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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s824 | supercontig | LSalAtl2s824:349124..352439 - |
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 EMLSAP00000011810 >EMLSAP00000011810 ID=EMLSAP00000011810|Name=EMLSAP00000011810|organism=Lepeophtheirus salmonis|type=polypeptide|length=315bp
MDILQTILLWILMKFRPIVKWFLRQTTRLCELQRICYGETPGAPRSIAVE SSLTRSQSPEIFNVCQTLKKIVRDSKGIDEKAERAAIDAAINVILTTKKI KRELHKQFVQSLRACLTQIYGYKGLXEXVESIRAICYDSDNLEHEKKLVE LWELLRPDFPLQKRVTKQWQDVGFQGEDPKTDFRGMGILGLENLLYFARE FNSPAKHILSHSHHPKHGYSFAIVGINMTHMAYTLLQDGSLKSHLWNVTE GRNTIDHFHHFYSYLFIEFDKFWLSEKPKDIMEFNRIRDLFENDIRNKLR DSNIRFKINIVIDTV back to topmRNA from alignment at LSalAtl2s824:349124..352439- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000011810-707657 ID=EMLSAT00000011810-707657|Name=EMLSAT00000011810|organism=Lepeophtheirus salmonis|type=mRNA|length=3316bp|location=Sequence derived from alignment at LSalAtl2s824:349124..352439- (Lepeophtheirus salmonis) ATGGACATTTTACAGACAATTTTACTCTGGATTCTTATGAAATTCCGACC
CATCGTTAAATGGTTCCTACGACAGACTACTAGATTATGTGAGCTCCAAC
GTATTTGCTATGGAGAGACTCCCGGTGCTCCGAGATCGATTGCTGTTGGT
ATGCCTCCTATTAATGATATGATTTTCATTCCGATGACTTTACTTATTTT
CAGAGTCTTCCCTAACTCGAAGTCAATCTCCAGAGATTTTTAACGTATGC
CAAACCCTAAAAAAGATTGTCAGAGATTCCAAGGGGATAGATGAAAAAGC
GGAAAGAGCAGCAATAGATGCTGCCATTAATGTCATTTTGACTACGAAGA
AGATCAAACGCGAATTACACAAACAGTACTGTCAACGTTTATAAATACTG
ATTCATAGTAGTATAGTATGTGACCAATGCTCTAAAATATCTATGTCTCC
CATAGGTTTGTTCAATCGCTACGTGCTTGTCTTACACAAATCTATGGTTA
TAAGGGATTAANGGARGKTGTTGAAAGCATACGAGCCATATGCTATGACT
CTGACAATTTAGAACATGAAAAGAAACTTGTAGAGTTATGGGAATTGCTT
AGACCAGATTTTCCTCTTCAAAAACGGGTGACCAAACAATGGCAAGATGT
AGGATTTCAAGGGGAAGACCCAAAAACGGATTTTCGTGGAATGGGGATTC
TAGGATTAGAAAACTTATTGTAATTAAATTTTATTCAGCTCATCTTTAAT
TTATTTTATGAATCTTTCTCTCCCTCTCCTTGATTCTCATATTAGATATT
TTGCTCGTGAATTCAATTCTCCTGCAAAGCATATTCTCTCACATTCCCAT
CATCCTAAGCACGGGTAAGACAAGTTTGTCTCGTTTATTATAATTATTTT
CACTTCTTGTTGACTTTGGTTCTGTGTTCTAACACTATTAATACTCAAAC
ACACCTTAAACATTTTTAATATTGTGCAATTTGTGACTTAAAAAATGAAT
AATTTTATTCAAAAAAGACAAAATTGTTATATAGACTTCGCATCATTTTT
TTCAGTTTTTATACTGCCTTGAAAAAGTATAACCCTTCTGTGAGGTAAGA
AAGCTCGAGTACTACATTTTTTATTCTCATTCATGTTTTCAATTAGAGAT
TTTTTATTTTTTTGCTTGTTTTTTTTTTTTTTTAATTAAAATGTGGTTCG
TTTAAGGTTGTGTTGAATATTTTAAGCAGGATTTTCTTTCTTCCCTGACT
CATTAAATATTTTATTAGTTTTTGGAAAATCTTGCTTAAAATAAATATCT
TCACTTGTGTTATTATTATTTATTTTCATTTTTTTGCACTTTGAACTATA
TTTATTCTCATGCTTGACCTCAAAAATTTCAATTATTACGAACTTTTGTT
TATTAATTAATTAGTATTAAAACTGATTATTATGGATCCATTGCATAAAG
TCTTACATATTATATATTTGACTCAATCCATATCATCAACTTGAAACAAT
AGGCTCATATATAGCATACCTACAAAAAGTGGAGTAATAAATTATCCACT
TATTTATATATTANGTCACTTCATTACTGGCAATTATAAATAAGTTGATT
CTAGGGCTTTAACCAATAATATRAATAATTAATTGAYCAGCCATTAACGA
GAAGAGCAATGTTGCTCTCAATTTATTAATGAAAGTTTTATTATTTTATA
TAAAGTAATAATAATTTGTTTTCAAGTGTTGGATATGGAGTACTTTCACT
CGTTGATTTGCTAATATGTAGAGTATCTACTAGTGCTGGGGGTTCGGTTG
GAAATCCTAGACTGTTTTGATACTATTATAATTTTTGTAAGGGACCATGT
GTCACCGCACTAAGCGGCCATATCCAGTTTTCAAATATATAATTCTAACA
AAATAGGAAACTTGGTTTAATGATATTAATCCCCTGATAAAGAGGGTATT
TCTGAAAATGACAATGATTATAATTACTAAAGGGTAATCTTTGGTCTAAC
CTCAACTTTTCAACTGATTCAGTTTTCCCTGCTTTTTGTTTTATAATCAG
TATTTATAGCTACTGCATTGATAATAGACGAACTAAAATATTTAGCTTTA
TTAATATAGATTACTACTGAAATATCGACCAAGAAAAAATATTATAGGAG
GACCGAGTCTCAACACTAGGATCTACTGATTTTCATCCCCCCATATGAAT
AAAAACTTATTTCAACTACATATTATTAAGAATCATTACTTATTCTGCAG
CAAACTGGATCCTTTTTTGAATAATATTTGTTCAATGTACATAGGTATAT
GTTGTGCACAAGTCCCATAATGTTTTATTCAATTATAATACTAACCATTG
CAATACTTATTATCCATTAGACTTTGATACTATCATTTCATTTTGACCTA
TTAATATTATCGATGGAACTACATAAATGACTCTCAAATATCATAATGTA
ACAAAATTTCATTTTTGGCCGGAAGGATTTCCCGGTGGACAAGAGCATAG
GACCAGTGCTATTAAGATTTAGANNNATAAACTAAGTCTACTGGTCTAAT
AATACCATATTGTATTAATAAACGTAGCTGCTATACTTTTGTAATTTACT
TTTTACCTTTATATGTATTTTAAAGTTTATAGATAAATAATTAAGGATCA
AACAACAAAGTATTGATAAGTCCTAAGTCTTTGCTTAACTATGCAATTAA
TGAAATTATACATTACTATGGATAAACCTAGGTAATGTATAAAATTTTTC
CAATATATTATAGAACCGGCATTAATGTAACTGTCAAAGATTACTCCTGT
AATAATATTCCAAATATCTTATAGAATTTTAATAATTGCATTATCATAGC
CACAAGTATATATTATGTACATACTTTGTAAATTCTTTATTTAAAACACT
CCATCCAATTTTTATTGGTAACTTGTATACAACATATATATATATATGAC
TTAAGCATGATTACTATTAATTATATATTTTTTAAAGCTACATAGTCTTA
TTTATCGGTCTTATATTGTAGATATTCGTTCGCTATTGTCGGAATCAATA
TGACACACATGGCGTACACTTTACTTCAAGATGGAAGTCTTAAATCTCAT
TTATGGAATGTCACTGAGGGACGCAATACCATCGATCATTTTCATCATTT
TTATTCATATTTGTTTATTGAGTTTGATAAGTTTTGGTTAAGTGAAAAAC
CAAAGGACATTATGGAATTTAATCGTATCAGGGATTTATTTGAAAATGAC
ATAAGGAATAAGTTACGTGACTCAAATATCCGTTTTAAAATTAATATTGT
TATTGATACAGTTTGA back to top
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