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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s116 | supercontig | LSalAtl2s116:424821..428389 + |
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 EMLSAP00000001002 >EMLSAP00000001002 ID=EMLSAP00000001002|Name=EMLSAP00000001002|organism=Lepeophtheirus salmonis|type=polypeptide|length=563bp
MDKVWRISLIFVMITGSCGNPDAKRLYDDLLSNYNKLVRPVVNVSDAVTV
KLKLKLSQLIDVNLRNQIMTTNLWVEQFWYDYKMRWEPDEYGGVDMLHVP
SDHIWRPDIVLYNNADGNFEVTLSTKATLFNTGLVVWRPPAIYHSSCEMD
VEYFPFDEQTCVMKFGSWTYDGFQVDLRHQEEEQGTNVVNIGVDLSEFYM
SVEWDILAVPAIRNVKVYTCCDEPYLDITFNITMRRKTLFYTVNLIIPCM
GISFLTVLVFYLPSDSGEKXNVSLSISILLSLTVFFLLLAEIIPPTSLVV
PLLGKFVLFTMILDTFSICVTVVVLNVHFRSPQTHTMAPWVRRVFIHILP
RLLVMRRPGQSPESKMRSRPMIKENGYGHYMIEQVRLQHVIQQRESNHIN
VHYEASEDPETAYESKQNYKNSHFHDNNNTEIFDYSSCELHGTPENLPSP
PPPLNPSFIYPGPNGECPEVYRALDGVRYIAECTKREEDSCKVKEDWKYV
AMVMDRLFLWIFTIAVLVGSAGIILQAPALYDTRAAIDVELSQIEAAXAK
PLSEQRNKFSFLK back to topmRNA from alignment at LSalAtl2s116:424821..428389+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001002-696849 ID=EMLSAT00000001002-696849|Name=EMLSAT00000001002|organism=Lepeophtheirus salmonis|type=mRNA|length=3569bp|location=Sequence derived from alignment at LSalAtl2s116:424821..428389+ (Lepeophtheirus salmonis)
GAAAGACAGGAGTCCTTCTTCACTCAGTCCTTTTTTTGCCATAGGCAGTG
GTGAGCTGAGTCAAATCTCAAACATGGTCTAAAAGTGAAGAAATCACAAT
TATTTACATCAATCTCACTCCATGTATAGCGTAAGTTGATTACACGTTTA
TAAGTATGAAACCTCGATTCATCATTAGTCTAAAACAAAAATATGTATTA
TTTATAGAGCCTAATAACTATCTAGAAAGGTTTTGCTTGATCTTTTTCTG
CTCTACGGACAAATGATTTTGAGTCAGTTTTTTTTGCAATTATAATTAGA
CATCAATGGCTTTTTTTTGTAGTCGTTTTTGTATCTAAAAATGTATTTTT
TCTCAAATTTTCAGCACTCTGTATTGCCATACATCCATTAAGAAGAAGAA
TGACTCGATATCTAGGAAATTGAATTTTTTTATTGAAAACATGGACAAAG
TTTGGAGAATTTCGTTGATATTTGTCATGATAACAGGTATTGAAATCAAA
ATATGTACATATTTTCGTAGCAGAAATGTCAGGGTTTTAAGAAAACGATA
AATTATGTGAAATTAGAATTGGGGAAGAGAACATAATATTTAGAAGTTCT
TTTTTTTTTTTTTTTGGTTATTATAAATGATTATTTGTGATAGTCACAAA
AAATGGCCTTAAAAGCTATCCATTTGAAATGGTTTTTCATTCATGATAAA
AGAGCAAAGCTTTAAATTTTATGTCAGATTTTTGAATTAGATAATAACTT
TTGATGTATATACAAACAATGAACAAAAATGTATATATATTTTTTTTTCA
TCCTTTTTGGACAACTCATAAATATTTTTAAATAATAAATGGATCTAAAA
CGTTTTGTGATCGCACCATCATGAGCATTTGAATAATGTACGTATTTGGA
AGATGAATACTCTAAAAGCAGGGGTTTTGTAAAAATTTAAATTGAAGAAG
TAACTAGAATTATCTTCATAATAACTGTCATAATCTAGTTCATACATTTT
ATCTGTAAAACATACTAAAACCCATACTATTTTTTTTATTTCTTAAAAAG
CGGAATTTACATTTATTTGTATCTAATCACACAACCTCTTATATAAAAAA
CTTTCATTTACATTTTTTGATTTGTGGTAGGATCCTGTGGAAATCCAGAC
GCCAAACGACTATACGATGACTTATTATCAAATTACAATAAATTAGTACG
CCCAGTAGTCAATGTATCAGATGCTGTAACAGTCAAACTAAAGCTCAAAT
TATCACAACTCATAGATGTCGTACGTCAAATAAAAGAGTATTTTTATTAT
ATATTGTGTAATCTCTTTTTTTTCTTTATAGAATTTAAGAAATCAAATAA
TGACGACAAATCTCTGGGTTGAGCAGTTTTGGTATGATTATAAAATGAGA
TGGGAGCCAGATGAGTATGGCGGAGTTGATATGCTTCATGTCCCATCGGA
TCACATCTGGAGACCGGATATTGTGCTCTATAATAAGTATGTACTTGCGC
ATAGCAGTTTTTTAATTTATTCTATTATTCATTACATAAATGTTTTACCC
ATTCCATATAAACATCATAATGGGCTCTTTTAGTGTTTATAGGGAGGGAA
ATACGTTCAAGTTAATGGATTTCTAAAAGAGTTATCTTTATTTTGCTCAT
AAATTCCCCATNNNNAGAGATGTGTAGGAAGGATAATAAAATAGCCTCTT
TGGAAAATGAACCATAAAGATCCCTTTAAACTCTTTCTATCTTTTTTGAT
ATATACACATATGAACATATATTAGTAAAATAACTCTGCCAAGAAATGTA
TTTAAATACATGGCTTTTGGAAGGACTTCCTCATTTTTTAGCTTTTGGCG
CCATTTTGAGAGAAAATGCATAATTTATTCATTCTATGTCATAAAAGGAA
ATCATATATAAAAATATGAAATACACATTTCGAGGCTCACTCAAATCTAT
ATCTCAGAGGAAGAAAGTTGCGCCCATTATTACATGGATATATATTTTTA
TGTGGGATCTTAGCAATGAAACATATGTAGTATTATGTTTCTATAATCCA
CAGTGCCGACGGTAATTTTGAAGTTACACTCTCTACCAAAGCAACGTTAT
TCAATACGGGTCTCGTGGTTTGGCGCCCCCCTGCTATTTATCATTCTTCT
TGTGAAATGGATGTGGAATATTTCCCCTTCGATGAGCAAACTTGTGTGAT
GAAGTTTGGCTCATGGACTTATGATGGATTCCAAGTGAATAATTAAATAT
TTAAGGGTCCATATTTTATTATAAAACTACTCTTTCATAGGTTGACCTAC
GTCATCAAGAGGAAGAACAAGGTACAAATGTCGTCAACATCGGTGTTGAT
CTTTCAGAGTTTTATATGTCGGTCGAATGGGACATCCTCGCCGTTCCTGC
AATACGAAATGTGAAAGTGTATACATGCTGTGACGAGCCCTATCTTGACA
TCACGTTCAACATTACAATGCGACGGAAAACGTTATTTTATACAGTGAAT
CTTATAATTCCCTGCATGGGAATCTCCTTTCTAACGGTTCTTGTGTTCTA
TTTGCCATCCGATAGCGGAGAAAAGGMAAATGTTTATTTTATAAAGAGTT
CATGACCTGAATGCTTCCTCTATTCTTAGGTGAGTCTTTCCATCAGTATA
CTCCTCTCCTTGACTGTGTTCTTCCTTCTACTTGCGGAAATCATTCCACC
AACATCACTTGTTGTGCCTTTACTCGGAAAATTTGTGCTTTTTACAATGA
TATTAGATACTTTTAGTATATGCGTAACCGTTGTAGTCCTCAATGTGCAT
TTTCGATCACCACAAACACACACCATGGCTCCATGGGTCAGACGTGTTTT
TATTCATATTTTACCTCGACTTCTTGTCATGCGTAGACCTGGTCAAAGCC
CAGAATCAAAGTAATGCGGAAATTTCACTCTTTAAAATTCAAAATCCCTT
ATTTTCCCTCTATTTACTGTCTAGGATGCGATCAAGGCCTATGATCAAAG
AAAATGGATATGGGCATTATATGATTGAACAAGTAAGGCTTCAACACGTA
ATCCAACAAAGAGAATCTAATCATATAAATGTCCACTACGAAGCATCCGA
AGATCCAGAGACTGCCTATGAATCGAAGCAAAATTACAAGAACTCACATT
TCCACGATAATAATAACACAGAGATCTTTGACTATAGCTCATGCGAGCTC
CATGGAACCCCTGAGAATCTCCCATCCCCGCCTCCACCTCTAAATCCCAG
CTTTATTTACCCTGGTCCCAACGGGGAATGCCCTGAAGTGTATCGTGCAT
TAGACGGAGTTCGGTACATTGCAGAGTGTACAAAACGGGAGGAAGACTCT
TGTAAAGTCAAAGAGGACTGGAAGTATGTAGCAATGGTTATGGATCGATT
ATTCCTATGGATATTCACAATCGCTGTTCTTGTTGGCTCAGCAGGAATTA
TTCTACAGGCCCCTGCACTCTATGACACTAGAGCAGCAATAGACGTAGAA
CTTTCACAAATTGAGGCAGCAKCGGCCAAGCCCCTCTCCGAACAAAGAAA
CAAATTTTCATTCCTGAAA back to top
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