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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s551 | supercontig | LSalAtl2s551:168310..177216 + |
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 EMLSAP00000008844 >EMLSAP00000008844 ID=EMLSAP00000008844|Name=EMLSAP00000008844|organism=Lepeophtheirus salmonis|type=polypeptide|length=1551bp
MISSFVNETQDEDGNKSVTVTIDDSGKXNVDXEVLKSILXSXQQXATVTF
VRIGEEEHPPGLNEEGDIILDTEEMTRLEKVLRSDEAKDFLSTVLAQTPT
LIQENALTSVSMDGSLEATVVVXXVPPQQPNQVSPIILAQNDSPFLSPVD
MKKEGGKMTRRSQRQMDKEMKEEAERIRLENQALMRKELEATQPSPXPPL
PPPPPAQSPNTGRPKRERKVPAHLMTGDYESSLLPTLTITNEPPKIKRHI
SAGKVGPPPEAENEGGNIKDKDFVNNEDDDDEDSGDWNSEDDPERLWCIC
NQPHNNRFMICCDSCLDWFHGKCVGITKKMGKEMEEASHLWKCPKCTVNL
LNAEKTTPTKSQPTPSKKTPIKMKKEELRKKTIVESEKKKERSCFVCDKP
PRMNSIFCSDDCISKHANKAKALLHKSRPKASENISQPSANSGKTQVLVI
EPNTNTMLNGPNAPTEGTLEVWLKSHPTFHVVMPTSLPTSKFYGNSSKKA
PPKVISPHHYNTGNKNIQISPDGSRVLTVKKSPSQFMSSEELREAERKKI
QKSLQQHVQKESLSKKIHQQPQKLSNMSKXRKEQPIRAKSPPRKSAPSPP
PPSIVDPKPIRANAVKGFYDALKGRLSKVNDVQIADVDLNSLVEEIEESL
FRYYNKDVTSKYKAKYRSLVFNIKDEKNTGFFRKIVSRKINSKDLVSLTA
EEMANKELQRWREKELKNDIEKIKSHELDMIKLGSKFVMKSHKGEIAIEG
EEATTNVSTVVSGANPPLKLPEEINETEIVISSRRKDVIEGSLTWDHGTH
EFEPTCDVCNGKKTLEEFLTIKVSKDQRDQKQEKSSKHSKSSSHHHKHDE
DRDNRKSESKGSDKKHSSSSKHKGRRRSRSRDRDRKRSSKERKSSSKERS
YSSKERIYSSKSRSSSSKDKQSKESSDKSSNSHRRSSRDESKXSSRHTSP
SKSSSSRSKHSHKSSKEPSSSSKSSHEKSKTSSSSSSHSSRDDSNKVNKS
LGEIWSSKRNDDPPKEDVVVPPDSSETNKKIEEAQKTIANVIKSSIPELT
DKSSSYTPVENNDKNNEVVSSTVTIKTPESISTETNPIVWKGDLNMPDVA
KFSVTAHQVSGTTDYLTVDLKPLLKIVGRIDPTTVWEYIAKMKESPNKEV
LLVRLEPTSEDEKTPYMSFFNYLLNRNRFGVVGDSTGKVVKDCYILPLGA
TQTVHNCMLPYEGPGLEFLKSNMLLALIVRGKRKRAADYQPIKPNSQSYN
PQKSKVQILDMAPSEFTELRDTKSGTNPRKRDSEQSYTPVLSKGKYAKKS
EDNEVYDPESAFPEEANSSTKRKKVDVNNPKFSDEEDNQNISEPRPITST
SGGFTEKLAQLTAEIEMQKKEINSIENTINSKSVDTHRDPRHKSTVPSRL
SNMTDEDLMAKAQEXLDLQNSSSGSQTSQELVNNSTAHMQSSTFNMPQTI
MGVSNSDQQTAVAWNNSVCWNINPNNGPWPHSDQRFEQIAGDPQNTWNNS
GLNSSQYNNHNSNWYDGDGSSRGGGWTSNRNGNRKRKSPSPSGNFSNNYR
R back to topmRNA from alignment at LSalAtl2s551:168310..177216+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000008844-704691 ID=EMLSAT00000008844-704691|Name=EMLSAT00000008844|organism=Lepeophtheirus salmonis|type=mRNA|length=8907bp|location=Sequence derived from alignment at LSalAtl2s551:168310..177216+ (Lepeophtheirus salmonis)
TGCCTCTAAACCCAAAGCTATTTCTCAGAGCTAGCGCAAAGAAAGAAAAG
TGAGAGAGAACAAGCTTATAAAACAAAGTAGCGAAACGCGGCTGTTAGCT
TGAGAAGATATATTTGTCGTGGAGTTTTTTTCCCCACGCAAGATGTCGCT
TTTTATGATACCAAAGATGACGCCACTTTCTCATTTTCCCTTATTATATT
TATATCGTATGCAAGGTCTTCTGCGCTTCAGATAATTTACATTGATGTTA
ATTTAGTCAAAAGGGTAATTTCATGGAGGTTGTATAGTTAGTTATGTAGT
AATTTTCGATCATGTTTCGTAGTTACCTTTATTGTATCACTCAATCATTC
ATCGACACTTTTTTGTCCAGGAGGAGTAGCTAGTGGACAAAAAAAGTGTC
GCTATACGACCATTACTTTGTCTGTATTATATTGATCACGTGGTTTTCGT
TTCGCCACCTTGTTTTAAAGCTGTGTAGCTAGCTAGAGAAAGAGCAACTA
ACTGCAGAACGAAGAGCAGCAGCAAAGAGCCAAAGAGGAGAAAAAGAAGA
AGAAGAAGAGGAGAAAGATGGCGTCTGGGGACAATAATTAATTATTTCTT
CTAAGTAGTAATTTGGATAGTAGCTCGTTGATTGGACTTTAAATGCATTC
AAGATGATATCCAGTTTCGTAAATGAAACTCAAGACGAGGACGGGAACAA
GTCTGTGACGGTGACAATCGATGATAGTGGGAAAARCAACGTGGACKAAG
AAGTGCTGAAGAGCATCTTGGKCTCGAKCCAGCAGRCCGCCACTGTTACA
TTCGTCCGAATCGGAGAAGAAGAGCATCCACCCGGATTAAATGAAGAGGG
AGACATTATTTTAGACACTGAGGAAATGACTCGACTCGAAAAGGTTCTTC
GGTCAGATGAGGCCAAAGACTTTCTGAGTACAGTCCTTGCCCAAACTCCT
ACTCTGATTCAAGGTACACTTCCGTCACACGGCACATGGCACACACACAC
ACACACACACCTTCTCTTTTCTCATTACAGAAAACGCATTAACTTCCGTG
TCAATGGACGGATCCCTGGAGGCCACAGTTGTGGTAGYCGMCGTTCCKCC
TCAACAACCCAATCAAGTTTCCCCCATCATTCTAGCCCAAAACGTGAGAT
TCCATGAATAACTCTATTCCCAATTCATCTTCTCACTTCCTAAATTCAAT
ATCCCATATTATATAGATTTACCGGCTTTGGATTTTCAATCTTTACACAT
GAATGTAATAAGTTCAACCAGATGTATTTTCGAGACAACATCTCCGAATT
TAATYATWYATMTTTTWTAAAAARTTGTMTTCYTACATTGAAATTACTAA
TTTCCTCAATGTAACCTTCATCAGCCTCCTTCTGAAGGAATGGTCGCACT
TCCTTATGAAGTTTACACCCATGGTGTCCTAGCAATCGTCAACGAGGTCT
CAGGGGATCGATATTGGGCTGACATATTTTATAAGCTTTAGATTTGCATC
CAGGAGGCAAAGTCCCACGGGTTCATGTCTGGGTTGTATGGAGGCAACAT
CTCCATGGACCATGATATTCTTGAGAAAATTCTGGACCACTTTTGCCGTA
TAAGCAAGGCTGTAGCTTCACAATTTCAGTGTTTCTTCACCTATGGGATG
AACTTCGTGTTCAGGATGTCTATGTAATCAGCCGCAGTGAGGTGTTACCT
GTTTGGGAATGAAATGGGGGCAACCATGGCCCCATTAGAAAACCCCCAAC
TAAATTACGCTGGCTGGTTTCTTGGTGGTTGTAAGAATCATTTACATGTC
CTCGTCATTGCTAGGAACCTGTCATCCACCTGTTTCCTTATCTGCCACAC
TCATCTCCGCGCGAAGGAGTACCGAGATCTTGATTCTGATGTCTCTTTAT
GTGATCATCTTAGGCTGGAGAGAAAATACAAGTAATAAATACTGAAGCTG
ATTCATCTAGGAATCTTGTATTTCATTAAAATAAATGTAACGAAACAGCT
CAAGAAATAAGGTTAACATTTTGTAAAGNAAAATCCACAACCGAAATTAT
TTCAATCAATGGAGTGTTTCAACGTGATGCCAACATTGTTGATATTTGCT
ATTTTGAGGTCCTAACTAACAAGTTTTTTACTAATGTAGATCCATTTTTC
ATTCATAATAAGCCCAAATAGTCGACTGTTGGATGTCAAAATGGGACCAA
CAAATAAAAGGACGACTTGAACCTTACTGTCTTTCAAAAATATATCACTC
CATTGCCTAGTTTTGTTTTATATCAGATCCTAACAATATGCTGTTACATC
GCCTCACAATCTTTATATCGTCCCTAATTGATCAAAAAAATGTATAAATC
TATCTGTTTTTAGTACATATTACTTTGATTAAATCAAATGTCACTGTTTC
ATCAAGTAGTATTCCATGTATGTGTTGAGCCTTTTTTTATTCTTAAAGCC
ATAAGATGAAGTTTTTTTTCCATATTATGTTGCAAAAATATCAACTAAGG
TGGCGTTTCCTTTAATTAGGATGCAATTTATGTCTTCAGTGAAAATGCTC
ATTATGGACTTCATTTTTAAATTTATGGTATGGGGAAAGATAGCTAACTA
TCTTATTTCCAAAGAAATATGAATTGAGATTTTTAATTGCTATTTGCGGT
ACCCTACGAATAATTACTCTCATTAATAGAAATGGTATATCATTAATATT
GATACAGAAAAATCGTCCTTACTTGTTTTTGTGTTAATGGGTGATATCTT
TTAACTGTCTTTAATTATTCTTTCTTTATTATTTATAGGATTCTCCATTC
CTTAGTCCTGTGGATATGAAGAAGGAAGGAGGGAAAATGACTCGGCGAAG
TCAAAGACAAATGGATAAGGAAATGAAAGAAGAAGCTGAGCGAATACGAT
TAGAAAATCAGGCTTTGATGCGCAAGGAATTGGAGGCCACTCAGCCTTCC
CCTAKCCCTCCTCTACCTCCCCCTCCTCCTGCTCAGAGCCCAAATACTGG
AAGGCCGAAGCGAGAGAGAAAAGTACCTGCTCACTTGATGACAGGAGACT
ATGAGTCAAGTCTTTTGCCGACTCTTACCATTACCAATGAACCTCCTAAA
ATCAAAAGACACATATCTGCGGGTAAAGTAGGACCTCCTCCAGAAGCTGA
AAACGAAGGCGGTAATATCAAAGATAAGGACTTTGTAAACAATGAGGATG
ATGATGACGAGGATTCCGGTGACTGGAACTCAGAGGATGATCCTGAAAGA
CTTTGGTGCATTTGTAATCAACCTCATAATAATCGATTCATGATATGTTG
TGATAGTTGTTTGGATTGGTTTCACGGTAAATGCGTCGGTATTACCAAAA
AAATGGGCAAGGAAATGGAAGAGGCTTCTCATTTATGGAAATGCCCTAAA
TGTACTGTGAATCTACTAAATGCAGAGAAAACTACTCCAACCAAGTCTCA
GCCCACTCCAAGCAAAAAGACACCCATCAAAATGAAGAAAGAAGAGCTTA
GAAAGAAAACTATTGTCGAATCTGAGAAAGTAATTTTGGTTTCCTGTTTT
TTAGCTCCATTGATTTTTTAGTTAAATTTATTAAATGATTTTTTAATTAT
GATGTATATGTATTAAGTTCAGACCTGTTCACAAAATTTCTATGTCTTTT
GAACTTTGATTTTATATTGTTGATATCATATCTAATCATACAATCTTATT
GTGTTATCGTTTTTGTTTTTTTTGTTCTAGAAGAAAGAGCGCTCGTGCTT
TGTTTGTGATAAACCACCTCGGATGAATTCAATATTTTGCTCTGATGACT
GTATTTCAAAACATGCCAATAAAGCTAAGGCACTTCTCCATAAAAGTAGG
CCCAAGGCTTCAGAAGTAAGTGAATAAGGTTCATTTGTACAACTTTGCAT
AACTCTATTTTAACCCTTTAGAATATATCTCAGCCTTCAGCGAATAGTGG
TAAGACTCAAGTACTTGTAATTGAGCCTAATACCAATACAATGTTAAATG
GACCCAATGCACCAACTGAGGGAACTCTGGAAGTGTGGTTAAAATCTCAT
CCAACCTTTCATGTTGTCATGCCCACTAGTCTCCCTACGTCGAAATTCTA
TGGGTTAGTTTTCTTGTGTTGAATTTATTCTGATTGAATGTTTTAATTTT
TGTCATTTCGCTTCAGGAATTCGAGTAAAAAAGCACCTCCTAAAGTTATA
TCACCTCACCATTATAATACAGGAAATAAAAATATTCAAATATCACCAGA
CGGCTCTAGAGTTTTAACTGTAAAAAAGTCCCCCTCCCAATTCATGTCAT
CTGAAGAACTGAGAGAAGCTGAAAGGAAAAAAATTCAGAAATCTCTTCAG
CAACATGTACAAAAGGAGTCCCTCTCCAAGAAAATTCATCAGCAGCCTCA
AAAACTATCCAACATGTCTAAASTTCGTAAAGAACAACCTATTCGAGCTA
AAAGCCCTCCAAGGAAGAGTGCCCCATCKCCTCCTCCACCTTCCATTGTA
GATCCTAAACCTATTAGGGCCAATGCTGTAAAAGGTTTTTATGATGCATT
AAAAGGTCGTTTATCCAAGGTGAATGACGTTCAGATTGCCGATGTTGATC
TCAATTCGTTAGTCGAGGAGATCGAAGAATCTCTTTTTCGATATTATAAT
AAAGATGTTACTTCGAAATATAAAGCTAAATATCGTAGTTTGGTTTTCAA
TATTAAAGATGAAAAAAATACGGGTTTCTTTCGTAAAATTGTATCTCGTA
AGATTAATTCAAAGGATCTCGTGTCTTTAACTGCAGAGGAAATGGCTAAT
AAGGAATTACAACGTTGGCGGGAAAAAGAATTAAAAAATGACATTGAGAA
AATTAAGTCACATGAGCTAGATATGATTAAATTAGGTTCTAAATTTGTAA
TGAAAAGTCATAAGGGTGAGATTGCTATTGAGGGAGAAGAGGCAACTACT
AATGTATCTACTGTTGTATCTGGTGCAAATCCACCTCTCAAATTACCGGA
AGAAATAAATGAAACTGAAATTGTTATAAGTTCACGTAGAAAAGATGTGA
TTGAAGGGTCCCTTACGTGGGATCATGGTACTCACGAGTTTGAGCCAACT
TGTGACGTTTGCAACGGAAAAAAGACGCTAGAAGAATTCTTGACCATCAA
AGTATCCAAAGATCAAAGGGATCAGAAGCAAGAGAAATCTTCTAAACATT
CCAAAAGTTCATCGCATCATCATAAGCATGATGAGGATAGGGATAATAGA
AAATCTGAATCCAAGGGCAGCGATAAAAAACATTCCTCATCATCTAAGCA
TAAAGGTCGTAGACGATCTAGGTCGAGAGATCGAGATCGTAAGAGGTCTT
CGAAAGAAAGGAAATCATCTTCTAAAGAAAGAAGTTATTCCTCTAAAGAA
CGAATTTACTCTTCTAAAAGTAGAAGTTCCTCCTCAAAAGACAAACAAAG
CAAAGAGTCTTCTGATAAAAGTTCTAATTCACATCGGCGATCAAGTCGCG
ATGAAAGTAAAGKCTCCTCGCGACATACGAGCCCCTCTAAAAGCTCTAGT
AGTAGGTCCAAACATTCTCATAAAAGTTCTAAAGAACCATCTTCTAGCTC
AAAGAGTTCCCATGAGAAAAGTAAGACTTCCTCCTCATCATCTAGTCATT
CCAGTCGTGATGATAGCAATAAAGTTAACAAGTCCCTGGGAGAAATATGG
TCTTCAAAACGTAATGATGATCCACCTAAAGAAGATGTAGTAGTTCCACC
GGATTCCTCCGAAACTAATAAAAAAATTGAAGAAGCTCAGAAAACAATTG
CAAATGTTATTAAATCATCCATTCCTGAACTTACTGATAAAAGTAGTAGT
TATACTCCAGTGGAAAACAATGATAAAAATAATGAAGTCGTTTCATCAAC
TGTAACAATCAAAACACCTGAGTCAATATCCACTGAGACAAATCCTATAG
TTTGGAAGGGTGATTTAAATATGCCTGATGTTGCCAAATTTTCCGTCACT
GCTCACCAGGTAAACTACCGTCTCTTAATTTCTAATCTTTCTAAATATAT
ATTTTCTTTTTTATAAGGTATCTGGAACAACCGATTATTTAACCGTTGAT
CTAAAACCATTACTTAAAATTGTCGGAAGAATTGATCCAACGACTGTGTG
GGAATATATCGCAAAGATGAAAGAAAGTCCTAACAAGGAAGTGCTCTTAG
TAAGACTTGAACCAACGTCAGAAGATGAAAAGACTCCATATATGTCATTT
TTTAATTATCTCCTAAATCGAAATAGGTAATTTTTGTTAGTCTTATTTGA
ATGCCTCAATTTAATTTACATACATGAAATAGGTTCGGTGTTGTTGGGGA
CAGTACGGGAAAAGTGGTGAAAGACTGTTATATCCTTCCTTTGGGTGCTA
CACAAACTGTTCATAATTGTATGTTACCGTATGAAGGTCCTGGATTAGAA
TTTTTGAAATCAAATATGCTTCTTGCACTTATTGTGCGAGGGAAACGAAA
GAGAGCTGCCGATTATCAACCGATAAAACCAAATTCTCAATCATATAATC
CACAAAAAAGCAAAGTGCAGATATTGGATATGGCTCCGTCTGAATTTACT
GAATTGCGTGATACGAAAAGTGGTAAATATCATCATGAGTTACTGTTCAA
TATCATAACATTTATCGTGGACCTGGAGTTAGCCAAAGTGTAACAAAAGC
AATTTTATTTGAATTAAGATATCTACAATTTTCAAAATAACTAATTTTTT
TTTACTAAATGTGACTTGTTAGACATATGCTCTGGGACATGATATATCAA
ATTAATATAATTTCTACATTTTTTGAACTTAAATGTCTTTGTTCCTAAAG
GTACAAATCCACGGAAAAGGGATTCGGAACAAAGCTATACTCCCGTTCTT
TCTAAAGGAAAATATGCTAAAAAATCAGAAGACAATGAAGTTTACGATCC
TGAAAGTGCTTTTCCGGAAGAGGCTAATAGTTCTACCAAAAGAAAAAAGG
TGGATGTCAATAATCCAAAGTTTAGTGATGAAGAAGATAATCAAAACATC
AGTGAACCTCGTCCGATCACATCAACTAGTGGAGGCTTCACTGAAAAGTT
GGCTCAATTAACTGCTGAAATTGAAATGCAAAAAAAAGAAATAAATTCTA
TTGAAAACACTATAAATAGTAAAAGTGTGGATACGCATAGAGATCCGAGA
CATAAGTCAACTGTTCCCTCTAGATTAAGTAATATGACTGATGAAGATCT
TATGGCTAAAGCTCAAGAAAWGTTAGACCTTCAGAATTCTTCATCTGGAA
GTCAAACAAGTCAAGAATTGGTGAATAATTCTACTGCTCATATGCAAAGC
TCTACCTTTAATATGCCTCAGACGATCATGGGAGTATCCAACTCTGATCA
GCAAACAGGTAATTATTATACATAAATCATGTATAATAGAAGTGGTAGTT
ACTAAAAAATGTTCAAGGTCATCATATATATCCGTTCATTGTATAATGTT
TGCGGGTTTGTTTAACATTTTTTACACAATTATTGGCCTTTTCATAATCC
ATAACTATGACGAAATTCCAATGTTTTTAGCTGCAAAAAGGCTCAATTCA
ACTCAACTTTGCTAAGCGGCAAGGCCTCACTATTATATTGCCTTCTAGGC
TCAGTGGGGCAAATACACCTTATGATATCATCATGAATAAGTTGAGGGAG
ATAAGAAATTTGTCTACTAGATATTTGTGAAGAATTATTTTAAAAGTGCG
GCAAACCGAGGCTCTGACGGATTAACGAACAAATTAAAAAATTTGAAATT
TGAAACCAAAATAAATAAATTAAAATTGATTTCTTTCTTAAAGAAGTCTG
TATTATAAATATTGTCTATTTTATTATAAACATGATTGCATTATTGAAAT
GCCTTAAGAAGATTATATTACCCAAATTGTTGTAAAGAGGATGGATTCTT
CATATGGATATTTATTCAAGATCGCATATAGTGTTTCCTATTTAAAAAAA
CAAAAACAAAAAAACACAATTCAAACCATTGATCACCTGCGTTCAGTCCA
GATCTGGTATTCAAAATACATTTGACTGCTTTTAGAAGAAAAAAAAGGTT
GTCAGAAAAGTATTTAATGACTTAGATAACGAAAGTAGTATGGAAGGGGA
TCTAGAGAACCATGACTTCCGGGGCTTTAAATGAGGGATTTGGGAATATC
TCTGAAATTGAGGTTTAGAGACATTGAGACTATATTGATCATTTATAAAT
TAAATAACGCATTTCTAAGTAATTAGGTGCACTTTATATATGTATTTCAT
TTTGCAAATATCAATTCCTAGTATATATTTTTTTTTTTAGCTGTAGCATG
GAATAATAGCGTGTGTTGGAATATAAATCCTAATAACGGACCATGGCCCC
ATTCTGATCAAAGGTTTGAACAGATAGCTGGAGATCCCCAAAATACATGG
AACAATAGTGGCTTAAATAGTAGTCAATATAACAATCACAATTCTAACTG
GTATGATGGTGATGGAAGTAGTAGAGGAGGAGGCTGGACATCAAATCGTA
ACGGTAATCGTAAAAGAAAATCTCCATCACCATCTGGAAATTTTTCTAAT
AACTATCGTAGATAATAATGTGATTATTGCTTCTTTTTCTTTGATTCAAA
AAAGTACAAAATTATAATTAACCATTCTTTAGTTTTATGTGTTGTCGTTC
TTCTTAAGCATGGTTTTATTGCTGAAAAAATCCCAATGTTTTTTTCAGTT
GTCATTATTACCTACTTATATAATTACATGAATTATTTTTCCTACATAGT
TGATGTTGTAATTCAACTAGACAATATTTTTTTTCTCTCTCTTTTATTTG
TTCAACTCTATATAAAAGTCATTTAAGCCCCAAGTATATAATAAGTTGAA
TTTGCAA back to top
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