DALEEKGKLFRTVASSLRPIFPSETRNLKDKLHNGSITSIACSNDHLYTA
SKNGGLIQWRLKDFSKIKKIVPGRKKDLKTHVGHCGTIHALAVSTDGKYL
ASGGEHDNIHIWDGNTMEHLYTFKGHRDMISGLVFRINSHTLFSCSFDRS
VKVWNLDEMTYVESLFGHQDKITGIDAGRRERAVTSGGRDGSIRVWKIVE
ESQLVFNRPSSSTDSVKLINEEHFVTCGEDGHISLWGLMKKKPLFTYQKA
HGLDSINHQPMWISSIATLPQSDLIASEIQTIPVTGFVNTLQFTPDGKTL
LAGIGQEHRLGRWWRIKEARNSILVLPLNFNEEEEVEDDIHEENNIHDVE
MRSLSQLGLS back to topmRNA from alignment at LSalAtl2s91:686346..689950+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012492-708339 ID=EMLSAT00000012492-708339|Name=EMLSAT00000012492|organism=Lepeophtheirus salmonis|type=mRNA|length=3605bp|location=Sequence derived from alignment at LSalAtl2s91:686346..689950+ (Lepeophtheirus salmonis)
AGTACGCACGTGTGTATGTTTGACGTCGTATTATTTATTTATCCTCTAAA
ATGACCTTTTTCATGAAGAAGGGCTCCAGGCCTGGAGCTAAGAAGCGGAA
GGKAAGCATTCATACTCATTTTGAAAAATTGTGATAACATTTATTGCGTA
CTTTAGTTAAATGGAGCACCTAAAAGTGGTAAAAAGAAGGGATTTGAAGA
GAATGAAGAAATCTTGAGCGATGATTCGGATGTTATGGGTCATGATTCGG
ATATCGAATCTCATACAGATGAGGACGATGAAGAAACCTCTGACCAGAAA
CGAATCCGTCTGGCAAAAATGTACCTGGAAGAGATTGAGAGGGAGGAGAA
AGAAAGAGGAGTTGAAGACGAAATCCGTGACTCCGTGAATGATCGTCTTA
TGACGGATGCTTTAGAAGAAAAAGGAAAACTTTTCCGAACTGTTGCCTCT
TCTCTTAGACCCATTTTCCCTTCAGAAACTCGCAATTTAAAGGATAAACT
CCATAACGGTTCGATTACAAGTATAGCCTGCTCAAACGATCACTTATACA
CTGCTTCTAAAAACGGGGGTCTCATTCAATGGAGACTTAAAGACTTTTCT
AAAATCAAAAAGATCGTCCCAGGTCGTAAGAAGGATTTAAAAACGCATGT
AGGGCATTGTGGTACCATTCATGCCTTGGCTGTGTCAACTGACGGAAAAT
ATCTCGTAATTAATTATATTTATTTAATATTGGATGGKAAAAGTTTTGAC
TAAGAATGGATCACATCAATAATCAATTACTTCGTCTATTCACCTTATAA
TGACTACTTCTTTTTAGGCCTCAGGAGGCGAACATGATAACATTCATATT
TGGGATGGCAACACCATGGAACATTTATACACCTTCAAAGGCCATCGAGA
CATGATATCAGGCCTTGTTTTCCGAATTAATTCGCATACTCTGTTTAGTT
GTTCATTTGATCGATCTGTCAAAGTCTGGAACTTGGATGAAATGACTTAT
GTTGAATCTTTGTGGGTGAATTATGACGAAATATTTTATATAATGGGAGT
TCATTTATATGTTATTTATTCAAAGGTTTGGTCATCAGGACAAAATAACT
GGGATCGATGCTGGACGAAGAGAAAGAGCAGTTACGTCTGGAGGTCGTGA
CGGATCTATTCGTGTATGGAAAATAGTAGAAGAATCGCAATTAGTTTTTA
ATCGTCCCTCATCATCTACAGACTCCGTCAAACTTATTAATGAGGAACAC
TTTGTAACCTGCGGTGAGGATGGGTAAGTCTCAAATAATTACAAAGGTGA
ATAATTATAACTGTCCTCCATCGTAGACATATTTCGCTCTGGGGGTTGAT
GAAGAAGAAACCCTTGTTTACTTATCAAAAAGCGCATGGCTTGGACTCTA
TTAATCATCAGCCCATGTGGATCAGCTCAATCGCTACCCTACCTCAATCA
GATCTTATAGCATCAGGTAATATGAACTGGCTAACTGTATTTCTACTTAA
TAATAAATAAAAAAAAGAAGTTTTATGCAGTTTTTGTATTCTATTTTTAT
TGAAGATTCCTCCCACACAAGTTGCACGATGTTGATTGTCTACATCTGAT
ATTTTTATCTAACAATAAATGATTATTTTTTTTCATCTCCCAAATTTTTG
GTGTTGATATGCATTTAAAAATATTGTGCATATGAATTTGATAGCGCAAG
GCTACCTGGAAAACTAATATATCCAAGGAAACACGACATATTTTATTTGC
TAGGAATATTTCCCTTTTTAACTAGTAATGTAAAAAAACAACAAGTATGG
TTGTATCAATCCTACTAAATATGGCACTTAAAATCAATACTTGTTATCAG
TCATTGAAAAACGTTCCGAATTTTAAAGCGCCCTCTACAAGGAATCATTT
CACTAATATTACAGTAAAGTAATTAGTTTGGTAAATTAATTAGTGTTATT
TTGCATAACAATATATTTTTTTCATTAATTATCGTTATATAAACACAACA
CATAGTTTGCACTTATTCATAATTTATGGATAATTATTCTAATTAAATTT
GAGCCCCCCCCACCCCAGACTAAAGAATTCAAGTTCCTTTACATATTTTG
CCTCAGCCTATCTAACGAAATGGGGCTCTCACACACGGAGTCGAATGATT
TCGCCTTTATATGAAAATATGTATTCACAAATTTTGTGTCTCCTAATTAG
TAATTATTTTCTTATTCGAACTCAAAAGTTCTATTCCCCAACAACCTCTT
CTTCCAACCATAAATTTCATTTATGAAAGGGATTTCATTATCATTGTTTT
TTACCATTCAACAGTCCTTCAGGTTTATGAGGACCTCTATTTTCAAAAAA
AAGTTCCATAGGAATGCTTTTGCTTACGATTCGAACGCGTCCTTGAAACT
TAGGACTGTACCAGATAGAACGAATATTTGAAAGCGATACTAAAAAACGC
TTTTTTATTCTATGCACCAACTTACGAGATAAAGATCTGTTGGTTTTGAC
TTGTAATGTTTTTTTTTTGGCATTGAGTAATGATGCATTATCAAATCTTC
AATGCAGACATTTCAATAATTGTATTTTTGTATAAAAAAAACTAAATTGA
TGTTTCCATATTCGTTTCTCATTGAAGGCGTTATCAGTATCATGTTGCAT
TGTGCATATTTAAATGCCTCCAAATCATCATTACCTTTGATTAATATATA
TTGTATACAAATTGCAATCAAAAATTTAGACAAGTATGCAGAATTAAGAG
TATTTGTGATAAAGATAATACAATGATTGGGGTTTCAATATATTTGTAAT
ATACATACATATATATTAAAGGAGTAATTTGACACTTTCCTGAGTAAAAT
TAGTAATTAATTAATATAAGTATTCGATAGCACATTTTTTAAAGTTCATA
TGCTCACAGCTATCTTACTCGTAAATACTTAATGGATACATCATTTCAAT
CTATTCAAATTAGTTTTGAGACACAGTTAGAGACAGATTTTTGTAAAAGT
TTGGGGATTAAAGGTCGTTGACACATCTCTAATGCATCTACCTAGTCTTG
TATCGGTCCTTATTTAGGATTGTGGACTGCGTTCCAGTCCTTCTTGTCGA
TCCTTAAAGAATGTTGGTATAAGTTGATAATTTTTGCGGCTAAACTCCCC
AAATGATGAAATCTAACAACGTCCTGCTAAAAACTATTATATTCGGAGGT
GTACGCAAGATTATTTATATATATATATTTTTTTTGGGGGGGGGGGGGGG
AGAGAAAATTATAGATTAGTTAACCAACTTCATATTTTGTTTAGGATCAA
GAGATGGATTCATTCGTCTATGGAGATGTACTGCCAATTTTCGTGGTTTA
AAAGAGATTCAAACTATTCCCGTTACTGGTTTTGTCAACACACTTCAATT
TACTCCGGACGGAAAGACTCTTCTTGCGGGGATTGGTCAAGAGCATCGTC
TAGGAAGATGGTGGCGTATCAAAGAAGCTAGGAACTCCATTTTAGTTTTA
CCTTTAAATTTTAATGAAGAGGAGGAAGTTGAAGATGATATACACGAAGA
AAATAATATTCATGATGTAGAGATGCGATCCTTGAGTCAATTAGGTTTAT
CTTAA back to top
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