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Associated RNAi Experiments
Table of all RNA interference experiments conducted using this feature, grouped by Phenotype CV: -Missing-
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Gallery Image |
Title |
Gene or target symbol |
Sex/Stage |
Phenotype |
Date |
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AT F394 + F149 |
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female |
No Visible Phenotype
-Missing- |
01.10.2018 - 12:00
30.10.2018 - 12:00 |
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s309 | supercontig | LSalAtl2s309:326623..333557 - |
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 EMLSAP00000005702 >EMLSAP00000005702 ID=EMLSAP00000005702|Name=EMLSAP00000005702|organism=Lepeophtheirus salmonis|type=polypeptide|length=1626bp
SAHSSRDSSPNYDKTTSPIHEYILPHHCKKLSCSFHSSYNYTLVRLLFTI
RMEPRNYQLELFDIAKDQNSIVYLGTGSGKTFIAIMMIKEFYGGXKNEEK
KIVMVVPSLPLAHQQSRVIDEQCKFARVGKIVGEDGVDLWDSSKWNEVIN
SLDIIVXIHQVLLDSLSHSFLTLSNISLLIFDECHHTFKDNPYNMIMKEH
YLTLKSTHPHKVPHILGLSASVVISQCDDELKFLREKKILEANLDSKIIT
TMDLDNYLRFVTQPHECLKQYHAPSLGTDISNIVDDGLIKIENEFENHII
FLKQEMRDSKDKISLLTTRAKSKKKLFNRTLNDISMLYNTLGMFAARIYV
YTMLQDTFPEIKLRCDEKYQFKLLQIVYDTFKSVEGIFQRKWNDFVGSDL
QKMYYFMSSKLKKLLEIFTEFVTDSQFSMQSFTAVVFVKRRESCKIIYEV
LKEILRLDSRFSFISPAYIIGQSMVELNPGSNEMKKMQDTITNFRSGRYN
LIVSTSVLEEGMDIKKCNLVIRFDEIDTYRSYVQSKGRARAKPSMYVIMC
STTDLPTMDMKLSSFRKIEQMSITECHTLPFELQKLNDFHEENEDNEEEE
DPYFVNPNDKTNSAMISPATSISLLHQYINSITTDKFTTLAPYWEYSRTT
SKPHNILLSVLEEPKYVCQVTLPHKTPLNFPVKGALRASRKKAKRSAALQ
ACTMLHQLGELDDKLIPKKKRIHEELEELDDGLDDDEDHAKPGTKRFRRY
YAQKKPLLSSSPILCASKVFIYTIDMHLVSITKHNPKRYSLYYPQETERK
LGLCLISPLSDIVMSNKITLYSRSGIVEVNILLANSHISGSTLVEKCGGL
NTLQKYTKLIYSDVLQVVTPWMEELTEKELLECRDPLIVPLLNGEIDKDF
ILKTISGQPYNDGDMTERVVSLLHKPDPQRYFVEEVIPELTPLSLINENT
TFVEYYSQKYGMKITDKSQPLIRLSNADAERFAYSEVVIEEKDNKLTKLG
NLDFYRTRWLAIPELVLAHSVPSSFWKDLKLLPYILERINQIQNSMTLLK
ELCSFEKGEPCSNKDLSFDFLTDLNSDAQTLSFNHFELFKSLTLTNAGEE
FDLERNEILGDAFLKIMTSIYLYFAINSKDEGYLSLYRSRIVGNRNLLRV
GEMIGDLQLGGVLNAVKLQPKLNWQVPFYNNLKSLEEEIVKMNRDFRKTV
LTSNEKFKSHNFLDGMNNSDLSRLKEILCCDNPNTSIFYNDIVNKLSEAR
GNTNYSESKAQLSSLRVFVPVNDKSIADALESIIGVYLLHYGCKATLRMM
ATKMGISLFPNVKVENNICGHSKLKVSQSLNWFVPPTNAIQDFGKKVVNH
EILNRLLLKLQYKTIEKIIGYEFKEKTFLLQAFTHSSFSSNKITDSYERL
EFLGDAILDYLVTSYIFIEFPTYGPGKVTDARSAVVNNVTLAILTIKSEL
YCHLLHSEPLILSRIDSMIANMEFDESNMNEFDFFKLKMSLLSETECPIL
EEVDVPKVLGDICESVLGAVFLDSGFDLKIVWNVFKRLCPNLDQIVALKP
KNYVTKLYELFPERISFGPSKKVGNKIEKTVSLRMKDDKVYKARGIGPKG
KIAKISACKCLIRGLVKIKELPSDVI back to topmRNA from alignment at LSalAtl2s309:326623..333557- Legend: polypeptideexon Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000005702-701549 ID=EMLSAT00000005702-701549|Name=EMLSAT00000005702|organism=Lepeophtheirus salmonis|type=mRNA|length=6935bp|location=Sequence derived from alignment at LSalAtl2s309:326623..333557- (Lepeophtheirus salmonis)
TCGGCCCACTCTTCTCGGGACTCGAGTCCGAATTACGACAAAACGACTTC
TCCAATACACGAATATATACTACCACATGTAATAAGCAAATATTATTTAT
TAATTTCATTGATGTAGATCTTTACTTTGAGGGATTGAATATCAATTATC
ATTTAATCATTATCTAACAATTGCATTTCTTCCTTTCCTTCAAAATGGAG
CATTTACTCAATTTCTATTTTCTATCTAATAATATAATTAAAGCTTCACA
CAACTGAGTGAGTCATAACAAATATCAAAATGCATTCATTTACKAAGTTA
TTGATTCGTCCACGTAGTAGACTCTTTGATAAAATAACTGATATCTGATG
CAATCTTTATTAAACTCAATCTTCATCGCTCTACAATATATGTTTTTATT
AGTATTACTATATTAGATGTAAGTAGATATCTTCCTCCTACTTCACTAAA
TCCACCTCTACTTACTAACTAAAAATGACTATTAATCAAAACTATCACCA
TGTCTGACGTCAATATATTCTCAGTCCATTATTTAGCATTGTAAAAAATT
ATCTTGCTCCTTCCACTCTTCATATAATTATACACTCGTTCGATTACTCT
TTACCATCAGAATGGAACCACGAAACTATCAGGTAATTGCATCAAAAACT
CATTTTATTATTTTCCCTCAATTCAGTATTTCTTATTTTCCTGTTCCTTT
GTACATAGTTGGAGCTATTTGATATAGCGAAAGATCAAAATTCAATTGTT
TATCTAGGAACTGGAAGTGGGAAAACTTTTATAGCTATCATGATGATTAA
AGAGTTTTATGGAGGGKCGAAAAACGAAGAGAAAAAGATTGTCATGGTTG
TGCCAAGTCTTCCTTTAGCTCATCAACAATCCAGGTATAAGGTCGTCTCT
TGTTTACAAAATTTGGATTGTAAAAAATGTTGACCTTTTATCATTACAGA
GTAATAGATGAACAATGCAAATTTGCTCGTGTTGGAAAAATAGTAGGAGA
AGATGGGGTAGATTTATGGGATTCTAGCAAGTGGAACGAAGTGATTAATT
CATTAGACATTATAGTAATSATCCATCAAGTCCTACTTGATTCATTGTCT
CACAGTTTTCTCACATTATCTAATATATCACTTTTAATTTTTGATGAATG
CCACCACACATTTAAGGACAATCCTTATAATATGGTTTGTATAACCTTTT
TTGCTTATATTATCTATTTTCCACTAATTATCAACATCATTTATTCATTT
TATCAAATCAATTAGATAATGAAAGAGCATTATCTTACTCTTAAATCAAC
ACATCCTCATAAAGTTCCACATATATTGGGCCTCTCTGCATCTGTCGTTA
TTAGTCAATGTGACGATGAGCTCAAATTTTTAAGAGAAAAGAAGATTCTT
GAGGCCAACCTTGACTCCAAGATTATAACAACCATGGATTTGGATAATTA
CCTTCGGTGAGTGTCTATTCTTTAAATATGTACAATTTTGATCATTATAT
TTTATTTATAAAATTTATTTAGATTCGTTACTCAACCACACGAGTGTTTA
AAGCAGTATCATGCACCCTCACTGGGTACGGATATAAGCAATATTGTTGA
TGATGGGCTGATTAAAATAGAAAATGAGTTTGAAAATCATATTATTTTCC
TAAAGCAGGAAATGAGGGACTCCAAAGATAAAATTTCTTTATTGACAACA
AGAGCAAAGTCTAAAAAAAAACTTTTCAATCGAACCCTTAATGATATCTC
CATGCTTTATAACACATTGGGTAATTAATTCATGAGTATTATCATGATGA
TGATCAAGTAACTCTTTTTTAGGAATGTTTGCGGCAAGGATATATGTTTA
CACAATGCTACAAGACACTTTTCCCGAGATCAAACTCAGATGTGATGAAA
AATATCAATTCAAACTTTTGCAAATTGTTTATGACACATTTAAATCTGTT
GAGTAATGCCTTTAAAATATTATGAAACTATTGATAAACACAAATTATTT
ATAATTTATATCATATTTCTTTATTAAGAGGGATATTCCAAAGGAAATGG
AATGACTTCGTTGGAAGCGACCTTCAGAAAATGTATTACTTCATGTCATC
AAAATTAAAGAAATTACTCGAAATTTTTACTGAGTTCGTTACAGACTCGC
AATTTTCAATGCAATCTTTTACCGCAGTGGTTTTTGTAAAGAGACGAGAG
AGTTGTAAAATTATATATGAAGTTCTTAAAGAAATATTACGATTAGACTC
AAGATTCTCATTTATATCACCTGCTTATATCATTGGTCAATCCATGGTAG
AATTAAATCCTGGAAGTAACGAAATGAAAAAAATGCAAGATACCATCACC
AATTTTCGGAGTGGCCGATATAATCTAATAGTTTCAACCTCAGTTCTTGA
GGAAGGAATGGATATCAAAAAATGTAATCTCGTTATTCGTTTTGATGAAA
TTGATACTTATCGATCCTATGTTCAAGTAAGATTGTATAATACGCATATA
TTCTAAACTAAGGCTTCTCAAACATTGGGGTTATTTAGCTTGGCTGGTTC
ATAGGCAGAGTTTGAAATACTGAGAGGGGGGTTTCAAAAATAAAATAAAA
TTGCATACTATGTATATAATATAAACGTCTATCATTATATATTAAATATT
GATGATCTGCAAACTCCGCCTTTAGAGTGGATCAATTCCAGGGAGGGGGA
TTTTAGCAAGTATTATATATATATATATAAATATATAATAAGTTTTCTTT
GCTGGGAGATGTTCAAATGCTACCAGAAGTGGAGGGGGATGTGCACCTCC
AAAAGTTTGAGAAGCACGATTCTGTAATTAATCAATTAAATATTATTTAT
GTATATTCTTTCTTTATTTTTTTAGTCAAAGGGCCGAGCCAGAGCAAAGC
CCTCAATGTACGTAATCATGTGTTCAACCACTGATTTACCTACAATGGAC
ATGAAATTGAGTTCTTTTAGAAAAATTGAACAGATGTCCATTACTGAATG
TCATACCCTGCCTTTTGAATTACAAAAATTAAATGATTTCCATGAAGAAA
ATGAGGACAATGAGGAGGAAGAGGACCCTTATTTTGTAAATCCAAATGAT
AAGACAAATTCTGCTATGATTTCYCCTGCCACATCCATTAGTTTACTCCA
TCAATATATTAATTCAATTACTACAGACAAATTTACGACTCTTGCTCCCT
ATTGGGAATATAGTCGCACCACATCAAAACCACATAATATCCTTTTATCA
GTACTTGGTATGTTTTTTATACTTATATATATAATCATAATCATGGGTTG
TGTTCTCCAATTTTAGCAACTGCAATTTTATTATTATTTTTATCATACAT
CCATTGTGTCTTCTTAACAACAAACATATTTATTGTACAGTATTTCTTTT
AGAGATAGATTGACTTTCAGTCGTGCCTGGCATCTGAAAATTTTACGTCT
ATTGGTATCATTCTACAAATATTTAGTTACGTTCTTAATACAATATGATA
TTAATACAGTGGACTAGTTAATTTCCACCCTTTAGTGTGATTTTAAAAAC
ACACGATTTTTAGTTCGAAAAAAGTATTTTTCGGGGTAGGAGAGATTTGT
TTTGCTTTTGTCCAAGAAAATATATCCATGAAGACATACCTAATTAGAAG
CATTAGAAAATACAACCTGAAATAAAATGACGATACTCCTCCCTTCTTTA
AGAAGTCTACACCCCATTACACTGCTTTAATTCAAGCATTGTGTATTTAA
TTGCCAAAACTTAGAACTTAACCCAGGATATATGTATTAAAAATATGTAG
AAATTTTATGAATCAATGTATATTTTAGAGGAACCAAAGTATGTATGCCA
AGTAACTCTTCCTCATAAGACACCACTAAATTTTCCTGTAAAGGGTGCTC
TACGAGCATCGCGAAAAAAGGCAAAAAGAAGTGCTGCTCTTCAGGCATGT
ACCATGCTGCATCAATTGGGAGAATTAGATGATAAATTGATTCCAAAGAA
AAAAAGAATACACGAAGAGCTTGAGGAGCTCGATGATGGCTTAGACGATG
ATGAAGTAAGTAATCAATCAATTAATTGAGTTCATACGAGCTATAAATAT
GTATTTAATGGATTCTAGGATCATGCAAAACCGGGTACTAAACGCTTCCG
ACGTTATTATGCTCAAAAAAAGCCTTTATTAAGTAGCTCTCCTATTCTGT
GTGCTTCCAAAGTATTCATATATACCATAGATATGCATCTTGTAAGCATA
ACTAAGCACAATCCGAAGAGGTATTCTCTTTATTATCCACAAGAAACTGA
GCGTAAGCTAGGATTATGTCTTATTTCACCATTGTCCGATATCGTTATGT
CCAACAAAATTACTCTTTACTCCAGATCAGGGATTGTTGAAGTGAACATA
CTATTAGCGAATTCCCATATATCCGGATCTACACTTGTAGAAAAATGTGG
AGGTCTAAATACATTACAGAAATATACGAAACTAATATATAGTGATGTTC
TTCAAGTTGTCACTCCATGGATGGAAGAGCTAACCGAAAAAGAGTTGCTG
GAATGTAGGGATCCATTAATTGTGCCTCTTTTGAATGGAGAAATAGACAA
AGATTTTATTCTTAAAACCATTTCTGGTCAACCCTACAATGACGGTGATA
TGACTGAAAGAGTAGTTAGTCTCTTACACAAACCTGATCCTCAAAGATAT
TTTGTTGAAGAAGTAATTCCTGAACTTACGCCTTTGTCATTAATAAATGA
AAACACAACTTTTGTAGAGTATTACTCCCAAAAATATGGCATGAAAATAA
CTGATAAGAGTCAACCATTAATACGACTTAGTAATGCAGATGCTGAACGA
TTTGCGTATTCGGAAGTGGTAATCGAGGAAAAGGATAACAAATTGACAAA
GTTAGGTAATTTGGATTTCTATCGTACAAGATGGCTTGCAATTCCTGAAC
TTGTCTTGGCACACTCTGTTCCTTCTTCCTTCTGGAAAGACTTAAAACTG
CTTCCGTATATTTTGGAGCGTATTAATCAAATTCAAAATTCTATGACACT
TTTGAAAGAACTTTGCTCCTTTGAAAAGGGGGAACCTTGTTCAAATAAGG
ATTTATCCTTTGATTTTTTAACAGATCTGAATTCTGATGCTCAAACTTTA
AGCTTTAATCATTTTGAGCTATTTAAGTCCTTGACATTAACAAATGCAGG
TGAAGAATTTGATTTGGAGAGGAATGAGATTTTAGGTGATGCATTTTTGA
AGATCATGACCAGTATTTACTTGTACTTTGCGATTAACTCTAAGGATGAA
GGTTATTTATCATTGTATAGATCCAGGATTGTGGGGAATAGAAATTTACT
CCGAGTTGGTGAAATGATCGGTGACCTCCAATTAGGTGGTGTACTAAACG
CCGTGAAATTACAACCAAAGCTTAACTGGCAAGTTCCCTTTTATAATAAC
CTTAAATCCCTTGAAGAAGAAATTGTTAAAATGAACCGAGATTTTCGTAA
AACTGTTCTTACTTCTAATGAAAAATTCAAGTCTCATAATTTCTTAGATG
GAATGAATAATTCAGACTTAAGTAGACTGAAGGAAATATTATGCTGTGAT
AACCCAAATACATCAATATTCTACAATGATATAGTCAATAAGTTGTCAGA
AGCACGAGGAAACACGAATTATAGTGAATCCAAAGCTCAACTAAGTAGCT
TAAGAGTCTTTGTTCCTGTCAATGACAAATCTATTGCTGATGCCCTTGAA
TCCATCATCGGTGTTTATCTCCTTCATTATGGATGTAAGGCCACTCTTCG
TATGATGGCGACTAAAATGGGTATAAGTTTGTTTCCTAATGTAAAGGTAG
AAAACAATATTTGTGGGCATTCGAAACTGAAAGTATCTCAATCCTTGAAC
TGGTTTGTTCCTCCTACTAATGCTATTCAAGATTTTGGCAAGAAAGTAGT
CAACCATGAAATATTGAATCGATTACTGTTAAAGCTACAGTACAAAACTA
TCGAAAAAATTATAGGATATGAATTCAAAGAAAAAACGTTCTTGTTACAA
GCCTTCACACATTCCTCGTTTTCTTCCAATAAAATAACTGATTCGTATGA
GAGGTTGGAATTTCTAGGAGATGCAATTTTAGATTATCTCGTCACTTCTT
ACATTTTTATTGAATTTCCTACCTACGGTCCCGGAAAGGTAATTTATAAT
TTTACATCTTATTATTACTGTATGACCTAGTGAAATGACTGCCTATGTTG
AGAATGAACCTATTATGTTTGGACATAGTTATTATAATTAATTAATGATT
AGTCATTAATAAAATCAGCATTTATTTTATTTTAGGTCACTGATGCCCGG
TCGGCAGTTGTCAACAATGTAACATTGGCTATATTAACTATTAAATCAGA
ACTCTATTGCCATTTACTTCATTCTGAACCATTAATTCTCTCCAGAATCG
ACTCTATGATAGCCAATATGGAATTTGACGAATCAAATATGAATGAATTT
GATTTTTTCAAGCTTAAAATGTCCCTACTTAGTGAAACTGAATGTCCCAT
TTTAGAAGAAGTAGATGTGCCTAAAGTTCTGGGTGATATTTGTGAGTCTG
TGCTTGGAGCTGTGTTTTTAGATTCTGGATTTGACTTAAAAATTGTTTGG
AATGTCTTTAAGAGACTCTGTCCCAATTTGGATCAAATCGTAGCCCTAAA
ACCAAAAAATTATGTGACGAAGCTCTATGAACTTTTTCCTGAAAGAATTT
CCTTCGGTCCATCCAAAAAAGTTGGTAATAAAATTGAGAAAACTGTTTCA
CTTCGAATGAAGGATGATAAAGTCTATAAGGCCCGTGGTATAGGTCCTAA
AGGAAAGATAGCAAAAATTTCAGCATGCAAGTGTCTTATCAGAGGACTAG
TAAAGATTAAAGAACTCCCTTCTGATGTCATATGA back to top
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