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Associated RNAi Experiments
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s2014 | supercontig | LSalAtl2s2014:5932..10220 + |
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 EMLSAP00000003748 >EMLSAP00000003748 ID=EMLSAP00000003748|Name=EMLSAP00000003748|organism=Lepeophtheirus salmonis|type=polypeptide|length=406bp
MEMNDKWVLDSSLVHYNETFEVTVHRNGLGLGFSIIEGESGIRIKKIFPL QPAWETGKLRQGDILLKVSGIPVDTLTVRKALDVLRSSPPATVLTICRPF SQTNYNNGGSTTSVMRXYXFXPVNTSSIWEGNPLIIPSPTRCDRHFNNND EDIHSTIGEFIVTLNKVNGSLGFTLKASEDTTIMRHSIKALVKEPAISNG LLKPGDKLISANNVDCSKFSHSELVQFLRHCPERVVLKLYRDASRSQTPI TSPDKPLFENNNILENPLKSHSKMLRYEAMEMVKSLQASRSSLQDSNGST SSLNRRKVGGESRPYSPKPKYVTALLTPASSLPVIESPDTDSEIIDGNHS LPPMYIAQSMERLQIEEVANDIELSPCNSGSSLVRPDSLDLSRRRQKSYA FHSINN back to topmRNA from alignment at LSalAtl2s2014:5932..10220+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000003748-699595 ID=EMLSAT00000003748-699595|Name=EMLSAT00000003748|organism=Lepeophtheirus salmonis|type=mRNA|length=4289bp|location=Sequence derived from alignment at LSalAtl2s2014:5932..10220+ (Lepeophtheirus salmonis) GGGGGGGGGAAGAAGACGTTCGTAAGAGGATGTGTATTGTGTAGTAAAGT
AACAAGTAGGTACTCCGTACTTACTAATAAAAATAACTACACTTCAACGA
ATTGAGAACATCCAGTAAGGAACAAGCCAAGTGAAAAAGAAGAAATAAAT
AGAACCTATTTTCGGGGTGGAATAGTTGCGTGAGAGAGAGGAGAGTGTGT
CTTTATTACTATTAGTTCACTTCACTCTTCAGCCAATAATAACTCTTTGT
GTACTAATTCATGCTGATGACGGGAGCTGAAAGTAGATCGCAGGATAAAA
AAAAATAGAATTAATATAAGTAGTAGTAGTAGTAGTAGACTACTATTGGA
TACAATAAAAAGAAGATCAAAGGACTTTTCTCCTAAGACATCCGCTATGA
TATTATGGAATGGCGTCCTCTGGATCCCCACTACAACTTGAGTCTGGAAT
ACTACTAGATTGGAGGAAGGAGGCGGAATTAGTCATCTCTGACGTAAAGG
ATTACGTCAAAGAAATTGGCATTTCACAAACATTACCCGTAATTTTAGTA
GAATTAAATAATATATTATATTGAACTTTGACCCTTTTTCAAACCATTTT
CTCAATTATTTCTATCGAATTCAAATTCGTTATATTTTTGCCGTATATGT
ATTTATTAGTTGAATGCATCATTTACAATGATGATTGATGATCTTTTCTT
CTTTTTTTAGTCATCCAAGAGTCGAATATATTTGAATTTAAGGATYTTTG
AGGGTTCTTGCTATACAGTGGAACTAACGGCCGCAGGATTTTCCATTGTT
GCTCCAGAATACGATACGATAGTTGCACAAAGTGAACGAGAGGGAAATGA
TGATGAGAAGACCTGTGTTTATGAGACGCCTTTCAGTCTTTTAGACTCCA
TTAGCCCAGCTTATCGTTTAAAATTTGGGTCAAGCCTTCATAATAAACTT
CTTCATCTCATTGATAAACAGGATGGAAATGAATGATAAGTGGGTCTTAG
ACTCCTCTTTAGTTCATTATAATGAGACATTTGAGGTGACTGTACATCGT
AATGGTCTTGGATTAGGATTCAGTATCATTGAGGGGGAGAGTGGAATTCG
AATTAAAAAGATATTTCCTCTTCAACCCGCATGGGAAACTGGGAAGTTGA
GACAAGGAGACATTCTTCTTAAAGGTTAATTCAAGGGTTTTTTTGTTTCT
TTTACTTTATCAACTTTACATTTCCTTTAAAAGCATTATATTAGTTATTC
TAATTAATATGAAAGAAGTGGATTATTAAAAAAATATTACCTTTGTCACT
ATATATAAATTTTTATTTTAAAATTATATATATATATATTTGTTGTTTTT
ACTTTTCAGTTTCTGGGATCCCAGTCGATACTTTAACTGTAAGAAAAGCT
TTAGATGTACTTCGCTCCAGTCCCCCTGCAACCGTCCTCACAATATGCCG
ACCATTCTCTCAGACTAATTATAATAATGGCGGKTCTACAACYTCAGTGA
TGAGAAGKTATAGMTTTWCACCTGTAAATACTTCTTCCATTTGGGAAGGA
AACCCCTTAATCATACCCTCTCCTACGCGCTGTGATAGACATTTTAACAA
CAATGATGAAGATATACATTCAACCATTGGTGAATTCATTGTTACTCTCA
ATAAAGTAAATGGAAGCCTCGGCTTCACACTAAAAGCATCGGAAGATACA
ACTATAATGCGTCACTCAATAAAGGCCTTAGTCAAGGAACCAGCTATTTC
CAATGGGCTTCTCAAACCAGGAGATAAGTTGATTTCAGCAAACAACGTGG
ACTGCTCTAAATTTTCTCATTCGGAACTTGTACAATTTCTGCGACATTGT
CCTGAGAGAGTCGTTCTTAAATTATATCGTGACGCCTCAAGATCTCAGAC
TCCTATTACGTCCCCAGATAAACCCTTGTTTGAAAACAACAACATTCTCG
AAAACCCTCTTAAGAGTCATAGCAAGATGCTAAGGTACGAAGCGATGGAA
ATGGTCAAGTCACTCCAAGCAAGTCGTTCATCCTTACAGGACTCAAACGG
TAGCACGTCTTCCTTGAATAGGCGGAAGGTTGGTGGAGAGTCGAGACCTT
ATAGTCCTAAGCCCAAGTATGTGACGGCCTTACTCACACCCGCATCATCT
TTACCCGTAATTGAGTCCCCTGACACTGATTCTGAAATCATTGACGGCAA
TCATAGTCTGCCTCCCATGTACATTGCACAGAGTATGGAACGCCTTCAAA
TTGAAGAAGTCGCCAATGACATTGAGCTAAGTCCTTGCAACTCTGGAAGT
TCTCTTGTTCGACCAGACTCTCTCGACCTGTCTAGACGAAGACAAAAGTC
ATACGCATTTCACTCCATAAATAATTAAGTGCCAAATGTTCACTCCCATA
AATAAAAATCGACTAAGAATATTATTAGTTACTTAAGCAATTTATTGTAT
GTACGTAAAATAAATTTAACTGCTGACGCCTAGGATAAAAATAAAACATT
TTATATTAAAATAATTTAAGCTGTATGAAAGTATTTCTTTATCTTTTTTC
CTTATTTAGAGAAAGGTAAATTAATTAAAATTACTAAGTTTGTTTTATAA
AAAATCTGAGAGCATAATTGCTAAATCTGTATCACATGCTCGTATTTGTG
ATCAATCCTCCTATTCAAAATTGTTCCACGGGAACGTAGTCGTAAGCACT
ATCACGTCCTTCATAAAAGGTATCTTTGAAATCATTCGCGTCTTGATCAT
TATCAAATACGGCTTTGAAGGATCGCACACAGGAATCTTCATATATTAGG
TCTTCCGCAGACCAGGTACAAACGTTGTCATCAATATTTAATGTCATATC
TTCCATGATGTAATGATTACAAACAAAATCGTCATCCTCCTGAGTAGCAA
AAATTCTGAATAGTCCGTCCTCGCACATAATCCTTAGAGCGAAAGTTCCT
AAGAAGGTTGAGCTATCATACAGTTGACAAACTTTAACAAACACGCATGA
GCCCTCCTCATCCGGTATGCTCAAATCCGTGGATTCACCACACTGAAAAT
ATTAAGTTGAAGTTATTTAATGATTTACAACACTTTCCGCGTCCTACGTA
AGTTTAAAAAAATATATATTYCAGCCATATTCTTACAGAAAAACAAAAAG
ACAGAACAGGACACACGAAACAAAAAAATGAAGCGGAACTTATTGACTTA
CAGATGATTCAACTATAGTGTTGCTGCTATCTTTTTTAAATGAAGCATTC
AATTTTTCTTGAGAATTTTCGAACACGGATTTGAATTTATTCCGGGTTGC
GACCTCTTTGAACTTGACAGCAAACTGCTCAAATTTACTTTCTTCATCAG
AGTAGTCCATTGCGAACCAGCAAAGTGCAGTTTCGGAGGTTATTAAGGGT
TTCAGAACCATATCTTCAGAAATTAAATGATTCACAGCAATTTTAAGCGT
TTGATCTCTTCTAAATATAACTCTAAAAGTATTTTTCCCTTCATGATGTA
AGATCTTGATGTCCCCTACACCTCTTTCCTTCCATTCCTTTGTGTCAGTT
TCGTATCTATGAACATAAATAAAAAGAATCATCATCCATATGGTTAAAAA
CATTGAGACAAAAATATTAATTGCACATACCGATACACTTTGGAGCGATG
ACTAAACATAACCTTTTCCTCTTCTTCCCCAGTGCTAACTACCACAAGTT
CTGGTAGAGGAATGATGGGCTCAAAATGTGGATCATGCTCACTTTCATCA
GGGTCTTCACCAACACCTCTGGAAGTATTTGCACCAGATTGATCTTTTCC
AAATATTGTAGACCCCGTTCCCTCAAATGAAAAGCCGTCTTCACGATTAC
CAAAAGTGAAAATGGAGTCGGTATGAGAGGAGAGGGAAGCAAAACTGGGT
AGGTTTGTGGATTTAAACAATCCTCCTCCTGCTTCTTGTCCACCGACACC
GTCTTTCTCAGTTTTGGTTGCTCCAAATGAGAATGGAATTGATGGTTTCG
AGTCAGTTTTTGAAGGAGACCCCGCATCTTCTCCTTTGTTATTAGTGTTA
AATATTTTACCGAACAATGGAGTACCAAATATATTATTATTTGGCGACTG
TTTTTTGAAGTGTGTCATCTGGATTGTTAGCAGTTGCAGCACCAAACAAA
TTCTGAGTTTTTGAACCATTCAGACTTGAAAAAATATTGGAGTCACCACC
GAAAATATTATCGTTATTTTTCGGGCTTTCATGCTCATTAGATTCATTTA
CTACTTTCATTATTATCATCATTATCATTATCATCATCA back to top
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