|
Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s615 | supercontig | LSalAtl2s615:659104..661746 - |
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 EMLSAP00000009570 >EMLSAP00000009570 ID=EMLSAP00000009570|Name=EMLSAP00000009570|organism=Lepeophtheirus salmonis|type=polypeptide|length=213bp
MNDSYPKTLRVPGNSINVEAQITINSSYDAILPLFRASSADWRHANFVTI LLSRSLHLGGKHFVKKDIYQECKSSCTKHSQGKRNVVELCDDTKTCKGRK KDIGDYAIEKCNEWSKKVGGIVPGYGRREKHEPTKGTWLACAIFCKNEAG VWYTPRTELEQLGELPFFPDGVWCHRDGKIDYYCQNSLCLPSSYDFSFLR KTLFDDEEEDYDE back to topmRNA from alignment at LSalAtl2s615:659104..661746- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000009570-705417 ID=EMLSAT00000009570-705417|Name=EMLSAT00000009570|organism=Lepeophtheirus salmonis|type=mRNA|length=2643bp|location=Sequence derived from alignment at LSalAtl2s615:659104..661746- (Lepeophtheirus salmonis) ATGAATGATTCCTATCCTAAGACCCTTCGTGTACCTGGGAACTCCATCAA
CGTGGAAGCTCAGATAACTATTAACAGCAGTTACGATGCTATACTTCCAT
TGTTCCGTGCATCTTCCGCTGACTGGCGGCACGCAAACTTTGTCACCGTT
TTTGAACTCCCTTCTTTCCARCCTTGGNNNNNATGAGAGGGGGGGGGGGG
YTCTWTWTYGGYWCAAYAAAGGGATTTCTCGATGTACCTCTGYGTATTTT
CACGTAAAAACACGGGGCATCCAATTTCCTTTTTTTAAATTTAAAGTTGA
TTTTATTTGGGGGTTTGGAAAACTTTGACAATTATTTTTCGAATCACTTA
TTTTTTGAAAATACAAATTACAAAATGACTTAAAAAGACAAATTAAAAAA
TGATAACAATGATTTTTGTTAATTTTAAATCGTCACAATTTTTTTTTGTA
CCAAAAAAATGTGTTGTTTGGACATATTTGAAATTAACAATCATTATTAT
AATCATCATTTTTTTTTGTCTGGAGGTTATGCTTTTGCTTCCGTTTGTTT
GTGTGTAAGCCACCAGGATTACGGCAAAAGTTACCGATCGATTTTGATCA
AACTTGGTACAAATATTATATGTGGTCACAGTAAGAGACCATTAAATTTT
GAGAGGTCAAGGTAACACAAAACTTACAAAATGCATAATTGATCATAAAT
TTAATACAAATTGAGATACATCACTCAGTTTGATTATAAGTGAAGGTTTT
GCAGTCTACTAAGTGCCCATTTTGATTTCCTCTATTTGTTTGCTAGTCAC
CAGGATTATGTTAAAGTTACAAATCGATTTTAAACAAACTTGGCATGAAA
ATTATATATGGTCACTGTAAGAGGCAATTAAATTTTTAAAGGTCAAAGCA
TAAAAAAGTTCTGAATGAAGCATATCTTAAAAAAAATTGAAATACATGAA
TCAATTTGATTTCCACTTTACCGAGTGCACATCCTTAAATGTTTCAGTAA
ATATCAATGNAAAATTTATTATGTATTTTTTTACATGTGAAATTTTTTTA
CTTACTTACTTTTTGTTATATCTTGCGACCTTTCTTCGGAAAAGAAACAG
AAAAAAAGGCCAAAATACAGTTGGTACTTGGCCAATTCTTCCCAACTCAT
TAATTATTATTCAATTTTTTGGGGAAATTATACACAGCTTAACAAGAGGT
AATTCAAATTCAACCAATCAGAACACTGATTAGTAGAAATATTGACAGGT
GACAACAAAACAGGTTGTAATTTTTTGTTTTAGTGAGGTAAGGTAACACT
GTGTTAGGGTTCTCATAGTTGATTGGTTGAACATGAGTTAACTGTTGATA
AGCTCTGAATAATAGCATTTTGTTATTATTATTTTATAATAATTATACAG
TTGCTAAGGTTGGATCAATAACAAACTGATTTTGGGCCTATTTTCGTTTT
GAAGGAGAGATTGCAATATACTATAAAAATAATGGGGTATTATGTGTAAA
GATTGGAAGATTTTTCTGCTCCTTAAGTGAAATATGTACCTAATTCCTAA
ATTGTAATTTAATTTTTATATTTTGAACCATCCTAATGGAGATCTTCACA
TAATAAATTATTTTTCATTTACCCATTAAATTTCTTTTTTCATCTATGAC
AAAGAAAACAATGAAATTAATTATGATAATGTTGATTTTTTTCTCCTATG
CAACTTATGTTTTCGTATAAAAAAGAGGTTAATGAGGATTATGTTATTAT
ATGGGGCTATTGGTTAGTCTAGACAAATTTAGTTTATTATTTGCTTWTAC
AAGAACTTTGTTTTAAAAAAATCTCTCAATGAGGATCGTACTAAATATGA
AAAATTATGTTTCTGAATGTTTGAATAATCAATAAATACAAAGATAATTT
GAAATGCGGTTATAAAATCCTTTTTTCTCCGTTCTTGTTTAGATTTCACC
ACCCCCTAATTTTTTTATGAGGTATATAAGTAGACATTAAGGGGTCTAGG
GCTTCACACACAAGAAAAACATATTTGCAGCATGCAACCACTTTTAGTTC
TTGTATTCTGTGGAATCATAGTTTTTACTATGAGTCAAGATTCTCCTCTC
GAGAAGTCTGCACCTTGGTGGGAAGCACTTCGTGAAAAAAGATATATATC
AAGAATGTAAGAGCTCATGCACGAAACATTCTCAAGGGAAAAGAAATGTT
GTTGAGCTGTGTGATGATACAAAAACTTGCAAAGGAAGGAAAAAAGATAT
TGGAGACTATGCCATTGAAAAGTGTAACGAGTGGTCCAAGAAAGTAGGAG
GAATTGTTCCTGGATATGGGCGAAGGGAAAAACATGAGCCAACAAAAGGA
ACATGGTTAGCATGTGCTATATTTTGTAAAAATGAAGCTGGGGTCTGGTA
TACACCTCGAACTGAACTTGAGGTAAGATATACATGAAATATTATAGATG
TGCATACCTTATTCATCGTTTAAAATTGTAGCAACTTGGAGAGTTGCCCT
TCTTTCCCGATGGGGTCTGGTGTCATCGTGATGGAAAAATTGACTATTAC
TGTCAAAATAGCCTGTGCTTACCTTCTAGTTATGATTTTTCTTTTCTTCG
AAAGACATTATTCGATGATGAAGAAGAAGATTATGACGAATAA back to top
|