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Associated RNAi Experiments
Table of all RNA interference experiments conducted using this feature, grouped by Phenotype CV: no visible phenotype
Gallery Image |
Title |
Gene or target symbol |
Sex/Stage |
Phenotype |
Date |
Publication |
|
D F32 |
NLG3408_TSC1 |
female |
-Missing- no visible phenotype |
24.08.2012 - 13:42 03.10.2012 - 00:00 |
Molecular characterization and functional... more |
Alignments
The following features are aligned
Aligned Feature | Feature Type | Alignment Location |
LSalAtl2s188 | supercontig | LSalAtl2s188:634817..638620 - |
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 EMLSAP00000003443 >EMLSAP00000003443 ID=EMLSAP00000003443|Name=EMLSAP00000003443|organism=Lepeophtheirus salmonis|type=polypeptide|length=1042bp
MEVDEIFSHLESDHCEVVQEVRQVIYDQFAEVKEPWLINGLYDYCCSIAG RVCSRHPCLELILGVREPHDKFLSDRLTESLIRGSSEQKVEALLILGHLI RKSPSWLYKITQMPLLKELFRLLRTENEIQILLTALLDLICLLPAIPSYI TPFIQDLFEIFSHLTAWRHHHLHNLHPVHQIHLQSILLSYFHRLYGMFPC NFLHFLRSHYANQTAFFKSSIQPMLVTVRLHPLLVSHSREQEKSLSRWKR MELHDVLTESSRYALIPQEFNNEDVLEEASLLLPEPLSSAVPSHVTPLDE SWACSISSENTETAIEATPETTPFVTPSKDENIFRFNRPPTNVARTLRLX LSIIKSPVSLVTSPTLGSNTLISSSPSSGGKTFINNNESTSLISSPVEQV DETKRRDSLFDKLPGEASSSIALVKLNKINQERKVSPLKLMSTSSSSISL STGVSFINSLVQRPEPDVSHISNFASENPQNALPDSDKVVDIVDEETTKV VGTEEPAMNYLSAHPDYWRNGVDKHNPIEEIDSAFDTSLFQSSSCIQSSN ENLFDFAKKVHGRMRYISFCDEKVGILSIGNCTNDLGESLNERRRKRYHS CPDPSKLTQMNMKVSSNNHRKIKTAYNQIHRSSSRTSNVDEDITLLREGV ENSTQTDLDYSAFTYEHLFPCISTIGNCHLERKEVENPYLLLDKYLESAC DSTQKEHREDVYKSIISSLRSQLLYERHRREILGERNRRLLGKSKSSRIL KEENTALRDQLQLVKSEIDDLHRQIEEIRREKHLIEEERSFTARNRDHEI EKRSAEIRSLKISAQKSEEIIDELNHAVVEGRKELDTSRAQFFLMKAECE VLHQKESARMMTELELVRLRKELVMMGELQSKYKERLDNPANNMESETMN LFKQAYERDLQTMARALENKTFEVETFKCRITELDSLLSKKNAQILDHKK LIKRIQDENDEVLRESKSTYESMVQLHLQTESHVLELRDQLAQNTRILGG TLNNSSSLHSKKAPRPSGGLLDFHATRNVDIEQQPETFSSSD back to topmRNA from alignment at LSalAtl2s188:634817..638620- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000003443-699290 ID=EMLSAT00000003443-699290|Name=EMLSAT00000003443|organism=Lepeophtheirus salmonis|type=mRNA|length=3804bp|location=Sequence derived from alignment at LSalAtl2s188:634817..638620- (Lepeophtheirus salmonis) ATGGAAGTGGATGAGATTTTCAGTCACTTGGAATCCGATCATTGCGAGGT
TGTGCAGGAGGTTCGTCAAGTGATCTATGATCAATTTGCAGAAGTGAAGG
AGCCCTGGCTCATCAACGGCCTCTATGATTATTGTTGTTCCATTGCTGGA
AGGGTATGTTCCAGACATCCCTGTCTGGAGCTGATCCTGGGTGTTCGAGA
GCCTCACGATAAATTCCTCTCAGATCGACTCACTGAGAGTCTCATTCGAG
GCTCATCTGAGCAAAAAGTAGAAGCTCTTCTGATCCTGGGGCATCTCATT
CGAAAGAGTCCCTCGTGGCTCTACAAGATCACACAAATGCCTCTTCTGAA
AGAACTTTTTCGTCTCCTCCGAACAGAGAATGAGATTCAAATCCTTTTGA
CTGCTCTTTTAGATCTCATTTGTCTCCTCCCGGCGATCCCATCCTATATC
ACTCCCTTCATTCAAGATCTATTTGAAATATTCAGTCATTTAACTGCATG
GCGCCACCATCACCTTCACAATCTACATCCAGTTCATCAAATCCATCTCC
AATCAATTCTTCTCTCCTATTTCCACCGACTCTATGGCATGTTCCCATGT
AATTTTCTACATTTTCTAAGATCCCACTATGCCAATCAAACTGCCTTCTT
CAAATCTTCCATTCAACCCATGCTTGTGACCGTGCGTCTACATCCACTTC
TTGTCTCTCATTCACGAGAACAGGAAAAGTCATTGTCCCGATGGAAGCGA
ATGGAATTACATGATGTTCTCACAGAGTCATCCCGCTATGCTCTCATACC
TCAAGAGTTTAACAATGAAGACGTCCTAGAGGAGGCTTCCCTCCTTCTAC
CAGAACCTCTTTCATCTGCTGTACCATCACATGTAACGCCCTTGGATGAA
TCATGGGCTTGTAGCATCTCTTCAGAAAATACTGAAACAGCAATTGAGGC
CACTCCAGAAACGACTCCATTTGTAACGCCTTCCAAGGTATGTTGACTCT
TTCAATTGCATTTTTACTGTACATGCATGTTAGAAAAATCTGCACGGTTC
CATACATTTATTTTATGTCTCGGTGAGGGCTCTAATGATAGCTCAATTGT
ACATTTGAGTAATTAAGTTAATTTGAGATATCATTTCTTTATTTTTATAC
TTTTTCTTTGTTTCACTTCAACCTGGGAACGTTATAAACACATTTTTTCT
AGGACGAAAATATATTTCGCTTCAATCGTCCTCCCACAAATGTGGCTAGA
ACCTTACGTTTGGRTTTGAGTATTATAAAGTCCCCAGTTTCATTAGTTAC
CTCCCCTACCTTAGGATCTAACACTCTTATCTCTTCTTCGCCCTCATCTG
GAGGAAAAACATTTATCAATAATAACGAGAGTACTAGTTTGATTTCTTCG
CCCGTGGAACAGGTGGATGAAACCAAACGAAGAGACTCACTTTTTGATAA
ATTACCAGGAGAGGCCTCTTCATCAATTGCGCTAGTGAAATTGAATAAAA
TCAACCAAGAACGTAAAGTTAGTCCGCTGAAGTTAATGTCTACATCTTCT
TCCTCTATTTCTTTATCTACTGGAGTGAGCTTCATTAATAGTTTAGTTCA
AAGACCAGAGCCTGATGTATCACATATCAGTAATTTTGCATCAGAAAATC
CTCAAAATGCATTGCCTGATTCAGACAAAGTGGTGGTAAGTATTCTTTTC
TTGTTCTTTTGTCTTCATCGTTTTTTGTGGTTTTTTCAGTTTTATTTTGT
ACCATAGATGTGTTGTAGTTGTAGAAATTGTTTGTAAATGTCTTGAAGAC
TTAGTTACACTATATCTCTTATACCATTATCATGTGTTACAGGTTTTATA
ATATCGGTAAAAAACTCATCCTTTCATTCATTTCATTAGGATATCGTTGA
TGAGGAGACAACCAAAGTTGTTGGGACGGAGGAGCCAGCCATGAACTATT
TATCAGCCCATCCAGATTATTGGAGGGTGAGGAACAATTTATTTTGTCCT
AATACGTTTCAATGTTCTCTATATATCTTTCATTTTCCTTTTTCATAGAA
TGGAGTTGACAAACATAATCCAATCGAAGAAATCGACAGTGCATTTGATA
CATCCCTTTTTCAGTCTAGTTCATGCATTCAATCTTCAAACGAAAACTTG
TTTGATTTTGCTAAGAAAGTGCATGGTAGAATGCGCTACATTTCATTTTG
CGACGAAAAAGTTGGTATACTTAGTATAGGAAACTGCACAAATGATCTTG
GAGAATCACTGAATGAAAGGAGAAGGAAAAGATATCACTCTTGTCCAGAT
CCCTCTAAGTTAACTCAGATGAATATGAAGGTTTCATCAAATAATCATAG
GAAAATCAAAACAGCATATAATCAAATTCATAGATCCTCTTCAAGGACCA
GCAATGTAGATGAGGACATTACTCTATTACGTGAGGGAGTTGAAAATTCG
ACTCAAACAGACCTAGATTACAGTGCTTTCACATATGAGCATCTCTTCCC
ATGTATAAGTACGATTGGGAATTGTCATTTAGAGAGAAAGGAAGTTGAGA
ATCCATATCTTCTTCTCGACAAGTATTTAGAATCTGCCTGTGACTCAACT
CAAAAAGAGCATAGAGAAGATGTGTATAAAAGTATAATTTCATCTCTTCG
GAGTCAACTTTTATACGAAAGACATCGTCGAGAGATTCTAGGAGAAAGAA
ATAGACGTCTTTTAGGTAAATCTAAGTCTTCTAGAATCCTCAAAGAAGAA
AATACTGCTCTGGTAATATTCGGGAATGTTAAATAAATGTTGAATTTATC
ATTATAACTTATCTTCTTTTTTTTTTTACAGAGAGATCAACTCCAGCTTG
TCAAATCAGAAATTGATGATTTACACCGTCAAATTGAGGAAATAAGAAGG
GAAAAACATCTGATAGAGGAAGAAAGGTCATTTACTGCAAGAAATAGAGA
TCATGAAATCGAAAAAAGGTCTGCTGAGATTAGATCTTTAAAAATCAGTG
CACAAAAATCTGAAGAAATAATTGATGAGCTCAACCATGCTGTAGTAGAA
GGAAGGAAGGAGTTGGATACCTCCAGGGCTCAATTTTTCCTAATGAAAGC
TGAAGTAATTGATTATCTTTTCTTACATCAAAATGTATTCATTTGTTAAT
TTCTAGTGCGAGGTTTTACATCAAAAAGAAAGCGCAAGAATGATGACGGA
ATTGGAATTGGTTCGACTGAGAAAGGAACTTGTCATGATGGGTGAGCTTC
AGTCAAAATATAAGGAGCGATTGGATAATCCTGCTAACAACATGGAATCT
GAGACCATGAATCTCTTTAAGCAGGCTTATGAAAGGGATCTACAGAGTAA
TTTGGAAAATGAATGACTTAGTTTTAATTATTCACATGATCCCGTTTTAA
TAATTTTTTTAGCTATGGCCAGAGCTCTGGAGAACAAAACATTTGAAGTA
GAGACATTCAAGTGTCGTATCACCGAGTTGGACTCCTTGCTCTCAAAGAA
GAATGCTCAGATCCTTGACCACAAGAAACTGATAAAGCGGATTCAGGATG
AAAACGATGAGGTTCTACGAGAGTCCAAATCTACATATGAATCTATGGTG
CAATTACATCTCCAAACGGAGAGTCATGTGTTAGAACTAAGGGACCAATT
GGCACAAAACACTCGTATCCTCGGTGGAACCCTAAATAATTCTTCCTCCT
TGCATTCCAAAAAAGCTCCTAGGCCTTCAGGTGGACTTCTTGATTTTCAT
GCTACGAGAAATGTTGATATTGAGCAGCAACCAGAAACGTTCAGTTCTTC
TGAT back to top
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