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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s705 | supercontig | LSalAtl2s705:297106..300420 + |
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 EMLSAP00000010613 >EMLSAP00000010613 ID=EMLSAP00000010613|Name=EMLSAP00000010613|organism=Lepeophtheirus salmonis|type=polypeptide|length=368bp
MELLKKSKLFEEEPRFNKNLASILITELIWGKGKLPATSRPLEIMLKRQK QLKALSKELCFSQKVKIVKPRWARVNTFKISFDDALKHFVEMDGLNYLEY DQDTKYQDFLEKVRLLEPYEFMCDLHVDNLLVFHPKTAFYSHELYLNGSI ILQDKASTLPIQALNVKEGSIVMDACAAPGNKTTQIASCVGLNGGVYAIE RDEERIQILDQTLERAGIHKSLVKVCNIDFTTLNPDDFPDVEYIVLDPSC SSSGILSDVTIGNRLSKLSAFQFKMLEHALKFPNVSKISYSTCSVHKIEN EEVIEAIVKKHPHFKVQHVLKKWPTRGLNEYPHGDKFVRATFETDLCSGF FVAILKRIKMKKMNRKED back to topmRNA from alignment at LSalAtl2s705:297106..300420+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000010613-706460 ID=EMLSAT00000010613-706460|Name=EMLSAT00000010613|organism=Lepeophtheirus salmonis|type=mRNA|length=3315bp|location=Sequence derived from alignment at LSalAtl2s705:297106..300420+ (Lepeophtheirus salmonis) TTTTAACCTGGTATTGCTACAGATATTACCTTAAGCATTTTTCTACTAGT
CAATTACAAAATAATATCCAAAATAAAGTTTTGATTGAACATTTCATCCG
TTAAAGTTAGGAATCATCTCCTTGGTAGAGGATTTTTTAGCATAAAAAAT
ATAGTTCCCCCCTTCATGAGGTTAAGTGATTGGTCCACTCCAGATATTAG
TAGAACTCATTGTCACTACAGCCTACAACACGAAAAATAACAACATGGAA
CCATCTGCATTTCGACATTCCGTTAGGGTTCCGAGGCTTTATAAGGTTGC
AAGTCATATATATGAGGATCACATTAATGGTATACTCCCTATCTTTGTTA
TTCAATAATAATTAATGTGTTTTATGTCCCAAAAATACTAGGGAAGGGAA
CGATTAAGAATTTAATCCATAACACAAAACNNTCCTAATATCGGTGCATT
ACTATCATTAGTAACGGAGTGTGTTGCTAAGCGAGATGAGATTACGGTAC
GCTCAAGATGGTATTGTTGACGGRATAWKAAWYCATGWAGAACGTMATGA
TAATTAATTAATTATCATCCAATATATATATACATTTCTTTATTACAGGA
GCTGTTGAAAAAGTCGAAGCTGTTTGAAGAAGAGCCAAGGTTCAATAAAA
ATTTAGCTTCTATACTCATTACTGAACTTATTTGGGGCAAAGGAAAACTT
CCTGCTACTAGTCGACCCCTCGAAATCATGCTTAAAGTAAACATGATTTT
TAATAATATGTGCTTAATTATTTACATGAACCATTATATTTCTTAGCGTC
AAAAACAATTGAAAGCCCTCTCAAAAGAACTTTGCTTTTCTCAAAAAGTC
AAAATTGTAAAACCTAGGTGGGCAAGAGTCAATACATTTAAGATCTCTTT
TGATGATGCTCTAAAGCATTTTGTGGAAATGGATGGCCTTAATTATCTCG
AGTATGATCAGGATACTAAGTATCAAGATTTCTTGGAGAAAGTGAGGCTC
CTCGAACCGTATGAGTTCATGTGTGACCTTCATGTGGACAATTTATTGGT
CTTCCATCCCAAGACAGCCTTCTATAGCCATGAGCTGTACCTGAATGGTA
GCATAATACTACAGGATAAAGCTAGTACTCTTCCAATTCAAGCCCTTAAC
GTCAAGGAAGGATCTATAGTTATGGATGCATGTGCTGCTCCAGGGAATAA
AACAACGCAGATAGCGAGTTGTGTCGGTTTAAATGGGGGAGTCTATGCTA
TTGAGAGAGATGAAGAACGGATACAAATCCTTGATCAAACATTGGAGCGT
GCAGGAATCCACAAATCCCTCGTTAAAGTTTGTAATATTGACTTTACGAC
TCTAAACCCTGACGATTTCCCAGATGTTGAATACATTGTTCTTGACCCAT
CATGTAGTAGTTCAGGTATACAGTTACTGTTTACTTGACTTTTTAACATT
TAGTTGATCTTTTCTCCGTCACTTCAAGGTATTTTGAGCGATGTAACAAT
TGGAAACCGTCTTTCAAAGCTCTCAGCATTTCAATTTAAAATGCTTGAAC
ATGCACTCAAATTCCCTAACGTTTCAAAAATATCCTATTCCACTTGTTCA
GTGCACAAGATAGAGAATGAGGAAGTGATCGAGGCTATAGTTAAGAAACA
TCCACATTTTAAAGTCCAACATGTCTTAAAAAAGTGGCCTACGAGAGGAT
TAAATGAGTACCCACATGGTGACAAATTTGTTAGAGCCACATTCGAAACG
GACTTGTGCTCCGGTTTTTTTGTCGCCATTTTGAAAAGGATAAAGATGAA
GAAAATGAATAGAAAGGAAGATTGATTTGTTTCTTATTTAAAACTGACTT
TTATGTGCATTCGTACGTGATATAGAATGAATATATAGATATATAAATAA
TACGTAATCTGTTTATATATTAAATTAAGCTCGTTAACAGCTTGGTCAAA
GTAAAATAATTTAAAAGTGTAATGATGATAAATTCAAGAATTTGGTTCTT
TTTTAAATACAACTTTTAGTCAACAGGTAAAATATCACAGTCATAATCCA
AGGAGCACCGATCATTTCTATCAACAGCAGAAGACTTGATCGTAGAAAAC
CATTCACCCCATGACTCCGGTATAACGTTATCAACGAGCATAACAAGCAT
TTCAAGGCCAGGAACATTTCGTTTAACGACTTTCGTAGCTTGGCAAGTGA
GTCTTCTTCTACAGTTCTGTTTATCCATAAATGCTCCAACACCTACGCTT
AGTGAATTAAAAATATAGTCTGTATCTTCTTCTTGGGGATCTTCCATTGT
TCTTTCATTGGTTCCACGTCGGAAACGAGCGCGAGCGCTCAGATCCGCTA
AGGCTTTCGATAGAGCCTCCATTAGAGAATAAAAAGATTCTTGAAATAAA
TCTTGAACAACTTCACGAATAGAGCGGGAATTGCTCTCCGCCATTTCTTG
AGATTTGAAAACTTTTTTTGCTCCTTCGAGCTCATCGTCAGATGTCGGAT
CTTCTATTATAGCGGCTTGAAAACGGTCAAAAACACTATTCGACTTTAAA
AAGTCATCCTCAGGGATTCTGCTCATAATGATGGTTGGCGCTACAGATAA
GGCCATAAATAGTAATATAAAAATGGAATTCTTCATTTCTGACTTTGAAT
TGCTGCTGTCACTTCACAGAAACTATAAATTGACGAAAGGTACTACCCAC
ATTCGATTATTCTACATAACCTTCATTTTCATAACCCGTTTCTAAGAAAA
TTGATGGTAAATTTTTATATCGAAGTTATAAACAAGTTAACATCTTTTAC
CTTCTTTTAGAACACGATAATCAGACAATATTTCTTCATCCTTCCCACTA
CTGCTGTGGTATTTCATATTGATAAAATCCTTGATGGCCTGATAAACAAG
TTTATATTGGGCCTGAAATATTAGATTTGACTCAATAATATACACGACAA
TGAATAAATTCATTTCAACTTACTACACTTTGAACCATTTTTTGTCTTTG
CTCTCGAAGATGTTTAACTGTGGATAGTACATCTATTTCCATGAGAGCAT
CATCTAAAATTTGTTCACAAATCATGTGTACAGCTATCAAAGTTCCAGTT
CTACCAACTCCGGCACTACAGTGTACACATATTGGTGATGATGAATATTC
TGGGTCGATGAATTCATTTTCTAAATGTTTTCTTGAATATCTAATAATAC
GACATGTTTCGAGTAGAGGAAATGTAGACTCAGGGACACCATGATCAGGC
CATGATGTCAAATGAATTTGAGTAACAAAATGGCATTTTTTATCCGAATC
TGGGGTTCCCTGTAA back to top
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