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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s116 | supercontig | LSalAtl2s116:1950080..1954262 + |
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 EMLSAP00000000988 >EMLSAP00000000988 ID=EMLSAP00000000988|Name=EMLSAP00000000988|organism=Lepeophtheirus salmonis|type=polypeptide|length=350bp
MSAIVNKVLKSSNILLIPRGIRSRCLASSWNKNSIVQCNVDGSKSLRIGV
LGASFEMGQPKSGVAKSPDILIKEMNMIKQLEDMGHNVDFKGILKHDPVQ
EIEGKGMALNRENVHAYNLKLKNEVSNILKDNRFCLVIGGDHSIGIGTVS
GFTNVHPNGCLLWVDAHSDINTPDTSDSGNMHGMPVAYQISELYDSFKDK
CSVCDWHEPRLSPDRIAFIGLRSVDPGEVKTLKDLNIEAYYMNDIDELGI
NEVIRRSLRKINPNNDRPLHVSFDIDSLDPSEAPTTGTPVRGGLTLREGF
RILYECHKSGCLTALDMVEVNTYLGNEKESIKTLTSAEQLILSAFGQLVR back to topmRNA from alignment at LSalAtl2s116:1950080..1954262+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000988-696835 ID=EMLSAT00000000988-696835|Name=EMLSAT00000000988|organism=Lepeophtheirus salmonis|type=mRNA|length=4183bp|location=Sequence derived from alignment at LSalAtl2s116:1950080..1954262+ (Lepeophtheirus salmonis)
GGATGAAAAAAATACGCGAATATAGCCCTCCCCCCAAAAATATAATCCTG
CAGACGCCCCTGTTCATGAATGATAGTATGACAATAACAGAGGATTCAAT
AATAAAAATAGTATGATGCTGCACAGTAATTATTTGAGTAGAACCCCATG
CCTATAAATATAAATAGAATTTGATTTAAGCTTGACAATCTTCGTAGATT
TGAGCTGCAATACCTTGCTTTTAGATGACGTTCTATTTCCGTTCTCTAGG
CTAATGTTATCATTGAGTTGAACAACCAAGTTCTTACCATCACATTGAAA
ATAACTTGCGATATCTAGCCAGGATTGCTGTCCAATTTGTGACCCTGTTG
ACACTCTGTGTCAAGCATTCTTTCAATTGCAGTTTCTGAGCTCTCCTGCA
TTTTATCACAGAATGTAGCTACAAAAGAAGCTCTTGGGTTTAGTGTGTTG
AGGCCGGAAGTCATTATCTTCCTTTTTTCTGGCGATGAAGCTCAATAGAG
ATTAAAGACAAGTGAGGAACGTAATGTATGTTGGTGTGAATTATCCTCTT
CAGCTCATGATATCAATAAAATTGCCCAGGTAGACTTGTTTTCTTTAGAG
TCTGCCACGAGACTAATACMAGTGGAGAGTAGCCAACAGCCAGAAATGAT
CTGTGTGATGATCATATGAGTTTCTTCTTGATAGAGAAGGCAATGTAACC
CGCAACAAAGTATAATGCATTGACTTCACCAGTGAAGGTCATTGTCTTCA
GATCTGAAGGCTGCCAATCTGTGAAGATGATTTTTGATTTTCAATGTCAA
CATTAACCAACACCTCCTTGACCTGACTTAATTGGACATCATTTATATTA
AATTTTTAATCAAACTTCGGTAATATCCATCACAATTATACATTTAAAAA
ATTTGGCTGTCTTTTGTTTTGGGGTCTTGATGATGACGATGGAATTTTTC
TTTTACGTCCTACATAATATTGAAATCGATTCTTGGCAATAACAGTTATT
TAATTAAGAAGCTAAATTTATTTAAATATTTAGAGGACATGACAATTTAA
TGTTGTTAAATAAACGATCCATATCGTCAACTCTTCCCATGTCTTTATTA
AGATCATTACCATTTTTCACAAATGATCCAGTACTGGATCCTTTTCCTCA
AATTTGAACATTTAGTAAGTCATTCAACCTTGATAAAAACTGATTAACAT
AATGTATTAATATTGGAACCCTTGATGGCTATACAACATTGGTTGGGAAG
TTATTATTATGGTTATAATAAAAAAATCCTTGTTGGACTAAGACTAGGAT
CGACTTCAAAGTAATTATATTGTCAATGTTTTTACTAGATACGGAGTAGT
ATTTGTATTTATTTCCATTCCAACCCTGTCAGGACTGCTCACAGCTAAAC
AAATAAAACGTCATAATAGCTAAGCTAATCTTCTCCGAAACATCCTTCAA
ATTGTCAAGGTTACCACGTTAATTTTCGAGTTTTTTGTAGCATAACGGTT
TAGCATTATTAATTTATTTTCATCTCTGGACAGTGGACATAGGTTTATTT
CTCTGTCAAACTCACGAGTTCAAAAATATTATATAGATAAGAATAATGTA
AAACTTGTATTTTTTGAGCGTAGAAGACTCTGATGGTTACCTATGAGAGA
ATAAGGAAAATACATTCATTTAAGAATATTATTAAACAGTCAGTCATTTC
CAGGTATGAGTGCAATAGTGAACAAAGTTTTGAAATCTTCAAATATTCTT
TTGATCCCAAGAGGGATTAGAAGTAGATGCTTGGCAAGCTCCTGGAATAA
AAATAGTATAGTACAATGCAATGTAGATGGATCCAAGAGTTTACGTATTG
GTGTCCTGGGAGCTTCATTTGAAATGGGGCAGGTTAGTAATCATCGCATG
AGTGTTTAATAAATTTAATATGAGACGTTCTTATGAAATCAGGTTATTTT
AAAAAATACATTTTTTCATTTGTATTAATTAGAACAGTATAAATACACTG
TATCCTAATTGTATCATCGATATACGCGTATTCAATTCAGTGTTCTTTTT
AAGAAAAAAAAATGATAATCAATTAATTTAATTTTCCTAAAAAAAATATT
AGACTTGTCAAAAATGATTTATCCAAATAATAAAATAAAAGTATAACATG
TCAAACTTAAACTGAACGCCTAAAAAAAATTATATTTTTCTGTATTCATG
ACGAATCTTATATTTGACTATTATACGTATTARTTCYTATAATTTGACAT
TCACAGACTTATATAGAATCAAGTATGTTCGGCACTAGAGGGAAGGGGCC
GTCAGCCCCCCCCCCCCCCCCCKKCACACACGTAGCTCTTCACCTCTTAA
TTTATGTAGAAAATATATGAACTATTCCTCCATAGGGATTTTCAGTAATT
ATTACTTCGTTTTATTTCAAATATCCTTTGCATCAAGTAGTATTCAATGT
AAATTTTAAGTTGTTGTTTTTTTAAATTCTTAAAGCCATTTGATATATGG
AGTTTAATCAAGATTTATTATACATTTGTCCATTTTATGTAGTAAAAATA
TGAACTTTGAACCTCCAAGTACCTTAAAGTATTGCAATTATAATACCATT
GATGACGTCAGTGAAAATGCTCNWTTATGCCCCTTATAATTAAATTCTGG
CCCGGCTCTCAGTTCCAGTATGTATCTAATCATCTGTTTACGTACATTAA
TTATATGTAATNACTGTTAGCTCAGGATTTGTAATGGAGCTGGATTTGAT
AAATAAAAGCAACATACTCATATAATGGAAGTATTTACTTTAGTRTTAAA
TAATATTTTATATATCATTTTTAGCCAAAAAGTGGAGTAGCTAAATCACC
GGATATATTAATTAAAGAAATGAATATGATTAAACAATTAGAGGATATGG
GTGAGTTACAACAATGATTGAATATCATAATCGTTTATTGGTTATATTAA
ATTGATAAAAATTTAAGCTTAAATCATACATTTCCTTATAGGACACAATG
TAGACTTTAAAGGGATCCTAAAGCATGATCCTGTACAAGAAATCGAGGGA
AAGGGAATGGCTCTCAATCGAGAAAATGTTCATGCTTATAACCTAAAGGT
ATTATAAATTTACTATTATTACTACTTACTCTTAAATCATTTCTAAAAAT
TGATTTTCATTTCAGTTAAAAAACGAAGTGTCCAATATTCTTAAGGACAA
TCGCTTTTGCCTTGTGATTGGAGGGGATCATTCCATTGGTATAGGCACCG
TTTCAGGATTCACAAATGTTCATCCAAATGGATGTCTCCTATGGGTTGAT
GCTCATTCCGATATTAATACACCGGATACATCTGATTCTGGTAACATGCA
TGGAATGCCGGTGGCGTATCAGATTAGTGAACTTTACGACAGTTTCAAGG
ATAAGTGTTCCGTCTGTGACTGGCATGAGCCGAGATTAAGTCCAGATAGA
ATAGCTTTCATAGGATTAAGGTCTGTTGATCCAGGGGAGGTAAAAACATT
AAAAGATTTAAATATAGAAGCTTACTACATGAATGACATCGACGAACTAG
GTATCAATGAGGTGAGGATATTATATTTTTATATCCTTCCTCTTGTCCAT
ATAATTCCAATTTTCTTATTGATTGTAAGGTTATAAGGAGATCGCTTCGA
AAAATTAACCCCAACAATGATCGGCCTCTACATGTTAGTTTTGATATTGA
TTCCTTGGATCCCTCAGAAGCCCCTACCACGGGAACACCAGGTATTCAAG
TGTTCAATAAAAATTATATTCACTATACAAAAGCTTTCAACTTAGTTCGT
GGTGGACTGACTCTAAGAGAAGGATTTAGAATCCTTTACGAATGTCATAA
ATCCGGGTGTTTGACAGCTCTGGATATGGTGGAAGTCAATACTTATTTAG
GCAATGAAAAAGAATCAATAAAAACTTTGACTTCGGCTGAACAGTTAATT
TTATCCGCTTTTGGACAATTGGTAAGGTGATTTTGGTCATCTACTAAATA
AAGTTTCTGTATCAATTTCCATCACTAAGTTAAACCCAATTATAATATAA
TTATATACTCATGTTGAATAAAGCCTAATTTGGAATTACTTTGCGTATTG
AATATTTGCAATTACATTTATATAATAAATGATGTTTTTAGAATATATTT
TTTTGAACAAGTTTATTTTGATTTATGTGTTTA back to top
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