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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1049 | supercontig | LSalAtl2s1049:56777..64203 + |
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 EMLSAP00000000322 >EMLSAP00000000322 ID=EMLSAP00000000322|Name=EMLSAP00000000322|organism=Lepeophtheirus salmonis|type=polypeptide|length=1451bp
MHQGQNLSASEEDRDLCIESSSLYFLLLSLPGSGAFKIRSSPKKKSSSQA
KKKSSQQRWGGSLYSGGTNYDSDGSDDEMTELLSPDQIRVLTKSLNSVLD
NFLFYLSHSSLKRSPESLDLTIAELVDLTHLEITNPNLNFKKPRERHGLS
YLAFNAYKGLQTLCSPLHGVSAKISKMILKALLPGVLMVHKGASEVNTKG
LSVIREHSILFLHHLIDILEECSYEGVEIFIQHLAFHVPDKAEFRQKASS
TIVSITRRLPRIFYNRVVRWFLSWSYNEMMSQRLFAVEVMGAFILVEERS
AISHTMKDLSPPAQENNDPQDLISHKFIFGVLLDRCRDSSTKVRAKAFKT
LSDITIEAHSDMIEIIRSTFNVDKNDGNNISSRRSNQINFIKVLQDLSNS
DLQNMNPIPSAEDIIEFLIISVSDESVFVRKSSLQVMYNIVKISNVFREE
LVRILAKHCRDPSLMVRKQMISFLTEILRIYPENEIVIHLWVEGIFPIVM
DSELKASEKALECIWEMLFENLTDHECVNSQINVLPWQIIHESENLGMTK
YLTRASGIWYRDGLLKSSIFKMIRSHINTENNDRAWFLLAVITNHVPLQD
PHFVMEYFNASIHTQQGVGLYTLIQVLSVLLSSVSRLSIEEQKNLQKDLV
LLIERFSLPTELISTATDIATVVSQLEALRKDGSIDVALYHSNVESWACN
VVDLIDKDLQTGLLNNPNDKDFRLIRQIFTLGELSLIVPGKIHKKLFLLL
QNLVFNDKKTPGAGPSNISLGGRAGSSSKIAALAIVTLNKMCVTNEEMAK
KIVPAYGRLLDESTDSAVKNNIIYGLSDLCVKYANVVESIVPQMVTCLKD
KSSLVKQTTLVTIIHLLQEDYLKIGGGRGTFFLRLIQTKLDDEIKSLTEF
FIKHRLMKKSPNVMYQHFIEALFFYNEYKGHSTYNKFIDSQNIREMFSIA
GASGKESRMYLYKFMLENMNDEQRFQMTYKLCQDILGGTLEGQIKLNDDS
YGVLKDALACLASDEIKLVSLKSKSTDEVEDGDEDLAGAXXAVAKKTIIS
QVVKKNIIENIIPIVIALKHKLEELKHPLIDDLMTYLREIMKDYKDEVKE
MISADKRLAHEIQFDLKRWEDQQRRNEARDTEDDSSGEDENDGDFHPEAQ
RRRIDSREVNDDRLIRQVLKTAIVNFRSRRRTLNDDIEKVDSGVVQSSRR
TLTHVDLADRNKDRETVAEVPKNNSAPQLNLNKEQEQSESLCKESDGSER
DCASELESNKERPSVELSTSTNKCGEETETSKQPCIPTEKSVVSESSKRV
SKETASQSLRSSPESLSFLASTTIASSAPIGVPKLGRAEVRDSSSTGEVF
LNPQNAKKRLFNSTGNSIVTPVKRLKINRAISTPSVSVRNITFLNESDCS
AISFISAPSPKNVPNSISSKKGEEEDGSIGSFRYGRNKTDAFDHLVDGNK
K back to topmRNA from alignment at LSalAtl2s1049:56777..64203+ Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000322-696169 ID=EMLSAT00000000322-696169|Name=EMLSAT00000000322|organism=Lepeophtheirus salmonis|type=mRNA|length=7427bp|location=Sequence derived from alignment at LSalAtl2s1049:56777..64203+ (Lepeophtheirus salmonis)
ATGCACCAGGGTCAAAATCTGAGTGCAAGTGAAGAAGATAGGGATTTGTG
TATCGAGTCATCCAGTCTATACTTTCTATTATTGAGTCTCCCTGGAAGTG
GAGCTTTTAAGGTGTTTCACGCAGTTCTCTACTGTAAAACTCTAAATACT
TTCAAACTAGCATTGAAGCTTCATTTGGTAAGTTTGGTTGTTTTTTATTA
GATACATTCTGTCAAAAAAGTACCGGAAATTATTAATTTAAATTACCAGC
GCCGAAGGGATTTAATTTTTTTATCTAGGTCGGCAGTTTTGTCTTTCATT
ATGATGGCAAGTAAGAGCGTGATCTGCAGACCAGTTTGCTTGCAACAGCT
GGATAAGTCAGTCTACCTTACTAGTGCTCCACGATTAAAACAATAAACGA
AATTATTGAAGAAAAAAAATCTTCATACCAGTTTAAGGGAGTTATTTCAT
TACCTTATCATCTCCCATGAGTCAGTTAGTACCATTCTGACTGAACATTT
GGGGATGAGACGCGTCGCAGTACGGCTTGTTGCAAGAGAGCTGAATTTTC
TATAAAAACAGTACCGTGAGTAAGTATCTTCGGACATGCTTGATCGCGCG
AATTCCGGGCCAACATTCATCGAACGTATCATAACTATTAATGAGACGTG
GTATGGCATGCAAACAAGCCAACAATCATCAGAATGGTGGGATAAAAAAT
TCATTCTAAAAATCATCGAGCACTAGTGTGGTAGACTTATCCAGTTGTTG
CAAGCAAACTGGTCAACAAATCACGCTCAAACTTGGCATCATAATGAAAC
ACAGTACTGGCGACCTTTAAAAAAAAATGTTTTTTATCCTTTCAGCGCGG
GCAATTTAAATTAACAATTTCCCGGTACTTTTTTGAGAGAATGTATATAT
GCATTATACACGCATGTAAAAACATGATTTAAATTATGGCAATCGTTTCT
TAAACTTTTGCAAAGCTTTTTAATATTCCTTGATGCCTATATTTAGTGCT
GTACGTGGAACATATGAATTTTCTGAAAAGTGTTTATGAAAGAGACTGTG
AGGAAAGAGGCAATAAAAAATATCAATATTATCACCTTAAATTCTGATAG
TTTTCAAATATTTTACTTACGCTATGTTCATCTTTTGAGTCATGTCATTG
TTAGAAATGGGATTATTGTAGAGAAACACTTCAGGTTTATTTAGGTTTAA
GTCAACTTATTGTGGCTCAAATTTCTTCCTTTGAAAAAATAGAAAATTGG
ACATAAAATATTGATTTTTCAAAAATGTTAGTGTTTAATTAAACTCTCCA
AATCGTAAAATATTGACGTCATGGAGATTTAAAGAGCCCTCAAAATCTTA
GGAAACAATTTCGATAATTTATATCATACTTTATAGATTTTTTTAATATT
ATGCTATATCTATATAATAAAATAACTCCGTAATTGATATTCAGATACGT
TCAAGTCCTAAGAAAAAATCTAGTTCACAAGCGAAGAAAAAATCATCACA
ACAGCGATGGGGTGGATCTCTCTATAGTGGAGGAACGGTGGGTGATACAA
ATTTGATAATATTTTTCTCTCCTATTTACCTTATTTTATTTGTTTTTCTT
TATATATATTTAGAATTACGATTCTGATGGATCCGATGATGAAATGACGG
AGTTACTATCGCCGGATCAAATAAGGGTCTTGACGAAATCCCTTAATTCA
GTACTTGATAATTTTTTATTTTATCTTTCTCACTCTTCTCTTAAAAGAAG
CCCCGAGTCCTTGGATCTAACCATAGCAGAATTGGTGGATTTAACTCATT
TGGAGATAACTAATCCCAATCTGAACTTTAAGAAACCTAGAGAACGTCAT
GGTCTATCATATCTTGCCTTTAATGCCTACAAGGGGCTTCAAACTCTTTG
CTCCCCTCTTCATGGTGTTTCTGCAAAAATATCAAAAATGATTTTGAAGG
CACTTCTCCCTGGCGTACTCATGGTTCATAAAGGAGCTTCTGAAGTTAAT
ACTAAAGGACTCTCTGTTATACGAGAGCACTCCATACTTTTCCTTCATCA
TCTCATTGATATTGTAAGTTGTTTAATGATTTGATTCGTTTAGTTACTTC
CTTGATACTCATTCTCCTTCATTTTTTATAGCTAGAAGAGTGCTCATATG
AAGGAGTGGAAATATTTATTCAACATCTAGCATTTCATGTTCCGGATAAA
GCAGAATTCCGTCAAAAAGCTTCCTCAACAATTGTTTCAATCACACGCCG
TCTTCCAAGGATTTTTTATAACCGAGTTGTGAGATGGTTCCTTTCTTGGT
CTTATAACGAAATGATGAGTCAACGTTTATTTGCAGTTGAGGTTATGGGT
GCCTTTATTCTAGTAGAAGAAAGATCCGCGATCTCACATACAATGAAAGA
TCTATCACCACCTGCTCAAGAAAATAATGACCCACAGGACTTGATATCCC
ACAAATTTATTTTCGGTGTTCTTTTGGACAGATGCAGAGATAGTTCAACC
AAAGTAAGAGCCAAGGCTTTCAAAACACTTTCTGACATTACAATAGAGGC
TCACAGTGATATGATTGAAATCATTCGCTCTACTTTTAATGTAGATAAAA
ATGATGGGAATAATATCTCATCAAGGAGAAGTAATCAAATTAACTTTATC
AAAGTTCTTCAAGACTTATCTAACTCTGATCTTCAAAATATGAATCCAAT
CCCAAGTGCTGAGGACATAATAGAGTTTCTTATAATAAGTGTATCTGACG
AATCCGTATTTGTTCGCAAAAGTTCTCTCCAAGTCATGTACAATATTGTC
AAGATTTCCAACGTATTTCGAGAAGAGTTGGTACGAATTTTAGCAAAACA
TTGTAGGGACCCTTCTCTTATGGTACGAAAGCAAATGATATCATTCCTAA
CAGAAATATTGAGAATATATCCCGAGAATGAAATTGTTATACATCTTTGG
GTTGAGGGAATTTTTCCGATCGTAATGGATTCCGAATTAAAAGCCTCCGA
GAAAGCTCTCGAAGTAATTTTTAATCAAAATATATTGATTATCTGTAATA
AACCCTTTATTTGAATTATCTTACAGTGTATTTGGGAAATGCTATTCGAA
AATTTGACTGATCATGAATGCGTAAATTCGCAGATAAACGTATTACCTTG
GCAAATCATTCATGAGAGTGAGAATCTGGGAATGACAAAATATTTGACCC
GTGCAAGTGGAATTTGGTATAGAGACGGACTTCTGAAATCCTCCATATTC
AAAATGATACGATCCCACATCAATACGGAAAACAATGATCGAGCCTGGTT
TCTTTTAGCTGTAATAACGAATCATGTTCCTTTACAAGATCCGCATTTTG
TGATGGAATATTTTAACGCATCCATTCATACACAACAGGGGGTAGGTTTT
ATTTCTTCATATTTTGCTCCTAAATGAATGATAATTGTAAAACTCTCGGG
CAGACGACGATGATTATTGAGGGATTTTCAAACAATGAGAATCTAAATGA
ATTTCAATAATAATAAAAAAAGAAAAATGGATCAAACTAGTGATGTGCTG
CGAGCTGAATTTCGCTGCTTGAGTATTTTCGAATCTATCACTAGACATAT
CATCCATATATCTTTAGGACCCATACATGATTAAAGAAAAAGTGGGGGAG
ACTGATTAGGAAATCAGTCCTAGGACTGATCTAACACTAATGTAGCGTGA
CTATCGGTCCATTTGTTTTAATTTTGTATAATTTATAACTAAATTTAAAT
TACATACATTGAAAGGAGCTCACTCAAAAGGGTTCAGGTATTTCATTTAA
AACTTGCTTTGCAATCAAAAAGTTTAAGTTAGAGAGACCCTTTTTCTGCC
TTATTTTAACAATATACTGATTGATATATCGCAAAATTTTGTTCTCCCTT
CTAAATAGGTTGGTCTCTACACATTAATTCAAGTCTTGAGCGTTCTCCTC
TCATCTGTGAGTCGATTGTCCATTGAAGAACAAAAAAATCTTCAAAAAGA
CTTGGTCCTCCTCATTGAGCGGTTCTCATTACCTACAGAATTAATATCCA
CAGCTACAGACATTGCCACGGTTGTAAGTCAATTAGAGGCTCTTCGTAAG
GATGGGAGTATTGACGTTGCATTGTATCACTCAAATGTAGAATCATGGGC
TTGTAATGTAGTTGATTTAATTGACAAGGATCTACAAACGGGTTTATTGA
ATAATCCAAATGATAAGGACTTTCGTCTTATTCGTCAAATATTTACTCTT
GGAGAGTTGTCTCTTATTGTTCCTGGAAAAATCCACAAAAAACTTTTTCT
ATTATTGCAAAATCTTGTTTTTAATGACAAAAAGACCCCTGGGGCAGGTC
CTTCAAATATTAGCTTAGGAGGACGAGCAGGCTCTTCCTCCAAAATTGCT
GCTCTTGCCATCGTTACATTGAATAAAATGTGTGTAACAAATGAAGAAAT
GGCGAAAAAGATCGTGCCTGCCTATGGCAGACTCCTTGACGAGTCAACGG
ACTCTGCTGTGAAAAATAATATAATCTATGGTCTAAGCGATCTCTGTGTA
AAATATGCTAACGTTGTTGAATCCATTGTTCCGCAAATGGTAACTTGTTT
AAAGGATAAGTCAAGTTTAGTAAAACAAACAACCCTTGTCACTATTATTC
ATCTCCTTCAAGAAGATTATCTCAAGATAGGTGGTGGCCGAGGTACTTTT
TTTCTCCGACTTATTCAGACTAAATTGGATGATGAAATTAAATCCCTTAC
AGAGTTTTTCATCAAACATAGGCTCATGAAGAAGAGTCCTAATGTGATGT
ATCAGCATTTCATTGAGGCCTTGTTCTTCTATAACGAGTACAAAGGTCAC
TCCACATACAATAAATTTATTGATTCACAAAATATCCGTGAAATGTTCTC
TATTGCGGGTGCGTCTGGAAAAGAGTCAAGAATGTATTTATATAAATTCA
TGTTGGAAAACATGAACGACGAACAAAGATTTCAAATGACATATAAATTG
TGCCAAGATATCTTAGGAGGGACTTTAGAGGGTCAAATTAAGTTAAATGA
TGACTCTTATGGTGTTCTGAAAGATGCTTTGGCATGTCTAGCAAGTGACG
AAATTAAATTGGTAAGTTTAAAATCCAAATCCACTGATGAAGTGGAAGAT
GGAGATGAGGATCTGGCTGGAGCGGKAGSTGCAGTAGCTAAAAAGACCAT
TATTTCACAGGTGGTTAAAAAGAACATTATTGAAAATATTATACCAATTG
TCATTGCTCTGAAGCACAAATTAGAGGAGTTGAAACATCCTTTGATTGAT
GACCTCATGACATACTTGAGGGAAATTATGAAGGATTATAAGGATGAAGT
GAAGGAAATGATCTCAGCGGACAAGAGATTAGCTCACGAAATTCAATTTG
ACCTCAAGCGTTGGGAGGATCAACAACGAAGGAACGAAGCAAGAGACACG
GAAGATGATAGTAGTGGCGAAGATGAAAATGATGGTGACTTCCATCCTGA
GGCTCAGAGAAGAAGAATAGATTCAAGAGAAGTAAATGATGATCGTTTGA
TTCGACAAGTACTTAAAACGGCCATTGTGAATTTTAGGTCGCGACGACGT
ACATTGAACGACGATATCGAGAAAGTTGATAGTGGTGTGGTGCAGTCCTC
ACGGAGAACACTAACACATGTGGATTTGGCTGATCGAAATAAAGATAGAG
AAACGGTAGCCGAAGTTCCTAAAAATAATTCAGCTCCACAATTGAATTTA
AATAAAGAACAAGAACAATCTGAGTCACTCTGTAAGGAATCTGATGGTTC
TGAAAGGGATTGTGCTTCTGAATTAGAATCAAATAAAGAGAGACCAAGTG
TGGAATTATCCACATCCACAAATAAATGCGGAGAAGAGACTGAAACTTCA
AAACAACCATGTATTCCTACCGAAAAAAGTGTAGTCTCTGAATCCTCTAA
GAGAGTATCAAAAGAGACGGCATCTCAAAGTTTAAGATCAAGTCCAGAAT
CTCTTTCTTTTCTTGCTTCAACAACAATAGCGTCTTCTGCTCCAATTGGA
GTTCCCAAATTGGGGAGAGCCGAAGTTAGAGATTCTTCTTCTACTGGAGA
GGTTTTCCTTAATCCACAAAATGCCAAAAAACGCTTATTCAACTCCACAG
GGAATTCCATAGTAACACCAGTTAAACGACTTAAAATAAATCGAGCCATA
AGTACTCCTTCCGTGAGTGTAAGAAACATTACATTTTTGAATGAGAGTGA
TTGTAGCGCCATTAGCTTCATTTCTGCACCATCCCCTAAAAATGTTCCTA
ATAGTATATCAAGTAAAAAAGGGGAGGAGGAAGATGGGTCCATAGGTTCC
TTTAGGTAAGATTAACATTTAAAATGGAACGTTTTACCAATTATTACAGG
GCTGATCTTATCTAGTGGTATAAATTATATTTTTTTCAATTTTTCAGGAG
TGAAATTTAAACGAGAGATTATGTGAGGATATTTATTTAACAAAATCATC
TGAAAATAGAGCTTTGGCCAACTTTTACTCAAAATGTGAGCCCTCAACTC
TAATTATTACCTCAATATGGGGCCTAAATCCTTTGCAGTCCTTGACCATG
TAGTCGGACTCGAGCTTAGTCCATTCATTATTGATAGAAAATCTAGAGAC
TGACCACTCCTGTGAGGAGTATCACACACCCTCTCCTCCAGACGTGCCTG
GATAGAATAGTCCAAGTTTTTTGCGTCTGGAGAGAAGGGTGCCCAAATAT
TGAGGCCCCAAAAGTCGGGCAAGTTGTCGTTCAATAAGGCCAGAATCTTA
CTGGCGCAATGACCTGGAGCTCCGTCTTGAGTGAAAACAAATTTCTCCCC
GAACATTTCTCTGATCCAAGGTAGTATTTTCTTATCGAGTAGTTCGATGT
AAGCTGTTCCTTCCTCTCTACAAAAATGGGAGGCAGACTTCGCCTGCGCT
GCCCACTGGATTTTTTTTGTTCTGAAGACACGTCTCATTGAAGTTGAGAC
ATTGTTTGGATATTCGGTTGTGATGTAGCGGCTGKTCTGCTTATTCACAG
TGGCATCAACAGCGAAAAAAATTTCATCAGAAAAGAGCAGAACTTTGTCC
GAATTTTTGTTGGCCTTGAGAAAATTTAGAATCTTCTTTATTCTTTTCAA
CCGTCTTTGCTTGCTCTGTTCAAAGATAAGATGCCTTGTTGTCCACCTTT
GTGACTTTGCACGCATGTGATTCCGGATTTAAAATAATAAAATGTGCACC
ACTCTATAAGATCCACTCTGTGTACTACTAGATAAGATCAACTCTGTATA
TCATATTTATATACTTTTCTTTTATAAACAGATATGGACGTAACAAAACG
GATGCATTTGATCATTTAGTGGACGGAAATAAGAAATAATACTTTTAATC
AATCGAGAAATATGTAACATATATTTT back to top
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