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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s170 | supercontig | LSalAtl2s170:293100..297855 - |
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 EMLSAP00000002984 >EMLSAP00000002984 ID=EMLSAP00000002984|Name=EMLSAP00000002984|organism=Lepeophtheirus salmonis|type=polypeptide|length=196bp
DEDYIQDKFNLTGLNEQVPHYRQALDLILDLESDEDLDDNPNQSDLIEQA AEMLYGLIHARYILTNRGIAQMIEKYQSGDFGHCPRVYCENQPMLPIGLS DIPGEAMVKLYCPKCMDVYNPKSSRHHHTDGSYFGTGFPHMLFMVHPEYR PKRPASQFVPRLYGFKIHQLAYQIQQQAAANFKTPLRALSYNNAKR back to topmRNA from alignment at LSalAtl2s170:293100..297855- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000002984-698831 ID=EMLSAT00000002984-698831|Name=EMLSAT00000002984|organism=Lepeophtheirus salmonis|type=mRNA|length=4756bp|location=Sequence derived from alignment at LSalAtl2s170:293100..297855- (Lepeophtheirus salmonis) GACGAGGACTATATCCAAGACAAATTTAACCTCACGGGCTTAAATGAGCA
GGTCCCTCATTATAGACAAGCCTTGGATTTAATCCTAGACTTGGAGTCGG
ATGAGGATTTAGACGACAATCCCAATCAATCGGATCTGATTGAACAAGCT
GCAGAAATGCTCTATGGTCTCATACACGCCCGATACATTCTCACCAATCG
AGGGATCGCTCAAATGATTGAAAAATACCAATCCGGGGACTTTGGACACT
GTCCCAGAGTTTATTGTGAAAATCAGGTATACGCATTGCAAGGCAAAGAA
GGTTTTGAGCCGCTTCCTCTCAAGGGGATTCTCGAGGATTTTACCCTCAT
GTCCATATCTATAATATCATTATCCACTTCCCTATTTACAACCCCCTCAT
CTCCTAATTCCCCCTCTTATATATGTGACCACACAAAAGCATGCTAGAAT
CAGGGATCTCCAAATGGAATCCCCATTACATTATTGAGTGACTCAAAAGT
AGATCGTCTGATATTTAAGGATCATGTTTAAAATCAGAGAAAAGACCCAC
TTCCTTTCAAGATTCAGATTCATTAGAATAATACATTGACCCACGTCTAT
TTATGTCCACTTCCATAATTACAGCTACTACCGTCATGTCCAAATCCCGC
CCCTTAAAGTTGAATCCTCATTACATTTATCCAGGGTTGAGAGCATCATG
TTCGTAACTCAAAAATGAAATATTTGTCATTCTAGTAGTCTTAATATTTA
GGCGATGTTTACATCGCAATTGAAATACTTTATTAAGATTGCTCCTCTTC
TTACTCAGTTAAACAGGGTTATCTTGATTTCAAGATATATTCTTGTATCA
ATCATAAAATCTTTTTTATTGTTTGAGACCTGCTCTGAGAATTTTGCAAA
GCAGGGAGTTGGATTGGGTGGTACATATGTCAAATGGTAATGTATTTGTC
CTGAGGCCCTTGTTTTATGACCGTAAATGTGGGCCGTCAACACTTTGTGT
TCATATTTAAAAGCTGAGAAAACAATCGAACTTTTTAAATGAATCTCTTA
GTTCCATTTTATTATGAAAATAGGAAAACATCATAATGAAATAATTGAGT
TTTCAAATTCCAAAGCTTATTTCTGTTAATTAAAAATTGTCGTAATGCCC
TCCCCCACACACAATTTGTATTCCTTTATATACAAGTCATTGTCAATCTA
TATCGATAAATTAATATTATGAACCCATTAGGTCTACCGCAAATTCCACT
CTCAAGTAGCAACAATTGAAGTCACAATAAAAGAAGGATAAATTGACAGA
TTTTATGTATTTAAAGGCCTCCAGAGGGACATGTATCAGTTTCTCAAATA
TTAGTTTAGCTAAAATTCTTGTGTATCTAAAATCATCCGATTATTTTGAA
TAATATGCCCCTATAACTGACTAAAATATATGTAGAGCTATTTCAGGTGA
TATTTTTCTCTAATGACCCGACTTTCCTTGTCTCTAATCGATCAAAACTT
TAAAAAAAATCTACAAATCTAACCATTTTCGGGATTTTGATTATACTCAA
ATATCAGTGTTTTATCATTGGCATTAAATAGTATTGAATGCAGGTGTCAA
GTCTATTTATTCATAAAGACATTTGATGGAGTTTGATCAAGGGTTATTGT
AAATGAGTCTCCTTCAATTATGATGCAATTTATGCAGTCAATGAAAATGC
TCAATTTGGATTCTCTCGTGATTTTTGTTCAAGATTTTTTATATGTTAAC
GCCCTGCACTTTACAAATCAGTGAAAATGATTAAATAATAACAGTTTTTA
ATTATTCATAATGGAATTTGGTGTGATTTAATCAATCACCATTTGGACAT
ATGCAATTGTCTCTATACTAAATAATATGTTTGAACACCTCTGTGCATTT
TTTTTATTTTTGAAACACCTCTATTTCAATACCTGATATCCCCTGGTCCT
CCTCCCTATTCATTTGTATCCATATTGATGCTAATATACCTTCTTTTTTT
GCTCCTGGGAAAATTAAATTGATTTCCTGTCGTTCAATACTCATACCTAC
TTATAGAGTGTCTCCAAAAGGTAGATATCTGTATTGTTATATTTTCGTAG
AAAGGTTTAGCATATTATTATTATTTTTTGCAACGGAAATACCTGAGTTA
AAATATGTGGTGCGTCCATACATCCTCTGACGAAAGAGTTATCATATATA
TAAAGTACATCAATATATTTATTATTACATTATTTTGTAGCAATGGTGCA
TGGCAAAAAACCTTTTAAAAAATAATACTTCACAAAAACTTTTTATTTTA
TTTTAATTACTTTTAACAGTTATTTAATATATGTGATTTTTCAACATAAA
AACAATCTTGATATTAGTGCTAAGGAAACAATCCCTATTTATAATTATTA
TACCACATATATGTATACATATAACTCAGTATTTCTGGGTTATTATACAA
ATAACTAGGATGAGTGAAGATACCTAAGAATTTTAGCTATAATTGTAAAT
CTTTATTTAATGTGTAAGACTTATATTGGCCACAATTTCTCCCTTTTCAA
ATAAAATCTTTTCATTTTTTTAAGTTAACGATCAATTTTAATTGTACTTC
AAGTTTAATTTGAACACACCCAAAGGGTCCATAATAATAATAATTTGTAC
GCAGAAATTGAAGATAATTCGATTCCGGATGGAACGGAATTTTAAATAAA
TTGTTAAACCCGAGGAGTTGTCCCAAACATCTCCATAACCCATTGAGAGT
TCTTTATCAGCGGACCAGTAAATGTACACTCCAGTTTTGATAATTTATAC
ACTAGATCCCACTTATACATATTCAATATTTTATAGATATATTTGAGTGA
AATATAGGAATATTATTCAAATTGAAGGATGAGTTAAAATAGTAAATAAT
TTACGCTTTAGTTGTGATCCTTTATTCGATATAAGATACTTATATATTGG
CCTCGATATTGCCCCTTTCAAATATAATCAATCAATTTCTCATTCTTTTA
TTGTGATTGAAATTGACTTCATTTTGAGAAAAATAATTCTAGCTCTATAA
AATGGCTTTCTATTCATCATTGCGTTGTTTTTTAACAATGGCGACAGTTA
AAATGTATTTAAAAATGAAACAAAACAAAACCATAAAATTATATTTTAAA
TACTTTTAACATTACGTCACATTATGTCACATAAAAAAACCTCGAACTTA
CATCGAGAAAAGGAAAAAATCCAAATTTATTATTTCATTTCATATTTACG
TACAATCTAATATTTCAGTCAATTAGTCTTTTTATTCAAATTACTAGAAA
TTGTTAAGAATCTGTATGAATTTACGTTTTAAATCTTCATTTGATATAAG
AGTCTTATATATTGTCCTGAAACAATTTGTTTTTCAAATAGAATTTATCA
ATTTTGAATTCTTTTATTCTGAGCTCAAGATTGGCTACCCAATCGGTTTA
ATAAGAACAATTTGTTCATAGATATTTACTTCATTTTAAATAAATTATCA
TTCTGACTTGCTTCTATATTAACGATCCACATATATTATCCATATCTAAA
GATGTATCTGATAGATTACACATCATTTTAATTGTCAAAATGTTGTCATT
GACTCACATATATCTTGTTGTAAAACAAAGGGATTGTAAGGTGTGATTCA
ATTTGGATTTTTTTGATAAAGACTGTTGTTATTATTTAGAAAGTGTTTTT
TTATGATGTAGTTTAATATTTGTGGCCCGTCAACAAAAAAAAAACTATAA
TAATTTTTCTCATAATTGAGTGTGGATTACATTTGTATTCTTATACGAAT
AATCGTCAATTTTTATCGACAAATTATTATTAATAATCCTTTGGATGTGC
GTCAAATTGCATTTGAAGTAACCAAATTCAATTGTCACAATAATTAATAG
CTTTTATTTGGAAGGGGTCATAGCGTGGCCAATATAAGGTAATGAAGCTA
TACTTAAAACTCAGGGTTAAATTCAATCATCCCACAAATTTAAATATAAT
GAACTCAAATATATTTATGAAATATTGCCCTATATGAAGTAAATTAAGCT
TAGGATTTTTCCTCCTCTACTTAATTTTTGCCAAAGATTGTTTTCATGTT
GACGTGCATTTGTATAGTGTTGTTCATAGTGGACGTACATATTATTATTA
TGATCAGTATGTATTTGGCACAATATTAGGTGCATCTACTGTCATCTACC
TTCAGATGATTGGAAGACTCTTTGATGGTCGTTCTTCTGCAAATAATATC
TATCGATGTTGCTTGTATGAAGAGCTCGCAATTCAATATTATTAGTCAAG
TCAGAGATTTGTTTTTATTATTAGTCAGTTTATTTATTATTAAAAAAAAA
AATGTTGATGGGCAAGGAGAAGAGTTGCTTGGAATTCCTTATTTGTTCAG
AATCATAAACTTATTTATTTATTTTTTTAACTATTTTTTAGCCCATGTTA
CCCATCGGATTGAGCGACATTCCTGGAGAAGCAATGGTTAAGCTTTACTG
TCCCAAATGTATGGATGTATATAATCCCAAAAGCTCACGTCATCATCACA
CTGATGGTTCATATTTTGGTACAGGTTTCCCGCACATGTTATTTATGGTT
CATCCAGAGTATCGTCCCAAAAGACCAGCAAGTCAATTTGTTCCGCGATT
ATATGGCTTTAAAATACATCAGTTAGCATATCAGATTCAACAACAGGCAG
CAGCCAATTTTAAAACACCTCTGAGAGCATTGAGTTATAACAATGCAAAA
CGTTAG back to top
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