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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s4623 | supercontig | LSalAtl2s4623:1701..4826 - |
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 EMLSAP00000007866 >EMLSAP00000007866 ID=EMLSAP00000007866|Name=EMLSAP00000007866|organism=Lepeophtheirus salmonis|type=polypeptide|length=610bp
MNKTSSTELEETVKEMVNNWITTLPGDTKMDPEVSTXSSSNDNDQSTSVS
IRIPIGPHVSASEKREIRRNKILKIVYNSMKKRGEQSTVDDDDVSRLLTE
FTICFIMRGYGNLIGNLRLKLMTEKPSSTFANMNSRFLWLITFFMRFVDS
LEVELPVIEPVFSPEIMSYIVFQGLQTFENLEIDSYSHMHNDTVVKTQGR
RLHLVVSAIKQILITINYMEHNAYNTEIRFKIHRIILLLMEMNNLRQFHL
LLIWKFNSSYQTRYFLSDVILCNHKLLVMFEKVESSDKFINEHLDQFATV
EVMRQYGYCLETFESNTVSLNEAIFKIMNYVSVDLNAPEALFIPQILNIF
SEVLERDLFVGDNWSDLIEYVSARLMNTIPEDPINEPPRFLRNIYLYIEI
AEVKPTLAKNYTSSDATRCFIAELDSKRGESESGNDNSKIWDSSTPSTEK
VYVEEIKGLKDLLLIQGKGYLIHWLQEQIISVILVKAREKSKSSVKWKRG
VLEPIPYYSLFCNESIPMVPWNINLELGLQKNYFLMLLKKIGINLPTDRS
TRFPRIPKDWSIDHLLTIHKKLDSSDDVTSEEKLAHANKQIAKFAKPKLQ
NLRTWNQGHL back to topmRNA from alignment at LSalAtl2s4623:1701..4826- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000007866-703713 ID=EMLSAT00000007866-703713|Name=EMLSAT00000007866|organism=Lepeophtheirus salmonis|type=mRNA|length=3126bp|location=Sequence derived from alignment at LSalAtl2s4623:1701..4826- (Lepeophtheirus salmonis)
ATGAATAAAACATCCAGCACCGAATTAGAAGAGACTGTTAAAGAAATGGT
TAATAATTGGATAACAACTCTCCCTGGAGATACTAAAATGGATCCCGAAG
TCTCAACCNAGTCATCATCCAATGACAATGATCAAAGGTATAATGAAATT
CRTCCTTGTTTCTTTTTTTTTTGTCAAAATATGTGGGCTTAGCTATTTAT
GATTAACAAAATATTTTCTAGTACAAGTGTAAGTATAAGAATCCCTATTG
GACCTCATGTATCAGCTTCAGAAAAGCGGGAAATTCGAAGGAATAAGATC
TTGAAAATAGTGTATAATTCAATGAAGAAACGAGGAGAACAGGTTAGTCA
ATATTCATTGAGCCCTCGGTGTGTTTTTTAATAACTTGTATAAATTATTT
TGTCTGTTCTTAGTCAACTGTTGATGATGACGATGTCTCAAGACTTTTAA
CAGAGTTTACTATTTGTTTCATTATGCGTGGCTATGGAAATCTCATTGGA
AATTTAAGATTAAAATTAATGACTGAAAAACCGTCGTCCACATTTGCAAA
CATGAATTCTCGTTTCTTATGGTTAATAACTTTCTTTATGAGATTTGTAG
ATTCTTTGGAAGTTGAATTACCAGTGATTGAGTATGTACTTTTTTCAATG
ACCTTCTAAGCTTGATAGCTTGGCGTTATTTACATTTCCTTTCAGACCAG
TGTTTTCTCCAGAGATCATGTCCTATATTGTATTTCAAGGCTTACAAACA
TTTGAAAATCTTGAGATTGATTCATATTCGCATATGCATAATGATACTGT
GGTCAAAACGCAAGGGCGTCGTCTTCATCTGGTTGTTTCTGCAATAAAGC
AGATTTTAATAACCATTAATTATATGGAACATAATGCATATAACACTGAA
ATCCGTTTTAAAATACATAGAATCATTTTGTTACTTATGGAAATGAACAA
TTTGAGACAATTTCATCTTCTATTGATTTGGAAATTCAATTCCTCTTATC
AAACAAGGTACTTCCTCAGTGATGTCATTTTATGCAACCATAAGCTACTT
GTAATGTTTGAAAAAGTTGAGTCATCTGACAAATTTATAAATGAACACTT
GGATCAGTGAGTATAGCTACTTAATTATGAATGTAGTGTGTAATTAAAAA
CTGCATGTTTTTAAATAACAGATTTGCCACGGTAGAGGTCATGAGACAAT
ATGGTTATTGCCTAGAAACATTTGAAAGCAATACAGTCTCATTAAATGAA
GCTATTTTTAAAATCATGAACTATGTTTCCGTTGATTTAAATGCACCTGA
AGCTCTTTTTATACCTCAAATTCTTAATATATTCTCCGAAGTATTGGAAA
GGGATCTCTTTGTCGGGGATAATTGGTCAGATTTAATTGAATATGTGTCW
GCGAGGCTTATGAATACCATACCAGAGGATCCAATCAACGAACCTCCCCG
TTTTCTAAGAAATATATATCTATATATCGAAATAGCTGAAGTAAAGCCGA
CTTTGGCTAAAAACTATACATCAAGCGATGCAACACGGTGTTTTATTGCT
GAGCTTGACTCAAAAAGAGGAGAGTCTGAGAGTGGTAATGATAATTCGAA
AATATGGGATTCTTCTACMCCATCCACAGAAAAAGTATATGTGGAAGAAA
TTAAAGGTCTCAAGGATTTATTATTGATTCAGGGGAAAGGATATCTTATC
CATTGGCTTCAAGAGCAGATTATAAGTGTTATACTTGTCAAAGCTCGTGA
AAAATCCAAAAGTTCTGTCAAATGGAAAAGAGGAGTTTTAGAGCCCATTC
CTTACTACTCATTGTGTAAGTATTTTTTGATGNCCCTAAACTTATTTGAT
GAAAAATGAGACCCTGTGTCATATTTATTTTTTATCTGCTTAGTTTGTAA
TGAGAGCATTCCAATGGTACCTTGGAACATAAACCTCGAATTGGGACTAC
AAAAAAATTATTTCTTAATGCTTCTCAAGAAAATTGGGATCAATCTACCC
ACAGATAGAAGTACACGTTTCCCTAGGATACCAAAGGACTGGTCAATTGA
TCATCTGCTAACTATTCATAAAAAACTTGATTCCAGTGATGATGTAACCT
CAGAGGAGAAATTGGCACATGCCAACAAACAAATTGCAAAATTTGCAAAG
TAATATTATTTTGACTTGTGTCTTCCTGGATATTAACACATTTTTATTCA
TTCTATTTCTAGGCCCAAACTGGAAAATATAGAATTATTAGCGAACGAAG
ATCAACTATAAACTTAATTTATTCTTTTTTTTGTTTAAGCTTATTTTTCA
TAGAAAGTTAATGTGTACAAGGCTATGTTAATATCTTATATTCACTAAAT
GTTATTTGTCTATAATTTTGAACAAGAGTACATCACGGTCTCTTATTGCT
GACCTTGGTTTACAAAAAGGAGAATCAGAGAATATCCAAGATAATTCGCC
TATCGCGGATGAAAACATAGAGTTTTTGTCTCATGATCCTCAAAAAAAGT
ATATATGGAAGAAATTGAAGGTTTCAATGATTTATCATTGATTTCGGGGG
AAAGGATATCTATCCATTGGCTTCAAGAGGAGATTATAAATGTTATACTT
GTCAAAACTCATGAAAGATCCAAAAGTTTGGTCAAATGGAATAAAGGAGT
TTTTGAGCCAAGTGCTTACTACTCATTGTATAAGTGTTCATTGATGACCT
TATATTGATGAACTTATTTGATGAAAAATGAGACCATGTGTCTTATTTAT
TTTTTATCTCTTTAGTTTGTAATAAGGGTATTCCCATGGTTCCTTGGGGT
ATAAACCAAGAATTTGGACTACAAAAAAGTTATTTCTTAATGCTTCTCAA
GAAAATTAGGATCTATCTACCACCAGATAAAAGTACATGTTTGCCTAGGA
TACCAAGGGACTGGTGATCATCTACTAACTATTTATATAAAAACTTGCTT
TTATTCATGATGTAACCTCACAGGGGAAATTTGCACATGTCCACAAACAA
ATTGCCAACTGTGGAAAGTAAAAATATATTTAATTAGGTCTTCCTGGATA
TTTACTTATTCTTATTCACTTTATTTCTAGGCCCAAACTTCAAAATCTAA
GAACATGGAACCAAGGTCATCTATAA back to top
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