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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1078 | supercontig | LSalAtl2s1078:196550..201256 + |
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 EMLSAP00000000498 >EMLSAP00000000498 ID=EMLSAP00000000498|Name=EMLSAP00000000498|organism=Lepeophtheirus salmonis|type=polypeptide|length=237bp
MSIHHPNQFNMKIIGIYLLLTLLHGSQGATNGTEEQDSFSQLIPQRSCSY
SSYNGHLTCACDSIEMNVTLNIQFINYTRDSNVKKVIIKQCNRLHISLDF
RKLQAGSFPIIFKSIRRVEIRNIIFDPMYKNRQELELDFNNIETFEFNGI
FVNETIKINATNIKDAHFIKSHFEHIPTHGFTIKNAKDLLVKDSYFRHVE
PRFILVEDTKSVLVMGNQMPINAVQVRIVSFWIYSDF back to topmRNA from alignment at LSalAtl2s1078:196550..201256+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000498-696345 ID=EMLSAT00000000498-696345|Name=EMLSAT00000000498|organism=Lepeophtheirus salmonis|type=mRNA|length=4707bp|location=Sequence derived from alignment at LSalAtl2s1078:196550..201256+ (Lepeophtheirus salmonis)
TGTACATATAGTAGACGTGACTTGCCTTCATAAACATTCAATCACGGTTT
CATTCAGTTATTATTCCACCGTTTGATGTGTAGGATCCGGCCTCAGGGCT
CTTCATTATTATTCTTAATTGATACAATGACCTGTGTGTGGCTCTCGGAA
AAATAGTGTTTCTAAAGTGTAAAGGAAAGAGTAGTAAGAGCTCCATGTGA
AATCGTTTTCTCTACGTAGAAAGAATGTCGGTAAGTTCCCTATAAAGGTT
TTTTCCCCCCCGAGAGGAACAAAATGATTGATTTTGTGTGTTTATTATCA
CATTTATCCATGAAACACGATATGTGACACGTACAAATTACAATACATTA
ATGGAATATACGTATGATTTGACATAGACTGTTCAATTGATCGTGATTGC
CTGCTGCCTACTTTCGTTGCTCAAATTGAATGGAGAACATTAGTCCCATT
TAATGAGTAAACTCGGAAATAGTTTCCTTCCTTTTTGTTCATATTCATGG
AGACGGACATTTGAGTACCCAAATATATCCCTTATCATATCAATAGTGAA
GCTTTTCGATCATAGGCATAGGAGAGGATCATTTTTACTGATGAAAATCG
TGTATATTTCGGACAAGTTACAAAAACAACAACCAAAAATCCACATGAAG
TTAATTAGATCAGCTACAATCAGCTATGAAGGGGGATGAGGTGGAGAAGG
ACATTAATAAGGAGATTGGCAAGAATGACTCCGATGTGGATCCTCAATTC
TACTCTGAGTCCAACAAGGACTTACAATTATAACTTCGCAACAAATCCTC
AAGGTTATTCTCCGTCTTTTATCAGCACACACGAATGTTCACTAAGGTTT
TGAATATTCAGGAAATATTGCTCACTATTCAGGAATTAAATAATAATGAC
AACTGCTAAGGAAAAGAAAGTTCATTCTTCAGATTACCAATTCCAGAAAA
AAGGGCCAGCTAAAAAATACTCACGATTTACATAATTAATCAATTTTATG
GGTTGGGGCAACAAATTTTTCACAAATATTTGGGACTACTATATTTTTAA
ACACACTTTTTTAATTGATTTTTTTAAAAGAAAATACGTTGTTCATTGTA
GAAAGGATCAGATATTGCCCTAATGTACCATATTAATTGACCCAATAACA
TTGCTTAGTTTTTTAATTTAATACAGTGATACCTTAAGATACGAGATCCT
CAACATACAAGGTGGGTTCTGAGCAATAATTTGTATTGACATAGAAGTTT
TGATTGAGGTACAAGTTCGCGACGGGACTCTTTAAGTTGCATTACTTTAA
CTTACGTACTCGGTCCAGGAACGAATTAAACTCGTATATCATTTTGTTAC
TCTAAGTTTTATCTTAATCTTCTCTAAATGGAGGAAACAATTGTCCGAAT
ATACCATATTAATTGCCGCATTATTAGTATTGGCTCSGTCTCAAAAAACC
TAAAAARAACACAAWCCTATTAGTCAGGTCCCAAAAAAAAATAGTCAGTC
CTAGTACCGGTTTTATGGTAACTAGAACACCTAAAATGACGTACTTTGTC
CTTTAGCTGTTCAACATAACCTCTTTCAAAGAGACAAGATACTTAAGTTT
AAATTAGGAAGAGTGTGACTAGAACCTATAGGTTCAAGCTAGAATTCATT
ATTTTCTTAGTGCTATTATTCAATCCTAGCTAGGATGGAAACTAATTTGG
AAATCAGTTCTAGGACTGATCCAACAGTACTGATTATTGATTATCTGCCT
TCATGTCTCCTATTAATTGTTTTACTTTTGAGTGCACATGAGTGACTAAG
TACCACCTAATGCATTTGTACATTTTTCATCCAATCCTTATTACTCTCTC
TCTTTTTCTCGAAACCAGATTATTATTCAGAAATTAAGTATTATCATTTA
TTTAAAAAAACATGTTTGATCTCTACATCATGGAGTTCCTTCTCATCTAT
TTCAATTCGATTTTGATCAAGTTTTTTATCATGAAACAAATAGAATAACT
GTTATAGTTTGTAATTTATTACCAAGGGGTCCCCTCCTCAAAAACATGGG
TGGAAAACCTTCCTTGGGACTCCCCATATTATCTATTAATCTTTTAATTA
AATATTGGATACAAATGAAATATTATTATGTTATATATACTTGACTTGAA
CATATTCTCAATTCATATACTCAAGATTAAAATATATATATTGTCTGTGT
ACTAAACGATGTCTAACTAATCTATGTCTTCTAATACGTGATCCTTGAGA
GGATAATATTTGTAGAGCAAATAACATATAAAGGGGTGTGAAATTGCTGA
CAAAATAACATGTCATATTATTGATTACTACGATCCCCTCGATTGTCGTC
AATTAAAAACTCTAATTTTCTGTGACTCACGTACAAAATATGAAATATAT
ATATGAGTATTTGTTGCGTACACATTACAATATCTGTACTATTGTTAACT
TAAAAACATGTTGTTCAAGTTGAASCCAGACCAATCTGTAGCAGAWAATT
KTTACCCCCCCCCCCCCCCTAGATTATTGGATTCGAAAAAAAATGGGATG
TCGGTTAGAAAATTTGGATTATTTATGTAATGTCAAGAAAAAAAAGAAAA
AAAATATCATTTCTTAAAATAATGTAATTGTTTTCCAGTGGGGAAAAATA
TGATGGTTTTTTGAGGAAAAAAAAAAAGATGGGGAAATANNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNN
NTGTGTCGGCCCATATTTATTTGGTCTACTGTAGTCTTAAAATCTGTTTT
TTGGTTTTAGGGACCAGTCCTTTACTGTCACTCTATGGAAATTGTCCTAT
AGATGTCAATGGTTTATTACGCCAAATAAAATATATTAAATATACAGGGG
CGTCCGCAGGGGGAGGGCTGGAGGGGTTTAAAAAAAAATCCAAAACATAG
CTATGAATTTAAAAAAACATTCAAAAAATTTAATTTTTAATTTCCAAACA
AAAAACCCCGAATATAATCCTGCGGACGTCCACTTGGTGGTGTGAATAAC
TGAACTTTAAAAAAGATAACTTTTTTGCTGCTATTTGATAATTTTTAGTA
AATTCCAGAAAATGAGAGAACCATGATCTCTCTAGCCCACTTTTTTATGT
GGTCCCATTTCAAATGCCTATACTTACATAATATGTCATTTGTAAACACA
TAATAAATAGGCAATATCAAAATGTAGTGATAGCACCATTTAAAATGACT
ATTGATGTAATTAAATATAGCGTAATGAGACGAAAAAAATGTAATTTGTC
CAATATTTTTATACCAGTTACAAATTGTATGGAGATTGCAACTTGTACAT
ACCTAATCTATATATGTGGTGCATTAACATTAAAGCAATCTCGAACAAAA
ATTAAGGAATGCAGAAAATCCTTAATTATTTTTGTACCACATAGAAACAA
ATTATTTCATAGACATATTTGATTCCAGTAAATGCTTGATCTAATGCTTT
GTTTTCAAATTTGTGGGAAGAGTTAAGACACCAAATAATTATAGTTATTG
TTTATAACCTTTATTTGATTTAAGAAACTTATATTGCTCTCGATATAGTC
CCTTCTAAATAAAATCATTTTCTTATTATTTTATTGTGAGAATGAATTTT
GCCTATATTCAATGTAATTTTGGCACTTAAAAGGATTAATAAGAATAATT
TGTTGATAGAAATTGCCGATAATTCATTAAAGAATACAAAATATGTAATT
CATAGTCCATTTTGATCATCCTAGGTTATTGTTTGGTGTTGATGGGTCAC
ATATTGTCTAATTTATTGTCCATAGTACAAACCTATTTCTCTTTTTTCCA
GATACATCATCCAAACCAATTTAACATGAAAATAATCGGTATATATTTAT
TGTTGACACTCCTCCATGGCTCTCAAGGAGCGACTAATGGCACTGAGGAA
CAGGATTCATTTAGCCAGCTCATTCCTCAACGAAGCTGCTCCTATTCCAG
TTACAATGGACATTTAACTTGTGCTTGTGATTCTATTGAAATGAATGTGA
CCCTTAATATACAGTTTATTAATTACACCCGTGACTCTAATGTTAAAAAA
GTGATTATTAAGCAGTGTAATCGTTTGCACATATCGTTAGACTTTCGTAA
GCTCCAAGCTGGAAGCTTCCCCATCATTTTTAAATCCATTCGTCGAGTGG
AGATTCGAAATATTATATTTGACCCCATGTATAAGAATCGTCAAGAATTA
GAATTGGATTTTAATAACATTGAGACCTTTGAATTCAATGGTATCTTTGT
GAATGAGACAATTAAAATCAATGCCACCAATATCAAGGATGCTCACTTTA
TCAAGTCACATTTTGAGCATATTCCAACTCATGGATTCACTATAAAGAAT
GCAAAGGATCTCTTAGTGAAAGACTCATATTTTCGTCACGTAGAGCCAAG
GTTCATATTGGTTGAGGACACAAAGTCTGTTCTTGTGATGGGGAATCAAA
TGCCAATCAACGCAGTTCAGGTAAGAATTGTCTCATTCTGGATATATTCA
GATTTTTAATATCATGATAAGTAATAGTGAATTTGGCTATATATATATAT
ATTTTTATTTTTTTATTATGTCATTCCATTGTTATGTCTCTATTTTCTCT
GATTCATAATTACATCAAATATATATGTACTTATGTAATCATTCTCCTAA
AATAAAT back to top
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