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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s965 | supercontig | LSalAtl2s965:474281..478024 + |
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 EMLSAP00000012719 >EMLSAP00000012719 ID=EMLSAP00000012719|Name=EMLSAP00000012719|organism=Lepeophtheirus salmonis|type=polypeptide|length=364bp
MKRGNSKKKVRSESVMEDNASSDEEEEDRFTIINERPVDDISVNFFYKPH
TISLLLLSVVGISVIAFSRDENMXSRSNIWVGLLNTFVFFMMISVLSFPH
GPFTRPHPILWRMVFGVSVIYLLIIQFLIQQDYNTVRGVIIWFDPKMANY
SIDKEKEYGAQCWDISMEKLWAHLDWFAFGHYWGWGMKALIIRHYGICWR
ISIIWLEMREYHWESFKEIRTTKGKVKRVLLQFTPESWSSIRWMDPSCSK
MRVVFVTQFMLIWQTVELNTFFLKHIFPMPVEHPICVIRILMFGLIAAPA
TRQYYMYMTDTQVKRLGTQTWVFLCICLSELILNIKFGLDLFSQTQISKI
GLWLXMLVERTKSD back to topmRNA from alignment at LSalAtl2s965:474281..478024+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012719-708566 ID=EMLSAT00000012719-708566|Name=EMLSAT00000012719|organism=Lepeophtheirus salmonis|type=mRNA|length=3744bp|location=Sequence derived from alignment at LSalAtl2s965:474281..478024+ (Lepeophtheirus salmonis)
TTAAATACCAACAGTAACTAATAAAAGTACGATTAAGTTAAAAAATTATT
AATATAATTTTCTCGGAGTGATCAAATGAAACGAGGAAATAGTAAGAAAA
AGGTAAGATCTGAATCTGTAATGGAGGACAATGCCTCCTCGGATGAAGAA
GAAGAAGATCGGTTTACCATTATTAACGAACGTCCAGTGGATGATATTTC
TGTGAATTTCTTCTATAAGCCTCATACCATATCGCTACTCCTTCTTTCTG
TTGTAGGGATATCCGTTATTGGTAATTAATTAGGACTTATAATTAGCTAT
TGTTCTCTCTTTTTGATGTATACACATAATATATTTTATAGCCTTTTCAC
GAGATGAAAACATGGKCAGCCGCTCCAACATTTGGGTGGGCCTCCTTAAT
ACCTTTGTCTTCTTCATGATGATCTCAGTCCTCTCTTTTCCCCATGGTCC
TTTTACTCGACCTCATCCTATTCTTTGGAGAATGGTGTTTGGAGTCTCTG
TTATCTACTTACTTATCATTCAATTCCTCATTCAGCAGGACTATAACACC
GTGAGAGGAGTCATTATTTGGTTTGATCCTAAAATGGCTAATTATTCTAT
AGATAAGGAGAAAGAATATGGAGCCCAATGCTGGGATATATCCATGGAAA
AGCTATGGGCACATTTAGATTGGTTTGCCTTTGGGCACTACTGGGGGTGG
GGCATGAAAGCACTTATTATTCGTCACTACGGAATTTGTTGGAGRATTTC
CATCATGTGGGAGCTTACCGAGGTATTTGCAACAAAATATCATTGAATTT
ATGTCCTAAGATAATTTTGTTAATGCTAGATCGATGATAGTACCATTTGT
TAATAATATTTTGACTTTGTGGTAAAATATTTTCTAATGTTCTAACTCTA
GTTTAAAAAAAAAGTATGTTATTAAATATGTGAAAACTACTTCTAGAGGA
TGTTTTGGAGCCATGTTCTTTTTAATGATCCTAAAACAGCTTCCTCAGTG
GACGGTGGAATCKTTTATGCAACCACCCATTTTACTTGTTCAAATATGTA
CCCTAGACATATCGTAAATCATTGTTTTGATGTTTTGTCTCAAATTAGTA
CTTGTATTGTAACTATATCAATCAGAACAGCCTCAAACATAATTTTTCTG
TTGCCCATCATATTTTTGAAATTATGTGGAATCATTTTTGATACCAGCTG
TAGCGAAGGGAAATACTACATCACCGTCGTTCTAGAGTTCAAAATATATT
TACTTATTCACTAAGATTTCATTTGACATTTAATTCAATTTTCTTAACCT
AATTTTTGCTATATAGATGGCTTTTGGACATTTACTTCCAAATTTTTATG
AATGCTGGTGGGATAATATTATCCTGGATGTGCTAATCTGTAATGGACTT
GGAATATTTACTGGTATGACTGTTTGTAGATGGCTAGAAATGCGAGAATA
TCATTGGGAGTCCTTTAAAGAGATACGAACTACAAAAGGCAAAGTTAAAA
GAGTGTTGCTTCAGTTTACTCCTGAGAGCTGGTCTTCGATCCGTTGGATG
GATCCATCATGTTCTAAAATGAGGGTTGTATTTGTTACACAGTTTATGCT
GATTTGGCAAACTGTGGAGTTAAATACTTTTTTTCTTAAACATATTTTTC
CTATGCCCGTGGAGCATCCTATTTGTGTTATAAGGATTCTTATGTTTGGG
CTTATTGCTGCCCCCGCAACAAGGTAAGTTGCCAGCCAATTAAGTTTAAG
AACTTTTTTAAACGAGACATCTTTTTAAATCTTTTAGGCAATATTATATG
TACATGACAGATACTCAAGTCAAAAGACTGGGAACCCAAACATGGGTCTT
TCTTTGTATATGTCTCTCTGAGTTAATACTTAATATCAAGTTTGGACTTG
ACCTGTTTTCTCAAACGCAAATTTCGAAAATTGGATTATGGCTTRTAATG
GTTGTATTAACTTCAGCTTTGGGCACATTATTTTCCATGAAAATATCCAA
ATGGAGACATCAATCAAAACAAACACGAATCCACAATGGTGCCAAAGGTA
TGTATGTCTCTTTTTTGTAAAACCCTATAACGTCGATGTGTGTTTAGAAT
TTCTAATTTTTTGTCCATGTCTAGGACCAGTTTTTTTTTTAAATTGTTCA
AAATCGGAGATTTTTTAACTTCTAGTCAGAAATAGAGATTTTTTAAGAAT
ATTCAAAGTAAGTGACAAGCTTTTCAATGTTCATAGTTATGCTTATGAAA
ATAATCGAATGATTTTTTCCTAATAATATCTATAGTAAAATAAAATTTGT
TATTTTTCAGAGAAAAAAAAAACAAAACGTAGTTTTAGCCCTCTTGTATT
AGGTCATAGGTTTGAAACACTAGTCGAAGGTGTTTCAAGTAAGAAATTCG
TATTTTTTTATCTTGTTATCTTGTCTATTGATTGTTTATATTTGCAAATA
CATCCTTCAAGTTTTGAACTTTTTTTTTTGTCAAATTGTTCAAATCGAGG
ATTCTAAAACTCATGCCTAAAATATGATATGAAGAACTGGGAGAAAGTCA
GAATCGACTGCAAATCTAAGTCGATTCTCAAGTCTTTGCTGATGAATCCA
AGTCCTTGAATTTTTTCATTGTGTTTAGTTCAAGTTCTAAAGTAAATAAG
AGTTACCAATAAAAAAATTACCTTCGAGTCATAGCCGAGCCGTGAGTCTT
AGCTTTCGAGTTCAAGTCAAAACTTGAGTCTTTAAATATGTAATCAAGTC
CAAATCTCTGATGATACATTGTGCGTTATAGGTTAACAAGATTATATTTA
ATTGACTTTTCGTAAGTTTTATTCTTCATTTTTTTCAGATCAGTTGGTTG
AACGTACCAAGTCTGATTAGTATTTTTATACATACATGGATTTCATATTT
CATTTYCTAGTCTTTTATATTCTTTTTCCTCCTCAGTCGATGCCTTAACC
TGAAAAGTCGGAAAATGATATTTCGATAATAATAATTATCAAATCATAGT
TTCCTTCATATTTATTGCTGGGTATAGTCCTGCATTCACTCATAATACAT
ATTACTTAAATAATTATTATTCCTAATTGTCATTGATTTTTTCGTATTAA
TTTACGTTATCTTTAGTTTTTAACTTGTTATTATCTTTTTAATTAATGTT
ATCTTTTTTCCCCCAAGTTTAATAATATTTACTTGTGACTCAAAATTCAT
CATTATGTCATTTAAACTTACTCATTTCTAGATAATATTGTTATATTTAA
TAAATTCAATATATATATTTATATGTTTTCTCAATTCAGAGCGCTAAAAG
AAAGAAAGATAGTTGTTAGGGCGTGGTAAAGGATTGGTCAAATGTTTCAC
GGAGCAACTTCTTTTGGGTGTGAACAAATCTAGCCTTCAAATACTTTTAA
CCTTGAGCAACTACTAATTTTTCTTCCCGGTTACCACTACTAACAACCGG
TTATTGATGATGACTTGTAGCTATATAGTACATATAATATGTACTTATGC
TGGAATAATTATCAATCCATATAAATAATAATATGCATTCTACAAGTATT
GACATTTAAAAGTGCATTCGGCAAATATCCATGTATGTTGTAAAAATACA
TAATGATTTGCCAAAAAGTGAAACAAACAAGACTACTGAATTATTTACTA
CCTACTACTTAATTACAAATTGAAGTGATGTTATGATTATTTTATGAATT
AGTATAATATTACAACAAGATAGGAACCACTGGGCTCTCCATTA back to top
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