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Associated RNAi Experiments
Alignments
The following features are aligned
| Aligned Feature | Feature Type | Alignment Location |
|---|
| LSalAtl2s954 | supercontig | LSalAtl2s954:110038..116812 + |
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 EMLSAP00000012634 >EMLSAP00000012634 ID=EMLSAP00000012634|Name=EMLSAP00000012634|organism=Lepeophtheirus salmonis|type=polypeptide|length=1857bp
MENLTGFMFGNVDSSGNLDGDSVLGGLCGTSDVMRGLSSLLSTKELLKDV
LSVKEEEGDLCEGEVVKAEDATDYGDIEEALSDEDSSSSEGGSENENEAE
EEKGPAFGEEEGVDKETSAERTLDKILLDRSLMPPPSMDKTRGDKSRRPL
AAMLPEKFKEMDVRELFPEFRANKVLRFSRLFGIKASHRPRIWKGVKKRR
KKKDIDNIEEQGSKIKKLKMSHAWEFNYADFPEDPEAYEVDAAIKFHRPA
GDDSNGKEGNKDGNGKETSSRKGPKSTDWRTGPAEYWYDLLXLPPVIDNF
XYVSAANAASIEQDDTKDEVKDKREEETEENSKEKDIVTSEPSEEEEGST
LDVPDDAFFMVTQVNWEEDVVWNGDDIKHKVLQKLNSKTNAAGWVPSTFN
RTAGSFSQTSKTAIPGIKLQTMQQKRPINGDDTWYSIFPVENEELVYGRW
EDEVIWDDGRMPRLHPKIVSLDPNDDNIILGIPEDIDPSTLPSDEPIRKV
KIIQKHVKQSRMLLNRSGIISVIEEESPPPPPKIDDMDPFNISNDVYYQP
KTQESLKVSTGRTLLQHATPVVELQAPFVPTHIGPIKLRLFHRPPVKRFS
KGPLMDYTAFYGVIPLQKHIKKKAKARESERELAGGGEIFFMRTPEDISG
KDGELVLFEFIEEHSPLLDLVGMCSKIKNYYKRKPENDKGPGKFKYGEST
IAHTSPFLGTMSPGQSVQALENNMFRSPVFEHTPPFSDFVIIRTRTEFSI
REVDGLFVVGQECPLYEVPGPNSKRANNFARDFLQVFIYRLFWKSRDNPK
RIKMDEIKKAFPAHSESSIRKRLKPCAEFHRTGHDSNWWVIKNNFRLPTE
EEIRSMVDPEACCAYFSMIAAEQRLRDAGYGEKFLFAQQDEDDEDTALKM
DDELKVAPWNTTRAYILAMKGKCLLQLTGPADPTGPAGEGFSYVRIPNKP
VNKEEQEQQPKRTVTGTDADLRKLPLKDARAILRNNGVPEQEIMNLSRWQ
VIDVVRTLSTEKVKAGEDGDHKFSRGNRFSIAEHQERYRDDCQRLFVVQN
RVLGSSEVLSSDEAESSEEEEDKDDEDFNEMGKNLENMLSNKKTSSQFLR
EREELERRSLQKMIMGEGSETPEKSGSKGGSKSKKDEHDESSSNNFSIGN
KILKIVRTFKTEDGKEFTRTELVRKPLVIETYIKVRETKDEQFIRQFATI
DDQQKEEMKKERRRIQEQLRRIKRNEEKEKLGLKGNKKLSSKALAKAKKD
LKLVCGACGGKGHMRTNKTCPKFVPEFEGISIGSVAMTEQDEEDLEKQLM
ENIEEEELVNVDGTKVKLSAKVLQHADKLRRETVKLKIPKQAVKQQQAKK
RSRTGTVEHCDYLTNTNYRPAKRRRTDPLITFATYLEGIHNQLRVMDEAL
QFLQPVNPKRLPSYFDVIKNPMDLQTIRENIQKKKYHKREEFLSDVNQIV
ANSAIFNGPEDIHTQNAKKLMDLVIAKLSENEDKLMKLEKAINPLLDDND
QVALTYILDNILNEKIKSMQESWPFMKPVNKKQNKAYYEIVKNPMDLETI
SLKVTKNQYHSRHEFLSDIELIYSNSLQYNGENSDFTTKGLKILDVTRAT
LEEYSDHLTNLEEKIKEVQRIALEQTDIDSLGAALGVEEPPKKKRGRPRK
KGPKIVSAEFIDVGSEEAPGGSMEARHSEEAEGSGLLEEDLQYSSEEDWE
EVVEEDNSSSFTVTVDPLDQQTPHAEDQVDPLVTMNFYXDNQATAGGEEE
LEVDENYDPSAFLHNLGKQLPTEIKEEDEYIPPPVAAQSAEDENDFGNST
YKEEPVDIKDDLDISDSDDNDEDAIEGSPVNKQSTSHSNVPPPPPLEETP
DDDTLWF back to topmRNA from alignment at LSalAtl2s954:110038..116812+ Legend: exonpolypeptide Hold the cursor over a type above to highlight its positions in the sequence below. >EMLSAT00000012634-708481 ID=EMLSAT00000012634-708481|Name=EMLSAT00000012634|organism=Lepeophtheirus salmonis|type=mRNA|length=6775bp|location=Sequence derived from alignment at LSalAtl2s954:110038..116812+ (Lepeophtheirus salmonis)
GTTTTGAATCAGTAATCAGTAATCACAATTGAGAGTAGTGAATAATTGGA
GTAATTCTAAGAGAATTAAGTGATCTGATAGACAATTGATAATTGAGGTG
TGGAATAAAACTGGACGATAAAGTGAGAGCGTGATAAGCAATAGTAATGA
GAAGAAGGAGGATTGTGTGAGGAAGGAAGGATTGAAGCAGGAGAATCATG
GAGAATCTGACGGGTTTTATGTTTGGGAATGTGGACTCTAGCGGGAATTT
GGATGGTGATTCCGTGCTGGGAGGGTTATGCGGGACTTCGGATGTGATGC
GAGGTCTTTCTTCTTTGCTCTCGACCAAGGAACTCCTGAAGGATGTTCTG
TCCGTGAAGGAGGAAGAGGGTGATTTGTGTGAAGGGGAGGTTGTGAAGGC
GGAGGACGCCACAGACTATGGGGACATTGAAGAAGCGCTCTCGGACGAGG
ATTCTTCTTCCTCTGAAGGAGGATCCGAAAACGAGAATGAGGCGGAGGAA
GAGAAAGGCCCCGCCTTTGGTGAAGAGGAAGGMGTGGACAAAGAAACAAG
TGCGGAGCGTACCTTGGACAAGATTCTTTTAGACCGAAGCTTGATGCCTC
CGCCTTCAATGGATAAAACACGTGGAGATAAGTCTCGGCGTCCTCTGGCA
GCGATGCTTCCTGAAAAGTTCAAAGGTTGCTGAGTAGTCCTTGTCTTTTT
TGTCTGGCATTCGTACTCTATTCATCCAACCTATTCTTGCTTCTTTTCTC
TTTTAGAAATGGACGTGAGAGAGCTTTTCCCCGAGTTCAGAGCCAATAAA
GTCCTCCGATTTTCTCGTCTTTTTGGAATCAAGGCTTCTCATCGTCCTAG
AATATGGAAGGGTGTAAAGAAAAGACGTAAAAAGAAGGATATCGATAATA
TTGAAGAGCAGGGATCCAAGATTAAAAAGTTAAAAATGAGTCATGCATGG
GAATTCAATTATGCGGATTTTCCTGAAGATCCTGAGGCCTATGAAGTAGA
TGCTGCTATTAAATTCCATCGTCCTGCTGGGGATGATTCAAACGGAAAGG
AAGGTAATAAAGATGGCAATGGCAAGGAAACGTCTTCAAGAAAAGGACCC
AAAAGTACTGATTGGCGAACAGGTCCGGCAGAGTATTGGTATGATTTGTT
AGKCCTGCCTCCTGTTATTGACAACTTTNATTATGTTTCTGCAGCTAATG
CTGCTTCTATAGAGCAAGACGATACTAAAGATGGTAAGTTCCTTATTTTG
TTAATATGTAATTACTCTTTTCTTAATATGATTTAATTGCAGAAGTTAAA
GATAAGAGAGAGGAAGAAACTGAAGAAAATTCTAAAGAAAAGGACATAGT
TACGTCAGAACCTTCTGAAGAAGAAGAGGGAAGCACGTTAGATGTTCCAG
ATGATGCATTTTTCATGGTCACACAGGTTAATTGGGAAGAAGATGTCGTA
TGGAATGGTGATGACATCAAACATAAGGTTTTACAAAAATTAAATTCTAA
AACAAATGCTGCTGGATGGGTTCCGTCAACATTTAATCGAACCGCTGGAT
CCTTTAGCCAAACTAGTAAAACAGCCATCCCTGGAATTAAACTACAAACA
ATGCAACAGAAAAGGCCCATTAATGGGGATGATACATGGTATTCTATTTT
CCCTGTTGAAAATGAAGAACTTGTCTATGGTAATAGAATATTATTTGTGT
AAAATTATAAATTAATTTGTTTGTGTTTTTAAGGTCGGTGGGAAGATGAA
GTGATTTGGGATGATGGAAGAATGCCCCGATTACACCCTAAAATTGTGTC
TCTCGATCCTAATGACGACAATATCATTTTGGGCATTCCTGAAGATATAG
ATCCGAGTACTCTTCCTTCAGATGAGCCAATACGAAAAGTAAAAATAATC
CAGAAGCACGTAAAGCAATCTAGGATGTTGTTGAATAGATCTGGTATTAT
CAGTGTGATAGAAGAAGAAAGTCCTCCCCCTCCGCCAAAAATAGACGATA
TGGATCCATTTAATATCTCTAACGATGTCTATTATCAACCAAAGACACAA
GAATCTTTAAAAGTATCCACAGGAAGAACCCTTCTTCAACATGCTACTCC
TGTTGTTGAGTTACAAGCTCCATTTGTACCCACTCATATTGGTCCTATTA
AACTTCGTTTGTTTCATCGCCCACCAGTTAAACGTTTTTCAAAGGGCCCC
TTAATGGACTATACTGCATTTTATGGAGTTATTCCTCTTCAAAAACATAT
TAAGAAAAAAGCGAAAGCCCGAGAGTCCGAAAGGGAGTTAGCTGGAGGAG
GAGAAATCTTTTTTATGCGTACTCCCGAGGACATATCTGGAAAGGATGGG
GAACTTGTTTTATTTGAATTTATTGAAGAACATTCACCATTATTAGACTT
AGTGGGTATGTGCTCAAAAATAAAGAACTACTACAAGCGTAAGCCTGAAA
ATGACAAAGGTCCAGGAAAGTTCAAATATGGTGAATCAACAATCGCTCAT
ACTAGCCCCTTTTTAGGGACAATGAGCCCAGGACAGTCTGTTCAAGCCTT
AGAAAACAACATGTTCCGTTCACCAGTTTTTGAACACACTCCGCCATTTT
CAGATTTTGTTATTATTAGAACCCGAACGGAATTTTCTATTCGTGAAGTG
GATGGGCTTTTTGTTGTTGGACAAGAATGCCCTCTCTACGAAGTACCTGG
ACCTAATTCTAAAAGAGCAAACAACTTTGCAAGAGACTTTTTACAGGTGT
TTATTTATAGACTCTTTTGGAAATCTCGTGATAATCCTAAGAGAATTAAA
ATGGATGAAATTAAAAAAGCTTTTCCAGCACATTCAGAGAGCTCAATTCG
AAAAAGATTAAAACCATGTGCAGAATTTCATAGAACTGGACACGATTCCA
ATTGGTGGGTTATCAAAAACAATTTTCGCCTCCCTACTGAAGAGGAAATT
CGTTCTATGGTGGATCCAGAAGCATGTTGTGCATATTTCTCTATGATTGC
TGCTGAACAACGGTTAAGGGATGCAGGTTACGGTGAGAAATTTTTATTTG
CACAACAAGATGAAGATGATGAAGATACTGCATTAAAAATGGATGACGAA
TTGAAAGTAGCTCCTTGGAATACTACTCGAGCTTATATTTTGGCTATGAA
AGGTAAATGTCTTTTACAATTAACTGGTCCAGCGGATCCAACTGGTCCWG
CTGGAGAGGGTTTTTCTTATGTTAGAATACCAAATAAACCTGTCAACAAA
GAAGAACAGGAACAACAACCCAAGCGCACTGTCACTGGAACTGATGCTGA
TTTGCGGAAGCTACCACTTAAAGATGCTCGAGCAATCCTTAGAAATAATG
GAGTTCCTGAGCAAGAAATCATGAATCTCAGTCGATGGCAAGTAATTGAT
GTAGTAAGAACTTTATCAACGGAAAAAGTGAAAGCTGGAGAAGATGGTGA
TCACAAATTCTCAAGAGGCAATCGATTTTCGATTGCAGAACATCAGGAAC
GTTATCGGGACGATTGCCAACGTTTATTTGTTGTTCAAAACAGAGTCCTT
GGGTCGAGTGAGGTTTTATCTTCAGATGAAGCTGAATCTTCAGAAGAAGA
GGAAGACAAAGACGATGAAGATTTCAATGAGATGGGCAAAAATTTGGAAA
ACATGTTAAGTAATAAAAAAACAAGCTCACAATTCCTAAGAGAAAGAGAA
GAGCTTGAACGAAGAAGTCTTCAAAAAATGATAATGGGTGAAGGCTCTGA
AACACCTGAAAAATCAGGTTCAAAAGGTGGTTCTAAATCGAAAAAAGATG
AACACGATGAATCAAGCAGCAATAATTTCTCTATTGGTAATAAAATACTA
AAAATCGTCAGAACGTTTAAAACTGAAGACGGAAAGGAATTTACACGTAC
TGAGCTTGTGCGTAAGCCCCTTGTCATTGAGACTTACATTAAAGTTCGCG
AAACAAAGGATGAACAATTTATTCGTCAATTTGCTACGATTGATGATCAA
CAAAAAGAGGAAATGAAGAAAGAAAGACGGCGAATACAAGAGCAACTTCG
TCGTATAAAAAGAAATGAAGAAAAAGAAAAGCTTGGACTTAAAGGTAACA
AAAAACTCTCCTCAAAAGCTTTAGCCAAAGCAAAGAAAGATCTCAAACTT
GTATGTGGAGCATGTGGAGGCAAAGGCCACATGCGAACTAATAAGACTTG
CCCGAAATTTGTACCTGAGTTTGAAGGAATTTCTATAGGTAGTGTTGCTA
TGACAGAGCAAGATGAAGAAGATCTCGAAAAACAATTGATGGAAAATATA
GAAGAAGAAGAGTTAGTTAATGTTGATGGTACCAAGGTTAAACTTTCAGC
CAAGGTTCTTCAACATGCCGATAAGTTGCGCCGAGAAACAGTGAAATTAA
AGATTCCTAAGCAGGCGGTTAAACAACAACAGGCTAAGAAAAGGTCTCGT
ACTGGAACTGTAGAACACTGCGATTATCTTACAAATACCAATTATCGTCC
TGCTAAACGTCGAAGAACCGATCCACTTATCACCTTTGCAACATATTTAG
AAGGCATTCATAATCAACTTCGAGTTATGGATGAGGCTTTACAATTCCTC
CAGCCTGTGAATCCAAAAAGGCTTCCGTCTTATTTTGATGTAATTAAAAA
TCCTATGGATCTTCAAACGATCAGAGAAAATATTCAGAAGAAGAAATATC
ACAAAAGAGAGGAATTCCTCAGTGATGTCAATCAGATTGTCGCTAATTCA
GCAATATTTAATGGTCCTGAAGATATTCACACCCAGAATGCAAAAAAACT
TATGGACCTTGTTATAGCTAAATTATCTGAAAATGAAGACAAATTAATGA
AGCTTGAGAAAGCAATCAATCCTTTGCTTGATGACAATGATCAGGTTGCA
TTAACATATATTTTGGATAATATTCTCAATGAAAAAATTAAGTCAATGCA
AGAGTCATGGCCTTTCATGAAGCCTGTTAATAAAAAACAGAACAAAGCTT
ATTACGAAATCGTCAAAAATCCTATGGATTTGGAGACTATTTCTCTTAAA
GTTACCAAAAATCAGTATCATAGCCGTCATGAATTTCTTAGTGACATTGA
ACTCATATATAGTAATAGTTTGCAGTATAATGGAGAAAATTCGGATTTTA
CGACTAAGGGCCTAAAGATTCTAGACGTTACTAGAGCTACTCTGGAAGAA
TATTCAGATCATTTGACGAATTTGGAAGAGAAAATTAAAGAAGTACAAAG
AATAGCTTTGGAACAAACTGATATTGACTCTTTGGGAGCGGCTCTAGGAG
TTGAAGAGCCTCCAAAGAAGAAACGTGGACGGCCAAGGAAAAAGGGTCCC
AAGATAGTAAGTGCAGAATTTATAGACGTTGGGTCAGAAGAAGCACCTGG
AGGGTCAATGGAAGCAAGACATAGTGAAGAAGCTGAAGGCTCTGGGCTTC
TTGAAGAAGATCTTCAATATTCAAGTGAAGAGGATTGGGAAGAAGTCGTG
GAGGAAGATAATAGTTCTTCTTTTACTGTGACAGTTGATCCCCTTGATCA
ACAAACACCTCATGCAGAAGACCAAGTGGATCCTTTAGTGACCATGAACT
TTTATKAAGATAATCAAGCCACTGCAGGAGGGGAAGAAGAACTTGAAGTA
GACGAGAACTACGATCCTTCTGCATTTTTACACAATTTGGGCAAGCAATT
ACCTACTGAAATTAAGGAAGAGGATGAATATATTCCTCCTCCTGTTGCAG
CTCAAAGTGCTGAAGACGAAAATGATTTTGGAAATAGTACTTATAAGGAG
GAACCTGTTGATATCAAGGATGATTTAGATATTTCTGATTCTGATGATAA
TGATGAGGATGCTATTGAAGGTTCACCAGTAAATAAACAAAGTACTTCTC
ATTCTAACGTACCACCACCTCCTCCTCTTGAAGAAACTCCCGACGACGAT
ACATTATGGTTTTAAAAGTTGAGCCGAATTTAAAAAAAACAAAAAAACAT
TTTCCATAAAAGACTTTAAAAAATTATATTTAGTTGTCAAAGTTGATTGT
TAATCTTTTTATTTATTTTTTAAATAATTATTTCTAGTATGTTGATGTGT
AATACAATGCTATATTCTTACAGCTATGAATAGTCTTCGATGATACTAAT
AAAATCTATTCATAAATCCACATAGATTTTCTTTTTGTTGTGATTAGTAT
AAAAATCAATTGAGTTATGTTGTTATGCGTGCGATTTTTTCCCCTGTAAT
TAATTATTAAGAGCATGAAAGGATTTGTCGTTTTTGTTCTAAACTTCTTA
ATGGAGGTTCAAATAGAGCACTGCTTGGCATTTACATCATCGACTTATAG
TCCATTTATGAAATTAAGTCACAAAATCGATGAAGGAACAGCTTCTATTC
TTGACTATGATACGACGGATTGTCTTCCGGCAGCTACAAACAGGTTTAAA
CTCTACGTGAATCTCGAAGCCAAAAGGTTATCAGAGTATGCTAAGGTTTA
TTCTGCATCCTCCTCCAATGTATCGGCCCTCATCGACAAATTCCGTCATT
TTCATTTAACTAAGTCTACTCATAAAAAGGAAATATTACATCGATTAGAC
TCAGGCAAGGTCTTTAGAGTTCTGTAAGAATAATTACGCATTATAAGTTA
CCTTAATTTATTTATTTGTAAAAACAATCATTATATATTTTTAGCAAAAG
TCGAAGAATAAAATTGAAAAGAGATCATTTTTTTAAATAAATACCACGAG
TCCTACAAGAAAGCCCTCATTTATT back to top
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