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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s1247 | supercontig | LSalAtl2s1247:88..2987 - |
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 EMLSAP00000001456 >EMLSAP00000001456 ID=EMLSAP00000001456|Name=EMLSAP00000001456|organism=Lepeophtheirus salmonis|type=polypeptide|length=426bp
MAPZIDVNPETVKKIQKFFDDPSYKEYLENATAFNRKLNEERRMRIPYID
GQTGVAQRHYNSYRSSRERMPGRREGQILTYPQKPWRKKKFQYLRFFLQP
RNHHGLIGNGGEGDLGLTPSSLIPPVDPSFAGSSSMPPPNEDSNHSGTKD
PSEKPDWSYYDDDIFHDDEEHNMNSDSDAEYEDSYSRKRGKGKNYGRVRS
SNQGGRGVPDXPSGRGSSQNKRSSTGGAKRRTHADNIPDSEKPFSCDICG
ARYKTRPGLTYHYNHSHKDRDNSSNTLSQTHEPPSYSNVEDSNDDSRGPI
GVGGSSLTPPATPMGVPTGDHPPLEHGRPTPRRSAGPISYREPDGTSSYS
HDDNPQTPSQKPPPPSGGTLPILRGPGGNGPPGSSMMNNANSVAGMPLPP
GSTVVPNPGDQKNDAWQGSCTFFGLL back to topmRNA from alignment at LSalAtl2s1247:88..2987- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000001456-697303 ID=EMLSAT00000001456-697303|Name=EMLSAT00000001456|organism=Lepeophtheirus salmonis|type=mRNA|length=2900bp|location=Sequence derived from alignment at LSalAtl2s1247:88..2987- (Lepeophtheirus salmonis)
ATGGCTCCCSAGATTGACGTCAATCCCGAAACCGTCAAGAAAATTCAAAA
GTGAGTACATGCTTCAATAAGTATTGAAGTAAATGAGGGATATAATAATA
CTAAATGTGAACCCTGTGCCCTTGTTAAGGTTCTTCGACGATCCCTCCTA
CAAAGAATATTTGGAGAATGCCACAGCATTTAACCGTAAATTGAACGAAG
AGCGCCGTATGAGGATTCCTTATATAGATGGTCAGACCGGAGTAGCACAG
CGTCACTACAATTCCTACCGTTCCTCCCGTGAGCGGATGCCCGGAAGGCG
AGAGGGACAAATCCTCACGTATCCTCAAAAGCCGTGGAGGAAGAAAAAGT
TCCAATACCTTCGATTTTTTCTACAGCCAAGAAATCACCATGGCCTCATT
GGAAACGGGGGCGAGGGGGACTTAGGACTCACTCCCAGTAGCCTCATACC
CCCAGTGGATCCCTCATTTGCAGGATCCTCATCCATGCCACCTCCGAATG
AAGACTCAAACCACAGTGGAACCAAGGATCCATCTGAAAAACCCGTAAGT
ATCTCACATCCTCCCAATCCAGGGCCGTCTGTAGGATTTCATTTTGGAGG
GGGCTTCATTTTTTTTAGAAGATACTTTTCAGGGAAATTTATTTTTGGCT
TGGGTACGAATTGTAGCTTTTTTTAGTAAAGTAAAGTTTTTTGTAACAAA
ATTATTCCCCTGTTCTCACATATAAAGTTTTGCTACAAGCCTATTATTTT
GGGGTGGGTAAGGACCAAAATCCCTCGATTTGAGAAGGGCCCCTGCAGAC
GCTCCTCCTTCATAATTGAATTGAGAGCAAACTCTTAAAAACCACAACCT
TATCTTCAAGGATTGGTCCTACTATGATGATGACATCTTCCATGATGATG
AGGAACACAATATGAATTCCGACTCAGACGCTGAGTATGAAGATTCCTAC
AGTCGAAAAAGGGGTAAAGGAAAGAACTATGGTCGAGTGAGATCTTCCAA
TCAGGGAGGTAGAGGAGTYCCAGACMCTCCCTCTGGCCGAGGTTCATCTC
AGAATAAAAGAAGCTCCACCGGCGGAGCTAAAAGACGCACACACGCTGAT
AATATCCCTGATTCGGAAAAACCTTTTTCTTGCGACAGTAAGTTTCGATC
TAAATCCAAAAGATAAAGAGGGATKGTTWTCYTTTTTTNNNNNNNNNNNN
NNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNNA
TACTTCACACAAAATCTGTTCATTAGTTTTCCAGAGATATATCTATCATC
TATATAATATATATTCGATTAGTAGTTTCAGGATTGTTTTATATATGTAT
CGTTGTTATATTATTGATATTAAATGTCAATATGTTTTTAGTCGTTTTCT
TTCTTTTTTTTAAACTTTTTGTAAAAACGTTCATTGATTAGATCAATTAA
ATCAAATACATGTGATGGGCAAAAATATATATACATAAACACTTGAATTT
AAATTCATTTATTATTCTTTCAAACCCACAACGTAATCACCTCAAAGTAA
ACATACTTTTTTGTAAATCCMCCTTCCACTCTTTATCAAGCAGTTTATTT
ATGTTTGCAAACGATTGACTCACCATTCTTTTTGGCTATTTTCGAGTCCA
CCCGTTTGAAAAAAAATAATAATAATAAATATATGCTTATTTTCTCACTT
TATCACTGAAGAAATATCATTTTTTCATGGCAAAATACTAACTAATTAAT
ATTGATGCTTCAATGTCTATTGTTCTCTCTCAGTTTGCGGAGCTCGTTAT
AAAACACGTCCTGGACTCACCTATCATTATAATCATAGCCATAAAGATAG
GGATAACTCCTCTAATACTTTGTCACAAACGCACGAACCTCCTTCCTATT
CAAACGTTGAGGATAGTAATGATGACTCAAGAGGACCCATAGGTGTTGGA
GGATCATCATTAACACCCCCTGCGACGCCTATGGGCGTACCTACGGGTGA
TCATCCTCCATTGGAACATGGTGAGAAAATGAAAAGATTTTCCTTTAAAA
ATTCTTTATTTTGTCAATCTTTTTTTTTTTTTTAACTCTTTATTTTTATT
TTGTAAAGGAGACTATCTGAGCAGAAAAGTTTTTTCTGGAAAATCACCAT
GTAATGAAACATATTGATATTTTAGCTCTGGAGGTTATTTTATCCTTTCC
TTGGCATCTCATTATTTATTAATCATTTGATGGAGTTGATACTTACTTTT
CACTTATACTTTTTTGCACTTTTCTTCTTAAATATACTCCAACTTTAATT
GAATTATTAAGTTTTTGATATTATTCCCTGACCACCTAATGTTGTATAAT
TAATCAGTATTTAATCAACTGATAGGTAGTAATATCAAATATATCTTGAT
TGATTATATACAATCCATAGGTATATGTCTATACAATAACACACTCGCAC
CAACACTGCTTGACCAAATAACAGCTACGGTTAAAATAATTAATAATCAC
TTTTTTTTTAAATTTAAATATTATTCCTTCAATCTAACTAACTGAACATT
CTATATCCATTATCCTCACTTAATCCCCTATCTTTCTTATTGTTACAGGG
CGACCAACGCCTAGAAGATCCGCGGGACCTATTTCTTATCGTGAACCTGA
TGGGACTTCTTCCTACTCTCACGATGATAATCCGCAAACCCCTTCTCAGA
AACCACCACCTCCTAGTGGTGGAACTCTTCCCATCTTGAGAGGGCCAGGA
GGAAATGGACCACCAGGTTCTTCAATGATGAACAATGCTAACTCTGTAGC
AGGAATGCCTCTTCCCCCNGGAAGTACAGTAGTTCCTAATCCTGGAGACC
AAAAAAACGATGCATGGCAAGGATCGTGCACCTTCTTTGGGTTATTGTGA
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