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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
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| LSalAtl2s1166 | supercontig | LSalAtl2s1166:164075..170496 - |
Analyses
This mRNA is derived from or has results from the following analyses
| Analysis Name | Date Performed |
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| ensembl | 2013-09-26 .965016 |
Properties
| Property Name | Value |
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| 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 EMLSAP00000000944 >EMLSAP00000000944 ID=EMLSAP00000000944|Name=EMLSAP00000000944|organism=Lepeophtheirus salmonis|type=polypeptide|length=1464bp
MTSLTDEDDSITTLSLKGALFLNRMRGLPLNVLFRAIRGDLKLSHQEPRN
ELVRSGVQVVSTEGDKSQNWHSMLSSKKKPQIAKPAFCETELTTIELDIE
KKDPNSFYYPTCVRVERCNGCCSHNLLSCQAKESGTIDITIMRANQRTNS
VEYLKIPVIQHKTCSCDCIVKEEDCLSNQVYKRSDCRCACKATDTEKLEC
ISQGNRIWNPHKCFCQCLVVFECTTGQSFDMKSCNCKHQIVNIRFEFYYH
VECKSGVNTHSLSLIMIETSVANGIKFRLKGSALTFDEKLKLCRRVLVTE
PLKVHHGLVLHWIFRTLERKKNLLHDEQGDRRKSLWCLLEVVTDLEEHLS
KMGGISAEMLINIVIPTEDKEVNEKMWILLSTCIESEYLFLNLSKNTHVF
TKVISLLIDQFASKIPCKKSLEALLLRLPENDNSNKGDIDGMIISLSQGL
DLSNHLRKFLTQNFYPQKFLEDWTEFLNLLFEVQDKKPPITICEKMSILK
DPRLQLGIFLPRLFRSLNDKMSTVDACRTFVFFSYILGFSPLNLIQKNSL
WLVSSKQLMEGKRASNKAKFTFLIGMVEGLQEKEDKGWKVEIFGDTTFLK
WVQYLVKDLILQLDNYVEVISKLLKMNPVIXEPLVGTYSCSLLFNELKDF
SAEFSLLVDIYSKLRLIPKLMAKILIYLAQHPEVGADFDKKAISSATWNK
LGTEFQGLVFGQCLELWKTFNYHLDDNKPNSIAFLDIVMDLFLSNCRLVD
FSVPENVFPKVFELIKKTSLYIDKLPRSKGSLIDLSLLLKNVRGVEYLSI
LSDPPNNVLQKIKWYESHQQNISLTFQDVKDLPFEHFSFITPHLDGNEMR
KLAEHYVVNPHPDQNIDEDQKLQSSIIDFLETQISTVLSLNRNRSTDVIE
ELNSLLQGKNSFPKCKAESKAIEELLISYLQFPLEYLEERLSEQVLSFCI
CLLLRTKEVHSSDLFHIISRCMFTMKHLKKFKTLDVGLILVKLAPIPCEG
KWKKTAIQYIIKYSLRSLKNLSDLELHIDEFTKMFNLESNELEISALLLS
ELSKKLLSSSEASNTTYVLSKKLFDSMAKCNFDRISKLNNEEQESIYLLL
TGTSGTLKVLHGNKKSLSLWTNHVXKLFYFCIDDSNVTQNTTIDFLTCLC
NEYIIFKKAIDVPSIWNKLKKKIQFSLHEKTLLESLFQIPDKDVVHELLS
DILSMSMKNENIEEFCGXIGLWQILVQLKKIPSEIQSTREEYIKRMLNFY
HDLVISDKLSYQAIMKVLELEIALFYNDKPVVHEDVEASCLITPLRVNFR
TYTENEHFFDLWNAVYELMYLVLQRRSTLIITRIPIVLDIVRNMVESLMK
SSDQSIKELEEPVLEKLSLCTRRLERLLESFGRNRDDFSRVTPYLVADIL
SGFQNFKIHTEIRSNIVNGLHWLFKLGDKHSLAFLASSLPLGLTEMFKQL
HDDYIKNYKFSGKI back to topmRNA from alignment at LSalAtl2s1166:164075..170496- Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000000944-696791 ID=EMLSAT00000000944-696791|Name=EMLSAT00000000944|organism=Lepeophtheirus salmonis|type=mRNA|length=6422bp|location=Sequence derived from alignment at LSalAtl2s1166:164075..170496- (Lepeophtheirus salmonis)
CCATCAGAATTATCTAATGAATTTCAAAACCCTACTCCGCGTCCTTTCCT
GGAATTTGGTAACGGTGCCAATACGACAATGACATCCCTTACAGATGAAG
ATGATTCCATTGTAATGAATTATAAGAAAAAACAATTCAAAAAGCTTTAT
AATTGAAATTATTTCACTTTAGACAACTTTATCATTAAAAGGAGCGCTAT
TTTTGAATAGAATGCGGGGCCTTCCTCTGAACGTTTTATTTAGAGCAATC
CGTGGAGACTTGAAATTATCTCATCAAGAGCCAAGAAATGAGTTAGTCAG
ATCTGGAGTTCAAGTAGTGAGTACAGAAGGCGACAAATCTCAGAATTGGC
ATTCCATGTTATCGTCTAAAAAAAAACCTCAAATTGCGAAGCCAGCCTTC
TGTGAGACCGAACTAACTACAATAGAGTTGGACATTGAAAAAAAGGATCC
CAACTCCTTTTACTATCCAACTTGTGTTCGAGTTGAGCGATGTAATGGAT
GTTGCTCCCACAACTTACTTTCATGTCAGGCCAAGGAAAGTGGAACAATC
GATATCACAATTATGCGTGCGAATCAAAGGACCAATTCAGTGGAATATTT
AAAAATCCCAGTCATTCAACATAAAACCTGCTCTTGTGACTGTATTGTGA
AGGAAGAAGTGAGTAGTAGTAGCTCTCCCACCCCCCCCCCCCTCAATGAT
GAATATTTTATATGGTACCAAATTACAGGGGAAATTAACGAACTCACTTT
TAAAAGAGATAATTTTTAAGAAAAAAATGTGAATTTATCCTCTAATTAAG
TGCAAGAAAAGGACCCCGCACATTTATCTTTGCCCAGGCCTGCTCACGCT
AAAACCTATCATTTGCAAGGTTGCATCAAAAAATATTCTTAAGGGGTGCC
AAATCAAAAGATGTGAAATTTATTTTCTGATAAAATACTAAATTCCTCTT
ATAAAGAGGTAAATTTTGGAATTTTTAAGTAGACGCTTGTAAATACGTAG
CGTAGGTGCATTACTTATCATTTACAAGTGGCCTCTTATGCAYAAATCGT
ACGACTTAATCAATGATGAGTAGACCCTATGTTTGAAGCCTGATACTAAA
TTTTGTATTACTTAACAAGCTATTTTTTATTAATATATTATTTAAGTAAG
CATTATAGGACTTTTTAACGTAACTGGGACAAACTCTTAGTGGACTAATT
AATATTTTCAGGACTGTTTATCAAATCAAGTGTACAAAAGAAGTGACTGT
CGCTGTGCATGTAAAGCTACAGATACAGAGAAGTTAGAATGCATATCCCA
GGGGAATCGAATATGGAATCCACATAAATGCTTCTGCCAATGCTTAGTTG
TATTCGAATGCACCACGGGTCAAAGTTTTGACATGAAGTCCTGCAAGTAA
GTTCCTCAAGATATTCAACATATTTATATTAGTTACTATATATACTCCTT
TATTCTTTTTAGTTGTAAAGATCGACATGACTTTAAAAATTGAGAACACA
GATTGTACTGAAGACAAAAATGAAAATGAAAATAAATGTAAACTTAACTA
TTACATTAATCATTTAAGACAAAAATCTAATTTTCTAAATGAACTACCCA
GCCTAAGAGATCCTTATTTATTCTCCTTGATGTCTAAGGGACACCATTGT
AGACTTTTTCATTTCTTCTTTTTCTTTGATGGATGTAAGTCGATCAATTT
CTTTTTCTCGAAATGCCTTTTTTTCACTTTTGGTCAAATTCCTGGGAAGG
AGAGGAACGTCTTGTTTGAGGCATTTCTCCATGGGGTCATACGACTTCGT
CACGAGCTCGCTCTCCCAATCCTCTCCGTCGTGGAAGTATTCTTGAGTGG
AAGAGGGTTTGGGAAGAGAAGACTGAAAGAGCGAGCAAGTCTCATAATTT
TGACTACGAGGATAAATCATTTTCTCCGTATTTTCCCGTGAGGAGCAGGA
GGACACATGAGCACTGTAGGCCTCTTTTCGTAAGTAGTGTGTGGAGTTGA
AGGGACAGACCTTTAAATCCACGTCTTTGTAGGAACGTTTGCAGCGTACT
AAATGATATTGAAGTCGCGAAGGTATTATTTGATGAGCCGGGTTGTAGGG
GCACTCCACAGTTTCTTCCTCCTCCATGTTCATTATTTTCGAATCCTAAC
TTCAAACTTGGTTTCACAGTAGGTCAATCCAAAAAAAGGTAGCACCAGCA
GGAACCGGATTAAACATTTAAATCATGAACCTGTAAAGTAAGGCATTAAC
TTGCGGATTACAATTCCATATAAATATTTGAAAACTCAAATGATTTAAAG
AGTTAATTTTTATCTGAAACACAGAAAAAAAAGTTGTATAACGTTTATTA
AKCCTGTAACCCCCTCCCCCCCCCCAAAAAAAAAAATCAATTTAAGGATT
TCTTTTTGTAACTTCTTAGGCCACCAAAATGGACGATATAAAAATCATAT
GAAAACGCTCTATATTGTACCACTGATTCATTATAAACATGTTTTAAAAA
AAAATAATAATAACAAAAATATAACCTCTGACGTCATCGCTAAAGTTGTA
AGCACCAAATAGTTAATATACGATTTGAATTTTATTATCACGTGGAGTGT
AAATCTGGAGTCAATACTCATTCATTGTCATTGATAATGATTGAAACCAG
CGTCGCCAATGGCATCAAGTTCCGACTGAAAGGTTCCGCTCTGACTTTTG
ATGAAAAATTGAAATTATGTCGGAGGGTTCTTGTCACAGAGCCTTTAAAA
GTACACCATGGTCTCGTACTTCATTGGATTTTTCGAACTTTGGAACGAAA
AAAGAATTTGCTCCATGATGAACAGGGGGATAGGCGAAAGTAAGAGACTC
GTGTTGTTATGTATATTTACTTATTTAAAATATACTTTTTTATGACAAAA
ATAGATCTTTATGGTGTCTTTTGGAAGTGGTTACGGATCTGGAAGAGCAT
TTGTCAAAAATGGGTGGGATATCTGCAGAAATGCTAATCAATATCGTCAT
TCCTACAGAGGATAAAGAAGTCAATGAGAAGATGTGGATTTTATTATCTA
CATGCATCGAGTCCGAGTATTTGTTTCTAAATTTATCTAAAAATACCCAC
GTTTTTACTAAAGTGATATCCTTACTCATTGACCAATTTGCGTCCAAAAT
CCCATGTAAGAAAAGTCTTGAAGCCCTTCTCCTCAGACTCCCAGAAAACG
ATAATTCTAACAAAGGAGACATTGATGGCATGATCATCTCTTTATCGCAA
GGCTTAGATCTCTCAAATCATCTCAGAAAGTTTCTAACCCAAAACTTTTA
CCCTCAAAAGTTCCTCGAGGATTGGACTGAATTTCTTAATTTACTTTTTG
AAGTCCAGGATAAAAAACCTCCCATTACAATTTGTGAAAAAATGAGTATC
CTCAAGGATCCACGTCTTCAATTGGGGATATTTCTTCCTCGACTTTTTCG
AAGTCTAAATGATAAGATGTCAACGGTGGATGCATGTAGGACTTTTGTAT
TTTTTTCGTATATCCTTGGATTTTCTCCTTTAAATCTTATACAAAAAAAT
TCCCTTTGGCTTGTGTCTTCTAAACAACTTATGGAAGGGAAAAGAGCTTC
CAACAAGGCCAAGTTTACTTTTTTGATTGGAATGGTTGAAGGTCTACAGG
AAAAAGAAGATAAGGGTTGGAAAGTAGAAATATTTGGTGATACGACGTTT
CTAAAGTGGGTACAATATCTGGTGAAGGACTTGATTCTTCAATTAGATAA
CTATGTAGAGGTTATCTCCAAGCTTTTAAAGATGAATCCTGTCATTATSG
AGCCATTAGTTGGAACTTATAGCTGCTCTTTACTATTCAATGAATTAAAA
GACTTTTCGGCAGAATTCTCATTGTTAGTTGATATTTACTCCAAACTCCG
CCTTATTCCAAAATTGATGGCTAAAATCTTAATCTACCTTGCTCAACATC
CTGAAGTAGGAGCAGATTTCGACAAAAAAGCGATAAGTTCAGCTACTTGG
AATAAACTCGGTACCGAATTTCAAGGTCTCGTTTTTGGACAATGCTTGGA
ACTCTGGAAAACATTTAATTATCATTTGGACGATAATAAACCTAACTCAA
TAGCTTTTTTGGATATCGTCATGGATTTATTCCTTTCCAACTGTCGTTTG
GTTGATTTTTCCGTCCCTGAAAATGTGTTTCCGAAAGTTTTTGAGCTTAT
TAAAAAGACTTCATTATATATTGATAAACTTCCTAGGTCTAAAGGCTCTC
TAATTGACTTGTCACTCTTACTTAAGAACGTGAGAGGGGTTGAATATTTA
TCAATTTTAAGCGATCCTCCCAACAATGTTCTTCAAAAAATAAAATGGTA
TGAAAGTCATCAGCAAAATATCAGCTTAACTTTTCAAGATGTCAAAGATC
TTCCCTTTGAGCATTTTTCATTTATTACACCGCATCTTGATGGAAATGAA
ATGAGAAAACTTGCTGAGCACTATGTAGTAAATCCACATCCTGATCAAAA
CATTGATGAGGATCAGAAACTCCAGTCTTCGATTATAGACTTTTTAGAAA
CACAAATATCAACCGTTTTATCTCTCAATAGAAACCGCTCAACCGATGTG
ATTGAAGAACTGAATTCTCTTTTGCAGGGCAAAAATAGCTTTCCGAAGTG
TAAAGCTGAATCTAAGGCTATCGAAGAACTTTTGATTTCCTATTTACAAT
TYCCACTAGAATATTTAGAGGAACGTCTAAGTGAGCAAGTGCTTTCATTT
TGTATTTGTCTCCTATTGAGAACAAAAGAAGTCCATTCCTCTGATCTTTT
TCACATCATATCAAGATGTATGTTTACGATGAAACATTTAAAAAAATTTA
AAACGTTGGATGTTGGACTGATCCTTGTTAAATTAGCTCCTATTCCTTGT
GAAGGAAAGTGGAAAAAAACAGCGATTCAATACATTATTAAATATTCCTT
GCGCAGTCTGAAAAATTTATCTGATTTGGAGTTGCATATAGATGAATTTA
CCAAGATGTTCAATCTCGAAAGCAATGAATTAGAAATTTCAGCATTGCTA
CTCTCAGAATTAAGTAAAAAGTTATTATCCTCCTCTGAGGCATCTAATAC
GACCTACGTTCTCTCTAAAAAACTCTTCGATTCCATGGCAAAATGTAACT
TCGATAGAATTTCTAAGTTGAACAATGAAGAACAAGAATCAATTTACCTT
CTTTTAACTGGTACTTCGGGAACGTTGAAAGTTCTTCATGGTAATAAGAA
AAGTCTTTCTCTATGGACGAATCATGTGGAMAAATTATTTTATTTTTGCA
TTGACGATTCAAACGTTACTCAAAATACGACAATCGATTTTTTGACGTGT
CTTTGCAACGAGTATATAATATTTAAGAAGGCAATTGATGTTCCTAGTAT
ATGGAATAAGTTGAAGAAAAAGATCCAATTTTCTCTCCACGAAAAGACTT
TATTGGAGTCTTTATTTCAAATTCCTGACAAAGATGTTGTTCATGAATTA
CTCTCTGATATTTTATCCATGTCAATGGTAACAACTCCACTATTATTAAA
TATTTTTATTTCCATGTAACGCTTTTTCTTTTGTTTAGAAAAATGAAAAC
ATTGAGGAATTTTGTGGCTGMATTGGGYTGTGGCAAATCCTTGTTCAACT
TAAGAAAATTCCCTCAGAGATTCAGTCTACACGAGAAGAATATATTAAAC
GAATGCTTAATTTCTATCATGATCTTGTGATATCTGATAAACTATCGTAC
CAAGCAATAATGAAAGTTTTGGAGCTAGAAATTGCTTTATTCTACAATGA
TAAGGTTAGTTGCAATCGTAATGGGTATTTATATATTTAATCCGACCCAA
TCTTTTGTTTATAGCCTGTGGTACATGAGGATGTTGAAGCTTCTTGTTTA
ATAACGCCTCTTAGAGTCAATTTTAGAACATATACAGAGAACGAACACTT
CTTTGATCTTTGGAACGCTGTTTATGAACTTATGTATCTCGTCCTGCAAC
GCAGGAGCACTCTAATTATCACCCGTATTCCAATTGTATTAGACATAGTA
AGAAACATGGTGGAATCACTCATGAAAAGCTCCGATCAGTCCATTAAAGA
GCTTGAGGAACCTGTCCTAGAAAAGTTATCTCTTTGTACACGCCGACTTG
AAAGACTCTTAGAGTCATTTGGCCGGAACAGAGATGACTTTTCTCGAGTT
ACTCCTTATTTGGTGGCAGATATTCTTTCCGGATTTCAGAACTTTAAGAT
TCATACAGAAATTAGATCCAATATTGTAAACGGACTTCACTGGCTATTCA
AACTTGGTGATAAACATTCATTGGCATTTTTAGCATCTTCTCTTCCTCTG
GGATTAACGGAAATGTTTAAACAATTACATGATGATTATATCAAGAACTA
CAAGTTCAGTGGAAAGATTTGA back to top
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