LOC106571458 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC106571458
Entrez Gene ID	106571458
Full Name	probable G-protein coupled receptor 116
Gene Type	protein-coding
Organism	Salmo salar(Atlantic salmon)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014144594.1	XP_014000069.1	probable G-protein coupled receptor 116 isoform X2
XM_014144593.1	XP_014000068.1	probable G-protein coupled receptor 116 isoform X1
XM_014144595.1	XP_014000070.1	probable G-protein coupled receptor 116 isoform X3

Pathways from BioSystems
Gene Ontology

The following LOC106571458 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC106571458 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAt47269	XM_014144593.1 Latest version!	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt47270	XM_014144594.1 Latest version!	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OAt47271	XM_014144595.1 Latest version!	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

LOC106571458 ( XM_014144593.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014000068.1 Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAt47269
Clone ID Related Accession (Same CDS sequence)	XM_014144593.1
Accession Version	XM_014144593.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5316bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	probable G-protein coupled receptor 116 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338267.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGCCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AATAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGT CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCTACAACA GTTCCAACAG TACCGCAAAC TCTCTATGAG 
TACATGATTG AAATTGAACT GAACACCACA GACGTTACAG TGATAGATCA ACTGAGAGCC 
ATTCTGAGAA ATGCTATTTA CCCTGTCAGA ATCAATAATC TGATACAAAT CACTGGTGTT 
AACATGTCTA CAGTTTGCTA CCCAAATGGT ACTGGATTCC AGTGCAGATG TGAGGACCAG 
TATCGTTGGT CATGTGACCA GTGTGTCTCT TATGGGAATT GTGATGACAT CACATCTGAC 
ACGTGTGGAT GTATCAATGC CATTCCTCCA GATGGACAGT ACTGCCAGTC GGTTCACTAC 
CAAAACTTCA CAGCATGTCC AACAACAACA GCCTCTCCAA CAACAGACTC ATCAACACGT 
GAGCCCAGCA CTACAGATCA AATAACTACA GTTGATGCCA CAACACAACG GACCACAGTT 
ACTAACTCTA CAACACCTGA GGCCAGCACT ACAGAACAAA TAACTACAGC TGATAACACA 
ACACAACTGA CCACAGTTAC CAACTCTACG ACACCCGAGT CCAGCACTAC AGAACAAAGT 
ACTACAGCTG ACCTCACAAC ACAACTGAAC ACAGTTACCA ACTCTACGAC ACCTGAGGCC 
AGCACTACAG AACAAATGAC CAAAGTTACC AACTCTACAA CATCTGCACC CACAACAGGA 
GAAAGTACTA CAGCTGACCT CACAACACAA CTGACCACAG TTACCAACTC TACTACACCT 
GCAACAAAAC AGACCACTAC AGCTGATCCC ACAACACAAC CGACCACAGA CACTGGAAGT 
ACAGCAACTA CTGAACCACC AACAACAACA GCAATACCAC CACCAACACC AACAACTGCA 
AAACCAGCTG ATATTCTGTT GTTGGCGATG TCCTTCAAAA TGAATGTAGA TTTCACTAGC 
GACCTAAATG ATAAAAATAG TGACAAATAC AAAAAGTACA AAGGCGATAT TGAACCAGTT 
ATCTGGGGCC AGTATTGGAA GAACATGCCA GGGTTTATTT CAGCAGTATT GACAAGTTTC 
AGCCGTGGAA GTGTTATAGC CAACTTTGAT GTTATGACCA CAGCTGCAGA CCCCACTGCA 
ATTAGCAACG CTAATGCTGG AATTGCAACA TCACTTCCAG CTGTTTATAA AATTGATATT 
AGCTCTTTCA ATATTATTTA TAACAGTAAC ACAGTATTAA GTTATAAACC AACTACCATT 
TACTCTGGTG GCACCATGAC TCTGGAGTGT GGACCTCCTC CTGATACTGT AAAGATGGGC 
ACTATTAAAA ATGTTGAGTG GAAACGAAAC GGAAGAGTTT TAACATCGAC TGGAAGGTTC 
ACCATCAATA CAGAAGATTT TGCATCACAA AAGACAAAAC TTGCTATCAA AAATGTAATT 
GCTGAGGATG AAGGGAAATA CGAATGCACT CTGAAGAGTG ACAAAATCTA TTTCTACCAA 
ACGGGTCAAA TTGATATCAA AGATGCTCCC ATTATTCAAA CGAAGACAGA AATGAATACC 
AAATGTGAGG AGGGAAAAAG TCAGCCATTG GAGTGTTGTG TGCAGACTCC CTATAAACTA 
ATGTGGAAAG AAGGGGATGT GGAATTAATC ACAAATGAGA CTCCTGACAA TTGCATTAAA 
TTTAACTATC AAATTAAAAA CTGTAACAGA CCATCCATTG TCACATTAAC GTGCCAAGTG 
AAAGACCCAA CAGGATATGA AAAGACTACA AAATTGACTA TTTTCGTAGG AGCTATGATT 
TGCAAAGACG ATCCGGTATA TGGTAGTGGC CAAGTGAAAG ACACATCAGT GGCACCATGT 
GCTAAAGGTG AGGATGGAGA AAAGACAGCG ATATGTGGAA GCGATGGAAC ATGGAAAGTT 
CAGAGTAACA CTTGTGTCTT GACTGCAATC AATGCGCTAC TGGCCTCATC TCAGGAATTG 
GAAGAGGCAA CAGTTGGTGA TTTCTTAACA AAACTTAGTA ATACCTCTGG TAATCTAAAA 
GAGAAAATCG TTAGTTCAAT TGCAACTATT TCGACCATTG TTGATATTCT GAGAATTGTT 
GCAAGTGTTT CAAAGAATAT CAGCCAGTCT GCGATAAAGA ACATTCTAGA AACAGTGAAT 
GTCCTAGTTT CTGATGAAGC AAAAGCATCC TGGACCACTC TCAATGCCAA CCAAAGTAGA 
AACACCAGCT CTAGTTTACT GGGCTCCATG GAATTTTTTG CAGGTTCTCT CCCAACGAAG 
TCCTTTAACG TGACAACACA GCTAATTCAG TTAAATCAAA ACACAATTAA CAACTCATTC 
AGCACCGACT TAAATTCAAG TGTGTTAATA GAGATTCCAG AGACTAATTC CAATCACCTC 
ACCATCACCA CTCTAACGTT CTCCTCCCTC ATTAATGTGT TACCTGTCAG GAATGGCAGC 
ATTCAAAGTC TCAATGACAT CATCAATGGA CGTGTAGTGC TGGTAAAGGT GAATGGAACG 
ACTGAAAATG TCTTATTGAA CTTCGATAAG GTGAACAAGT CGCTCACACT CAATCCTCAG 
TGTGTTTTCT GGAACTTCAG CCTTTTTAAC AGCTTTGGAG GATGGGATAA CGCAGGATGT 
AATGTGAAGT CTAAGGAGAA TGGCAGGGTC ACCTGTCACT GTAACCATCT GACCTCCTTC 
TCCATTTTGA TGTCAACTTC CATTCCAAAA GAGATTCAAG ATGCTTTGGA TATAATCACT 
TATGTTGGAG TTGGCATATC GATGGGTAGT TTAGTCATTT GTCTCATCAT TGAGGCTTGT 
GTATGGAAGG CCATGACCAG AAACAACACC TCTTACATGC GCCATGTCTC CATTGTGAAC 
ATTGCTGTGT CTCTCCTGAT TGCCGACATT TGGTTCATTA TTGGTGCATC AATATCAAAA 
AATTCCCTTG AAAATCCAGG CGAGGACACC ACAACACCTA TACCGGCATG TACTGCAGCA 
ACGTTTTTCA TTCACTTTTT CTACCTTGCT CTGTTCTTTT GGATGCTGAT CTCAGGCCTT 
CTCCTTTTCT ACCGGACCGT CTTGGTTTTC TCCCATATGT CAAAATCAAC TATGCTGGCT 
ATTGGCTTCT CAGTAGGCTA TGGGGCACCT CTTATCATTG CTATTGTTAC TGTGGCAGCA 
ACAGCTCCAA GTGGTGGATA CATCAAGGAA AACCAGGCAT GTTGGCTCAA GTGGGACAAG 
ACAATGGCTC TCCTTGCTTT TGTGATCCCT GCCCTGACCA TAGTGGTCAT CAACTTTTTG 
ATCCTGATTG TGGTTCTGTA CAAAATGCTG AGGAGAGGCG TGGGGGATGC TTCCCAGCCA 
GATGAGAGAA ATGCTGTTGT GGTCATTGCC AGGTGTCTGG CTATTCTGAC TCCATTCTTT 
GGCCTTGCCT GGGGACTGGG AGTAGGAACC ATGGTTGATC CAACAAATAA GGGAATCCAT 
ATTGTATTTG CCCTCTTCAA TTCACTGCAG GGTTTCTTTG TTTTGGTGTT TGGAACACTT 
TTAGACGGCA AGATCCGGTC AGCTATAGCA GGAACGTTCT CTTCCATCCT CCCAGGCTCT 
GACCGTACGA GGAGTACCAG TGGTGGCGCG GCAACATCAT CAACCAGTGC ATTAAACTTC 
ATCCGAAGAA GGATAAGGAG GAATGTCTAC AATGTTTCAG AAGCTGCAAA TTCTTCCAAC 
AGCACTGATG CTATAGAGTC TTTCATTAAC ACCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_014000068.1
CDS	205..5520
Translation	MAITKNGLRVLVLLVTCSILETREFIEISSLVSQAFNTEYDPHPSHVREKRAILSNRWNYIIDVEVNVSDIKTIEQIKSAVNSTSLPLTINNSTEISDVDITTVCYPNGTGFQCICEDQYRWSYNNCVTYGSCDDITGDTCGCINANPADGQYCQPYTKPVTLFEYFVDVEVNVNDLKAIDELKNLLKNLSLPFALSSMINITDLNITTVCYPNGTGFQCRCEDKYRWSCNNCAIYGTCEENTDKPCGCINAIPSDGEYCQSVQNPNFPACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPITTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTDSSTREPSTTDQITTVDATTQRTTVTNSTTPEASTTEQITTADNTTQLTTVTNSTTPESSTTEQSTTADLTTQLNTVTNSTTPEASTTEQMTKVTNSTTSAPTTGESTTADLTTQLTTVTNSTTPATKQTTTADPTTQPTTDTGSTATTEPPTTTAIPPPTPTTAKPADILLLAMSFKMNVDFTSDLNDKNSDKYKKYKGDIEPVIWGQYWKNMPGFISAVLTSFSRGSVIANFDVMTTAADPTAISNANAGIATSLPAVYKIDISSFNIIYNSNTVLSYKPTTIYSGGTMTLECGPPPDTVKMGTIKNVEWKRNGRVLTSTGRFTINTEDFASQKTKLAIKNVIAEDEGKYECTLKSDKIYFYQTGQIDIKDAPIIQTKTEMNTKCEEGKSQPLECCVQTPYKLMWKEGDVELITNETPDNCIKFNYQIKNCNRPSIVTLTCQVKDPTGYEKTTKLTIFVGAMICKDDPVYGSGQVKDTSVAPCAKGEDGEKTAICGSDGTWKVQSNTCVLTAINALLASSQELEEATVGDFLTKLSNTSGNLKEKIVSSIATISTIVDILRIVASVSKNISQSAIKNILETVNVLVSDEAKASWTTLNANQSRNTSSSLLGSMEFFAGSLPTKSFNVTTQLIQLNQNTINNSFSTDLNSSVLIEIPETNSNHLTITTLTFSSLINVLPVRNGSIQSLNDIINGRVVLVKVNGTTENVLLNFDKVNKSLTLNPQCVFWNFSLFNSFGGWDNAGCNVKSKENGRVTCHCNHLTSFSILMSTSIPKEIQDALDIITYVGVGISMGSLVICLIIEACVWKAMTRNNTSYMRHVSIVNIAVSLLIADIWFIIGASISKNSLENPGEDTTTPIPACTAATFFIHFFYLALFFWMLISGLLLFYRTVLVFSHMSKSTMLAIGFSVGYGAPLIIAIVTVAATAPSGGYIKENQACWLKWDKTMALLAFVIPALTIVVINFLILIVVLYKMLRRGVGDASQPDERNAVVVIARCLAILTPFFGLAWGLGVGTMVDPTNKGIHIVFALFNSLQGFFVLVFGTLLDGKIRSAIAGTFSSILPGSDRTRSTSGGAATSSTSALNFIRRRIRRNVYNVSEAANSSNSTDAIESFINT

Target ORF information:

RefSeq Version	XM_014144593.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_014144593.1

ORF Insert Sequence:

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGCCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AATAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGT CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCTACAACA GTTCCAACAG TACCGCAAAC TCTCTATGAG 
TACATGATTG AAATTGAACT GAACACCACA GACGTTACAG TGATAGATCA ACTGAGAGCC 
ATTCTGAGAA ATGCTATTTA CCCTGTCAGA ATCAATAATC TGATACAAAT CACTGGTGTT 
AACATGTCTA CAGTTTGCTA CCCAAATGGT ACTGGATTCC AGTGCAGATG TGAGGACCAG 
TATCGTTGGT CATGTGACCA GTGTGTCTCT TATGGGAATT GTGATGACAT CACATCTGAC 
ACGTGTGGAT GTATCAATGC CATTCCTCCA GATGGACAGT ACTGCCAGTC GGTTCACTAC 
CAAAACTTCA CAGCATGTCC AACAACAACA GCCTCTCCAA CAACAGACTC ATCAACACGT 
GAGCCCAGCA CTACAGATCA AATAACTACA GTTGATGCCA CAACACAACG GACCACAGTT 
ACTAACTCTA CAACACCTGA GGCCAGCACT ACAGAACAAA TAACTACAGC TGATAACACA 
ACACAACTGA CCACAGTTAC CAACTCTACG ACACCCGAGT CCAGCACTAC AGAACAAAGT 
ACTACAGCTG ACCTCACAAC ACAACTGAAC ACAGTTACCA ACTCTACGAC ACCTGAGGCC 
AGCACTACAG AACAAATGAC CAAAGTTACC AACTCTACAA CATCTGCACC CACAACAGGA 
GAAAGTACTA CAGCTGACCT CACAACACAA CTGACCACAG TTACCAACTC TACTACACCT 
GCAACAAAAC AGACCACTAC AGCTGATCCC ACAACACAAC CGACCACAGA CACTGGAAGT 
ACAGCAACTA CTGAACCACC AACAACAACA GCAATACCAC CACCAACACC AACAACTGCA 
AAACCAGCTG ATATTCTGTT GTTGGCGATG TCCTTCAAAA TGAATGTAGA TTTCACTAGC 
GACCTAAATG ATAAAAATAG TGACAAATAC AAAAAGTACA AAGGCGATAT TGAACCAGTT 
ATCTGGGGCC AGTATTGGAA GAACATGCCA GGGTTTATTT CAGCAGTATT GACAAGTTTC 
AGCCGTGGAA GTGTTATAGC CAACTTTGAT GTTATGACCA CAGCTGCAGA CCCCACTGCA 
ATTAGCAACG CTAATGCTGG AATTGCAACA TCACTTCCAG CTGTTTATAA AATTGATATT 
AGCTCTTTCA ATATTATTTA TAACAGTAAC ACAGTATTAA GTTATAAACC AACTACCATT 
TACTCTGGTG GCACCATGAC TCTGGAGTGT GGACCTCCTC CTGATACTGT AAAGATGGGC 
ACTATTAAAA ATGTTGAGTG GAAACGAAAC GGAAGAGTTT TAACATCGAC TGGAAGGTTC 
ACCATCAATA CAGAAGATTT TGCATCACAA AAGACAAAAC TTGCTATCAA AAATGTAATT 
GCTGAGGATG AAGGGAAATA CGAATGCACT CTGAAGAGTG ACAAAATCTA TTTCTACCAA 
ACGGGTCAAA TTGATATCAA AGATGCTCCC ATTATTCAAA CGAAGACAGA AATGAATACC 
AAATGTGAGG AGGGAAAAAG TCAGCCATTG GAGTGTTGTG TGCAGACTCC CTATAAACTA 
ATGTGGAAAG AAGGGGATGT GGAATTAATC ACAAATGAGA CTCCTGACAA TTGCATTAAA 
TTTAACTATC AAATTAAAAA CTGTAACAGA CCATCCATTG TCACATTAAC GTGCCAAGTG 
AAAGACCCAA CAGGATATGA AAAGACTACA AAATTGACTA TTTTCGTAGG AGCTATGATT 
TGCAAAGACG ATCCGGTATA TGGTAGTGGC CAAGTGAAAG ACACATCAGT GGCACCATGT 
GCTAAAGGTG AGGATGGAGA AAAGACAGCG ATATGTGGAA GCGATGGAAC ATGGAAAGTT 
CAGAGTAACA CTTGTGTCTT GACTGCAATC AATGCGCTAC TGGCCTCATC TCAGGAATTG 
GAAGAGGCAA CAGTTGGTGA TTTCTTAACA AAACTTAGTA ATACCTCTGG TAATCTAAAA 
GAGAAAATCG TTAGTTCAAT TGCAACTATT TCGACCATTG TTGATATTCT GAGAATTGTT 
GCAAGTGTTT CAAAGAATAT CAGCCAGTCT GCGATAAAGA ACATTCTAGA AACAGTGAAT 
GTCCTAGTTT CTGATGAAGC AAAAGCATCC TGGACCACTC TCAATGCCAA CCAAAGTAGA 
AACACCAGCT CTAGTTTACT GGGCTCCATG GAATTTTTTG CAGGTTCTCT CCCAACGAAG 
TCCTTTAACG TGACAACACA GCTAATTCAG TTAAATCAAA ACACAATTAA CAACTCATTC 
AGCACCGACT TAAATTCAAG TGTGTTAATA GAGATTCCAG AGACTAATTC CAATCACCTC 
ACCATCACCA CTCTAACGTT CTCCTCCCTC ATTAATGTGT TACCTGTCAG GAATGGCAGC 
ATTCAAAGTC TCAATGACAT CATCAATGGA CGTGTAGTGC TGGTAAAGGT GAATGGAACG 
ACTGAAAATG TCTTATTGAA CTTCGATAAG GTGAACAAGT CGCTCACACT CAATCCTCAG 
TGTGTTTTCT GGAACTTCAG CCTTTTTAAC AGCTTTGGAG GATGGGATAA CGCAGGATGT 
AATGTGAAGT CTAAGGAGAA TGGCAGGGTC ACCTGTCACT GTAACCATCT GACCTCCTTC 
TCCATTTTGA TGTCAACTTC CATTCCAAAA GAGATTCAAG ATGCTTTGGA TATAATCACT 
TATGTTGGAG TTGGCATATC GATGGGTAGT TTAGTCATTT GTCTCATCAT TGAGGCTTGT 
GTATGGAAGG CCATGACCAG AAACAACACC TCTTACATGC GCCATGTCTC CATTGTGAAC 
ATTGCTGTGT CTCTCCTGAT TGCCGACATT TGGTTCATTA TTGGTGCATC AATATCAAAA 
AATTCCCTTG AAAATCCAGG CGAGGACACC ACAACACCTA TACCGGCATG TACTGCAGCA 
ACGTTTTTCA TTCACTTTTT CTACCTTGCT CTGTTCTTTT GGATGCTGAT CTCAGGCCTT 
CTCCTTTTCT ACCGGACCGT CTTGGTTTTC TCCCATATGT CAAAATCAAC TATGCTGGCT 
ATTGGCTTCT CAGTAGGCTA TGGGGCACCT CTTATCATTG CTATTGTTAC TGTGGCAGCA 
ACAGCTCCAA GTGGTGGATA CATCAAGGAA AACCAGGCAT GTTGGCTCAA GTGGGACAAG 
ACAATGGCTC TCCTTGCTTT TGTGATCCCT GCCCTGACCA TAGTGGTCAT CAACTTTTTG 
ATCCTGATTG TGGTTCTGTA CAAAATGCTG AGGAGAGGCG TGGGGGATGC TTCCCAGCCA 
GATGAGAGAA ATGCTGTTGT GGTCATTGCC AGGTGTCTGG CTATTCTGAC TCCATTCTTT 
GGCCTTGCCT GGGGACTGGG AGTAGGAACC ATGGTTGATC CAACAAATAA GGGAATCCAT 
ATTGTATTTG CCCTCTTCAA TTCACTGCAG GGTTTCTTTG TTTTGGTGTT TGGAACACTT 
TTAGACGGCA AGATCCGGTC AGCTATAGCA GGAACGTTCT CTTCCATCCT CCCAGGCTCT 
GACCGTACGA GGAGTACCAG TGGTGGCGCG GCAACATCAT CAACCAGTGC ATTAAACTTC 
ATCCGAAGAA GGATAAGGAG GAATGTCTAC AATGTTTCAG AAGCTGCAAA TTCTTCCAAC 
AGCACTGATG CTATAGAGTC TTTCATTAAC ACCTAA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC106571458 ( XM_014144594.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014000069.1 Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAt47270
Clone ID Related Accession (Same CDS sequence)	XM_014144594.1
Accession Version	XM_014144594.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5112bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	probable G-protein coupled receptor 116 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338267.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGCCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AATAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGT CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCTACAACA GTTCCAACAG TACCGCAAAC TCTCTATGAG 
TACATGATTG AAATTGAACT GAACACCACA GACGTTACAG TGATAGATCA ACTGAGAGCC 
ATTCTGAGAA ATGCTATTTA CCCTGTCAGA ATCAATAATC TGATACAAAT CACTGGTGTT 
AACATGTCTA CAGTTTGCTA CCCAAATGGT ACTGGATTCC AGTGCAGATG TGAGGACCAG 
TATCGTTGGT CATGTGACCA GTGTGTCTCT TATGGGAATT GTGATGACAT CACATCTGAC 
ACGTGTGGAT GTATCAATGC CATTCCTCCA GATGGACAGT ACTGCCAGTC GGTTCACTAC 
CAAAACTTCA CAGCATGTCC AACAACAACA GCCTCTCCAA CAACAGACTC ATCAACACGT 
GAGCCCAGCA CTACAGATCA AATAACTACA GTTGATGCCA CAACACAACG GACCACAGTT 
ACTAACTCTA CAACACCTGA GGCCAGCACT ACAGAACAAA TAACTACAGC TGATAACACA 
ACACAACTGA CCACAGTTAC CAACTCTACT ACACCTGCAA CAAAACAGAC CACTACAGCT 
GATCCCACAA CACAACCGAC CACAGACACT GGAAGTACAG CAACTACTGA ACCACCAACA 
ACAACAGCAA TACCACCACC AACACCAACA ACTGCAAAAC CAGCTGATAT TCTGTTGTTG 
GCGATGTCCT TCAAAATGAA TGTAGATTTC ACTAGCGACC TAAATGATAA AAATAGTGAC 
AAATACAAAA AGTACAAAGG CGATATTGAA CCAGTTATCT GGGGCCAGTA TTGGAAGAAC 
ATGCCAGGGT TTATTTCAGC AGTATTGACA AGTTTCAGCC GTGGAAGTGT TATAGCCAAC 
TTTGATGTTA TGACCACAGC TGCAGACCCC ACTGCAATTA GCAACGCTAA TGCTGGAATT 
GCAACATCAC TTCCAGCTGT TTATAAAATT GATATTAGCT CTTTCAATAT TATTTATAAC 
AGTAACACAG TATTAAGTTA TAAACCAACT ACCATTTACT CTGGTGGCAC CATGACTCTG 
GAGTGTGGAC CTCCTCCTGA TACTGTAAAG ATGGGCACTA TTAAAAATGT TGAGTGGAAA 
CGAAACGGAA GAGTTTTAAC ATCGACTGGA AGGTTCACCA TCAATACAGA AGATTTTGCA 
TCACAAAAGA CAAAACTTGC TATCAAAAAT GTAATTGCTG AGGATGAAGG GAAATACGAA 
TGCACTCTGA AGAGTGACAA AATCTATTTC TACCAAACGG GTCAAATTGA TATCAAAGAT 
GCTCCCATTA TTCAAACGAA GACAGAAATG AATACCAAAT GTGAGGAGGG AAAAAGTCAG 
CCATTGGAGT GTTGTGTGCA GACTCCCTAT AAACTAATGT GGAAAGAAGG GGATGTGGAA 
TTAATCACAA ATGAGACTCC TGACAATTGC ATTAAATTTA ACTATCAAAT TAAAAACTGT 
AACAGACCAT CCATTGTCAC ATTAACGTGC CAAGTGAAAG ACCCAACAGG ATATGAAAAG 
ACTACAAAAT TGACTATTTT CGTAGGAGCT ATGATTTGCA AAGACGATCC GGTATATGGT 
AGTGGCCAAG TGAAAGACAC ATCAGTGGCA CCATGTGCTA AAGGTGAGGA TGGAGAAAAG 
ACAGCGATAT GTGGAAGCGA TGGAACATGG AAAGTTCAGA GTAACACTTG TGTCTTGACT 
GCAATCAATG CGCTACTGGC CTCATCTCAG GAATTGGAAG AGGCAACAGT TGGTGATTTC 
TTAACAAAAC TTAGTAATAC CTCTGGTAAT CTAAAAGAGA AAATCGTTAG TTCAATTGCA 
ACTATTTCGA CCATTGTTGA TATTCTGAGA ATTGTTGCAA GTGTTTCAAA GAATATCAGC 
CAGTCTGCGA TAAAGAACAT TCTAGAAACA GTGAATGTCC TAGTTTCTGA TGAAGCAAAA 
GCATCCTGGA CCACTCTCAA TGCCAACCAA AGTAGAAACA CCAGCTCTAG TTTACTGGGC 
TCCATGGAAT TTTTTGCAGG TTCTCTCCCA ACGAAGTCCT TTAACGTGAC AACACAGCTA 
ATTCAGTTAA ATCAAAACAC AATTAACAAC TCATTCAGCA CCGACTTAAA TTCAAGTGTG 
TTAATAGAGA TTCCAGAGAC TAATTCCAAT CACCTCACCA TCACCACTCT AACGTTCTCC 
TCCCTCATTA ATGTGTTACC TGTCAGGAAT GGCAGCATTC AAAGTCTCAA TGACATCATC 
AATGGACGTG TAGTGCTGGT AAAGGTGAAT GGAACGACTG AAAATGTCTT ATTGAACTTC 
GATAAGGTGA ACAAGTCGCT CACACTCAAT CCTCAGTGTG TTTTCTGGAA CTTCAGCCTT 
TTTAACAGCT TTGGAGGATG GGATAACGCA GGATGTAATG TGAAGTCTAA GGAGAATGGC 
AGGGTCACCT GTCACTGTAA CCATCTGACC TCCTTCTCCA TTTTGATGTC AACTTCCATT 
CCAAAAGAGA TTCAAGATGC TTTGGATATA ATCACTTATG TTGGAGTTGG CATATCGATG 
GGTAGTTTAG TCATTTGTCT CATCATTGAG GCTTGTGTAT GGAAGGCCAT GACCAGAAAC 
AACACCTCTT ACATGCGCCA TGTCTCCATT GTGAACATTG CTGTGTCTCT CCTGATTGCC 
GACATTTGGT TCATTATTGG TGCATCAATA TCAAAAAATT CCCTTGAAAA TCCAGGCGAG 
GACACCACAA CACCTATACC GGCATGTACT GCAGCAACGT TTTTCATTCA CTTTTTCTAC 
CTTGCTCTGT TCTTTTGGAT GCTGATCTCA GGCCTTCTCC TTTTCTACCG GACCGTCTTG 
GTTTTCTCCC ATATGTCAAA ATCAACTATG CTGGCTATTG GCTTCTCAGT AGGCTATGGG 
GCACCTCTTA TCATTGCTAT TGTTACTGTG GCAGCAACAG CTCCAAGTGG TGGATACATC 
AAGGAAAACC AGGCATGTTG GCTCAAGTGG GACAAGACAA TGGCTCTCCT TGCTTTTGTG 
ATCCCTGCCC TGACCATAGT GGTCATCAAC TTTTTGATCC TGATTGTGGT TCTGTACAAA 
ATGCTGAGGA GAGGCGTGGG GGATGCTTCC CAGCCAGATG AGAGAAATGC TGTTGTGGTC 
ATTGCCAGGT GTCTGGCTAT TCTGACTCCA TTCTTTGGCC TTGCCTGGGG ACTGGGAGTA 
GGAACCATGG TTGATCCAAC AAATAAGGGA ATCCATATTG TATTTGCCCT CTTCAATTCA 
CTGCAGGGTT TCTTTGTTTT GGTGTTTGGA ACACTTTTAG ACGGCAAGAT CCGGTCAGCT 
ATAGCAGGAA CGTTCTCTTC CATCCTCCCA GGCTCTGACC GTACGAGGAG TACCAGTGGT 
GGCGCGGCAA CATCATCAAC CAGTGCATTA AACTTCATCC GAAGAAGGAT AAGGAGGAAT 
GTCTACAATG TTTCAGAAGC TGCAAATTCT TCCAACAGCA CTGATGCTAT AGAGTCTTTC 
ATTAACACCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_014000069.1
CDS	205..5316
Translation	MAITKNGLRVLVLLVTCSILETREFIEISSLVSQAFNTEYDPHPSHVREKRAILSNRWNYIIDVEVNVSDIKTIEQIKSAVNSTSLPLTINNSTEISDVDITTVCYPNGTGFQCICEDQYRWSYNNCVTYGSCDDITGDTCGCINANPADGQYCQPYTKPVTLFEYFVDVEVNVNDLKAIDELKNLLKNLSLPFALSSMINITDLNITTVCYPNGTGFQCRCEDKYRWSCNNCAIYGTCEENTDKPCGCINAIPSDGEYCQSVQNPNFPACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPITTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTDSSTREPSTTDQITTVDATTQRTTVTNSTTPEASTTEQITTADNTTQLTTVTNSTTPATKQTTTADPTTQPTTDTGSTATTEPPTTTAIPPPTPTTAKPADILLLAMSFKMNVDFTSDLNDKNSDKYKKYKGDIEPVIWGQYWKNMPGFISAVLTSFSRGSVIANFDVMTTAADPTAISNANAGIATSLPAVYKIDISSFNIIYNSNTVLSYKPTTIYSGGTMTLECGPPPDTVKMGTIKNVEWKRNGRVLTSTGRFTINTEDFASQKTKLAIKNVIAEDEGKYECTLKSDKIYFYQTGQIDIKDAPIIQTKTEMNTKCEEGKSQPLECCVQTPYKLMWKEGDVELITNETPDNCIKFNYQIKNCNRPSIVTLTCQVKDPTGYEKTTKLTIFVGAMICKDDPVYGSGQVKDTSVAPCAKGEDGEKTAICGSDGTWKVQSNTCVLTAINALLASSQELEEATVGDFLTKLSNTSGNLKEKIVSSIATISTIVDILRIVASVSKNISQSAIKNILETVNVLVSDEAKASWTTLNANQSRNTSSSLLGSMEFFAGSLPTKSFNVTTQLIQLNQNTINNSFSTDLNSSVLIEIPETNSNHLTITTLTFSSLINVLPVRNGSIQSLNDIINGRVVLVKVNGTTENVLLNFDKVNKSLTLNPQCVFWNFSLFNSFGGWDNAGCNVKSKENGRVTCHCNHLTSFSILMSTSIPKEIQDALDIITYVGVGISMGSLVICLIIEACVWKAMTRNNTSYMRHVSIVNIAVSLLIADIWFIIGASISKNSLENPGEDTTTPIPACTAATFFIHFFYLALFFWMLISGLLLFYRTVLVFSHMSKSTMLAIGFSVGYGAPLIIAIVTVAATAPSGGYIKENQACWLKWDKTMALLAFVIPALTIVVINFLILIVVLYKMLRRGVGDASQPDERNAVVVIARCLAILTPFFGLAWGLGVGTMVDPTNKGIHIVFALFNSLQGFFVLVFGTLLDGKIRSAIAGTFSSILPGSDRTRSTSGGAATSSTSALNFIRRRIRRNVYNVSEAANSSNSTDAIESFINT

Target ORF information:

RefSeq Version	XM_014144594.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_014144594.1

ORF Insert Sequence:

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGCCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AATAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGT CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCTACAACA GTTCCAACAG TACCGCAAAC TCTCTATGAG 
TACATGATTG AAATTGAACT GAACACCACA GACGTTACAG TGATAGATCA ACTGAGAGCC 
ATTCTGAGAA ATGCTATTTA CCCTGTCAGA ATCAATAATC TGATACAAAT CACTGGTGTT 
AACATGTCTA CAGTTTGCTA CCCAAATGGT ACTGGATTCC AGTGCAGATG TGAGGACCAG 
TATCGTTGGT CATGTGACCA GTGTGTCTCT TATGGGAATT GTGATGACAT CACATCTGAC 
ACGTGTGGAT GTATCAATGC CATTCCTCCA GATGGACAGT ACTGCCAGTC GGTTCACTAC 
CAAAACTTCA CAGCATGTCC AACAACAACA GCCTCTCCAA CAACAGACTC ATCAACACGT 
GAGCCCAGCA CTACAGATCA AATAACTACA GTTGATGCCA CAACACAACG GACCACAGTT 
ACTAACTCTA CAACACCTGA GGCCAGCACT ACAGAACAAA TAACTACAGC TGATAACACA 
ACACAACTGA CCACAGTTAC CAACTCTACT ACACCTGCAA CAAAACAGAC CACTACAGCT 
GATCCCACAA CACAACCGAC CACAGACACT GGAAGTACAG CAACTACTGA ACCACCAACA 
ACAACAGCAA TACCACCACC AACACCAACA ACTGCAAAAC CAGCTGATAT TCTGTTGTTG 
GCGATGTCCT TCAAAATGAA TGTAGATTTC ACTAGCGACC TAAATGATAA AAATAGTGAC 
AAATACAAAA AGTACAAAGG CGATATTGAA CCAGTTATCT GGGGCCAGTA TTGGAAGAAC 
ATGCCAGGGT TTATTTCAGC AGTATTGACA AGTTTCAGCC GTGGAAGTGT TATAGCCAAC 
TTTGATGTTA TGACCACAGC TGCAGACCCC ACTGCAATTA GCAACGCTAA TGCTGGAATT 
GCAACATCAC TTCCAGCTGT TTATAAAATT GATATTAGCT CTTTCAATAT TATTTATAAC 
AGTAACACAG TATTAAGTTA TAAACCAACT ACCATTTACT CTGGTGGCAC CATGACTCTG 
GAGTGTGGAC CTCCTCCTGA TACTGTAAAG ATGGGCACTA TTAAAAATGT TGAGTGGAAA 
CGAAACGGAA GAGTTTTAAC ATCGACTGGA AGGTTCACCA TCAATACAGA AGATTTTGCA 
TCACAAAAGA CAAAACTTGC TATCAAAAAT GTAATTGCTG AGGATGAAGG GAAATACGAA 
TGCACTCTGA AGAGTGACAA AATCTATTTC TACCAAACGG GTCAAATTGA TATCAAAGAT 
GCTCCCATTA TTCAAACGAA GACAGAAATG AATACCAAAT GTGAGGAGGG AAAAAGTCAG 
CCATTGGAGT GTTGTGTGCA GACTCCCTAT AAACTAATGT GGAAAGAAGG GGATGTGGAA 
TTAATCACAA ATGAGACTCC TGACAATTGC ATTAAATTTA ACTATCAAAT TAAAAACTGT 
AACAGACCAT CCATTGTCAC ATTAACGTGC CAAGTGAAAG ACCCAACAGG ATATGAAAAG 
ACTACAAAAT TGACTATTTT CGTAGGAGCT ATGATTTGCA AAGACGATCC GGTATATGGT 
AGTGGCCAAG TGAAAGACAC ATCAGTGGCA CCATGTGCTA AAGGTGAGGA TGGAGAAAAG 
ACAGCGATAT GTGGAAGCGA TGGAACATGG AAAGTTCAGA GTAACACTTG TGTCTTGACT 
GCAATCAATG CGCTACTGGC CTCATCTCAG GAATTGGAAG AGGCAACAGT TGGTGATTTC 
TTAACAAAAC TTAGTAATAC CTCTGGTAAT CTAAAAGAGA AAATCGTTAG TTCAATTGCA 
ACTATTTCGA CCATTGTTGA TATTCTGAGA ATTGTTGCAA GTGTTTCAAA GAATATCAGC 
CAGTCTGCGA TAAAGAACAT TCTAGAAACA GTGAATGTCC TAGTTTCTGA TGAAGCAAAA 
GCATCCTGGA CCACTCTCAA TGCCAACCAA AGTAGAAACA CCAGCTCTAG TTTACTGGGC 
TCCATGGAAT TTTTTGCAGG TTCTCTCCCA ACGAAGTCCT TTAACGTGAC AACACAGCTA 
ATTCAGTTAA ATCAAAACAC AATTAACAAC TCATTCAGCA CCGACTTAAA TTCAAGTGTG 
TTAATAGAGA TTCCAGAGAC TAATTCCAAT CACCTCACCA TCACCACTCT AACGTTCTCC 
TCCCTCATTA ATGTGTTACC TGTCAGGAAT GGCAGCATTC AAAGTCTCAA TGACATCATC 
AATGGACGTG TAGTGCTGGT AAAGGTGAAT GGAACGACTG AAAATGTCTT ATTGAACTTC 
GATAAGGTGA ACAAGTCGCT CACACTCAAT CCTCAGTGTG TTTTCTGGAA CTTCAGCCTT 
TTTAACAGCT TTGGAGGATG GGATAACGCA GGATGTAATG TGAAGTCTAA GGAGAATGGC 
AGGGTCACCT GTCACTGTAA CCATCTGACC TCCTTCTCCA TTTTGATGTC AACTTCCATT 
CCAAAAGAGA TTCAAGATGC TTTGGATATA ATCACTTATG TTGGAGTTGG CATATCGATG 
GGTAGTTTAG TCATTTGTCT CATCATTGAG GCTTGTGTAT GGAAGGCCAT GACCAGAAAC 
AACACCTCTT ACATGCGCCA TGTCTCCATT GTGAACATTG CTGTGTCTCT CCTGATTGCC 
GACATTTGGT TCATTATTGG TGCATCAATA TCAAAAAATT CCCTTGAAAA TCCAGGCGAG 
GACACCACAA CACCTATACC GGCATGTACT GCAGCAACGT TTTTCATTCA CTTTTTCTAC 
CTTGCTCTGT TCTTTTGGAT GCTGATCTCA GGCCTTCTCC TTTTCTACCG GACCGTCTTG 
GTTTTCTCCC ATATGTCAAA ATCAACTATG CTGGCTATTG GCTTCTCAGT AGGCTATGGG 
GCACCTCTTA TCATTGCTAT TGTTACTGTG GCAGCAACAG CTCCAAGTGG TGGATACATC 
AAGGAAAACC AGGCATGTTG GCTCAAGTGG GACAAGACAA TGGCTCTCCT TGCTTTTGTG 
ATCCCTGCCC TGACCATAGT GGTCATCAAC TTTTTGATCC TGATTGTGGT TCTGTACAAA 
ATGCTGAGGA GAGGCGTGGG GGATGCTTCC CAGCCAGATG AGAGAAATGC TGTTGTGGTC 
ATTGCCAGGT GTCTGGCTAT TCTGACTCCA TTCTTTGGCC TTGCCTGGGG ACTGGGAGTA 
GGAACCATGG TTGATCCAAC AAATAAGGGA ATCCATATTG TATTTGCCCT CTTCAATTCA 
CTGCAGGGTT TCTTTGTTTT GGTGTTTGGA ACACTTTTAG ACGGCAAGAT CCGGTCAGCT 
ATAGCAGGAA CGTTCTCTTC CATCCTCCCA GGCTCTGACC GTACGAGGAG TACCAGTGGT 
GGCGCGGCAA CATCATCAAC CAGTGCATTA AACTTCATCC GAAGAAGGAT AAGGAGGAAT 
GTCTACAATG TTTCAGAAGC TGCAAATTCT TCCAACAGCA CTGATGCTAT AGAGTCTTTC 
ATTAACACCT AA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

LOC106571458 ( XM_014144595.1 ) cDNA ORF clone, Salmo salar(Atlantic salmon) -> XP_014000070.1 Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X3, mRNA.

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CloneID	OAt47271
Clone ID Related Accession (Same CDS sequence)	XM_014144595.1
Accession Version	XM_014144595.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4941bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1442678400000
Organism	Salmo salar(Atlantic salmon)
Product	probable G-protein coupled receptor 116 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_012338267.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Salmo salar Annotation Release 100 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGTCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AACAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGC CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCAACAACA GACTCATCAA CACGTGAGCC CAGCACTACA 
GATCAAATAA CTACAGTTGA TGCCACAACA CAACGGACCA CAGTTACTAA CTCTACAACA 
CCTGAGGCCA GCACTACAGA ACAAATAACT ACAGCTGATA ACACAACACA ACTGACCACA 
GTTACCAACT CTACGACACC CGAGTCCAGC ACTACAGAAC AAAGTACTAC AGCTGACCTC 
ACAACACAAC TGAACACAGT TACCAACTCT ACGACACCTG AGGCCAGCAC TACAGAACAA 
ATGACCAAAG TTACCAACTC TACAACATCT GCACCCACAA CAGGAGAAAG TACTACAGCT 
GACCTCACAA CACAACTGAC CACAGTTACC AACTCTACTA CACCTGCAAC AAAACAGACC 
ACTACAGCTG ATCCCACAAC ACAACCGACC ACAGACACTG GAAGTACAGC AACTACTGAA 
CCACCAACAA CAACAGCAAT ACCACCACCA ACACCAACAA CTGCAAAACC AGCTGATATT 
CTGTTGTTGG CGATGTCCTT CAAAATGAAT GTAGATTTCA CTAGCGACCT AAATGATAAA 
AATAGTGACA AATACAAAAA GTACAAAGGC GATATTGAAC CAGTTATCTG GGGCCAGTAT 
TGGAAGAACA TGCCAGGGTT TATTTCAGCA GTATTGACAA GTTTCAGCCG TGGAAGTGTT 
ATAGCCAACT TTGATGTTAT GACCACAGCT GCAGACCCCA CTGCAATTAG CAACGCTAAT 
GCTGGAATTG CAACATCACT TCCAGCTGTT TATAAAATTG ATATTAGCTC TTTCAATATT 
ATTTATAACA GTAACACAGT ATTAAGTTAT AAACCAACTA CCATTTACTC TGGTGGCACC 
ATGACTCTGG AGTGTGGACC TCCTCCTGAT ACTGTAAAGA TGGGCACTAT TAAAAATGTT 
GAGTGGAAAC GAAACGGAAG AGTTTTAACA TCGACTGGAA GGTTCACCAT CAATACAGAA 
GATTTTGCAT CACAAAAGAC AAAACTTGCT ATCAAAAATG TAATTGCTGA GGATGAAGGG 
AAATACGAAT GCACTCTGAA GAGTGACAAA ATCTATTTCT ACCAAACGGG TCAAATTGAT 
ATCAAAGATG CTCCCATTAT TCAAACGAAG ACAGAAATGA ATACCAAATG TGAGGAGGGA 
AAAAGTCAGC CATTGGAGTG TTGTGTGCAG ACTCCCTATA AACTAATGTG GAAAGAAGGG 
GATGTGGAAT TAATCACAAA TGAGACTCCT GACAATTGCA TTAAATTTAA CTATCAAATT 
AAAAACTGTA ACAGACCATC CATTGTCACA TTAACGTGCC AAGTGAAAGA CCCAACAGGA 
TATGAAAAGA CTACAAAATT GACTATTTTC GTAGGAGCTA TGATTTGCAA AGACGATCCG 
GTATATGGTA GTGGCCAAGT GAAAGACACA TCAGTGGCAC CATGTGCTAA AGGTGAGGAT 
GGAGAAAAGA CAGCGATATG TGGAAGCGAT GGAACATGGA AAGTTCAGAG TAACACTTGT 
GTCTTGACTG CAATCAATGC GCTACTGGCC TCATCTCAGG AATTGGAAGA GGCAACAGTT 
GGTGATTTCT TAACAAAACT TAGTAATACC TCTGGTAATC TAAAAGAGAA AATCGTTAGT 
TCAATTGCAA CTATTTCGAC CATTGTTGAT ATTCTGAGAA TTGTTGCAAG TGTTTCAAAG 
AATATCAGCC AGTCTGCGAT AAAGAACATT CTAGAAACAG TGAATGTCCT AGTTTCTGAT 
GAAGCAAAAG CATCCTGGAC CACTCTCAAT GCCAACCAAA GTAGAAACAC CAGCTCTAGT 
TTACTGGGCT CCATGGAATT TTTTGCAGGT TCTCTCCCAA CGAAGTCCTT TAACGTGACA 
ACACAGCTAA TTCAGTTAAA TCAAAACACA ATTAACAACT CATTCAGCAC CGACTTAAAT 
TCAAGTGTGT TAATAGAGAT TCCAGAGACT AATTCCAATC ACCTCACCAT CACCACTCTA 
ACGTTCTCCT CCCTCATTAA TGTGTTACCT GTCAGGAATG GCAGCATTCA AAGTCTCAAT 
GACATCATCA ATGGACGTGT AGTGCTGGTA AAGGTGAATG GAACGACTGA AAATGTCTTA 
TTGAACTTCG ATAAGGTGAA CAAGTCGCTC ACACTCAATC CTCAGTGTGT TTTCTGGAAC 
TTCAGCCTTT TTAACAGCTT TGGAGGATGG GATAACGCAG GATGTAATGT GAAGTCTAAG 
GAGAATGGCA GGGTCACCTG TCACTGTAAC CATCTGACCT CCTTCTCCAT TTTGATGTCA 
ACTTCCATTC CAAAAGAGAT TCAAGATGCT TTGGATATAA TCACTTATGT TGGAGTTGGC 
ATATCGATGG GTAGTTTAGT CATTTGTCTC ATCATTGAGG CTTGTGTATG GAAGGCCATG 
ACCAGAAACA ACACCTCTTA CATGCGCCAT GTCTCCATTG TGAACATTGC TGTGTCTCTC 
CTGATTGCCG ACATTTGGTT CATTATTGGT GCATCAATAT CAAAAAATTC CCTTGAAAAT 
CCAGGCGAGG ACACCACAAC ACCTATACCG GCATGTACTG CAGCAACGTT TTTCATTCAC 
TTTTTCTACC TTGCTCTGTT CTTTTGGATG CTGATCTCAG GCCTTCTCCT TTTCTACCGG 
ACCGTCTTGG TTTTCTCCCA TATGTCAAAA TCAACTATGC TGGCTATTGG CTTCTCAGTA 
GGCTATGGGG CACCTCTTAT CATTGCTATT GTTACTGTGG CAGCAACAGC TCCAAGTGGT 
GGATACATCA AGGAAAACCA GGCATGTTGG CTCAAGTGGG ACAAGACAAT GGCTCTCCTT 
GCTTTTGTGA TCCCTGCCCT GACCATAGTG GTCATCAACT TTTTGATCCT GATTGTGGTT 
CTGTACAAAA TGCTGAGGAG AGGCGTGGGG GATGCTTCCC AGCCAGATGA GAGAAATGCT 
GTTGTGGTCA TTGCCAGGTG TCTGGCTATT CTGACTCCAT TCTTTGGCCT TGCCTGGGGA 
CTGGGAGTAG GAACCATGGT TGATCCAACA AATAAGGGAA TCCATATTGT ATTTGCCCTC 
TTCAATTCAC TGCAGGGTTT CTTTGTTTTG GTGTTTGGAA CACTTTTAGA CGGCAAGATC 
CGGTCAGCTA TAGCAGGAAC GTTCTCTTCC ATCCTCCCAG GCTCTGACCG TACGAGGAGT 
ACCAGTGGTG GCGCGGCAAC ATCATCAACC AGTGCATTAA ACTTCATCCG AAGAAGGATA 
AGGAGGAATG TCTACAATGT TTCAGAAGCT GCAAATTCTT CCAACAGCAC TGATGCTATA 
GAGTCTTTCA TTAACACCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_014000070.1
CDS	205..5145
Translation	MAITKNGLRVLVLLVTCSILETREFIEISSLVSQAFNTEYDPHPSHVREKRAILSNRWNYIIDVEVNVSDIKTIEQIKSAVNSTSLPLTINNSTEISDVDITTVCYPNGTGFQCICEDQYRWSYNNCVTYGSCDDITGDTCGCINANPADGQYCQPYTKPVTLFEYFVDVEVNVNDLKAIDELKNLLKNLSLPFALSSMINITDLNITTVCYPNGTGFQCRCEDKYRWSCNNCAIYGTCEENTDKPCGCINAIPSDGEYCQSVQNPNFPACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTVPTVPQTLYEYMIEIELNTTDVTVIDQLRAILRNAIYPVRINNLIQITGVNMSTVCYPNGTGFQCRCEDQYRWSCDQCVSYGNCDDITSDTCGCINAIPPDGQYCQSVHYQNFTACPTTTASPTTDSSTREPSTTDQITTVDATTQRTTVTNSTTPEASTTEQITTADNTTQLTTVTNSTTPESSTTEQSTTADLTTQLNTVTNSTTPEASTTEQMTKVTNSTTSAPTTGESTTADLTTQLTTVTNSTTPATKQTTTADPTTQPTTDTGSTATTEPPTTTAIPPPTPTTAKPADILLLAMSFKMNVDFTSDLNDKNSDKYKKYKGDIEPVIWGQYWKNMPGFISAVLTSFSRGSVIANFDVMTTAADPTAISNANAGIATSLPAVYKIDISSFNIIYNSNTVLSYKPTTIYSGGTMTLECGPPPDTVKMGTIKNVEWKRNGRVLTSTGRFTINTEDFASQKTKLAIKNVIAEDEGKYECTLKSDKIYFYQTGQIDIKDAPIIQTKTEMNTKCEEGKSQPLECCVQTPYKLMWKEGDVELITNETPDNCIKFNYQIKNCNRPSIVTLTCQVKDPTGYEKTTKLTIFVGAMICKDDPVYGSGQVKDTSVAPCAKGEDGEKTAICGSDGTWKVQSNTCVLTAINALLASSQELEEATVGDFLTKLSNTSGNLKEKIVSSIATISTIVDILRIVASVSKNISQSAIKNILETVNVLVSDEAKASWTTLNANQSRNTSSSLLGSMEFFAGSLPTKSFNVTTQLIQLNQNTINNSFSTDLNSSVLIEIPETNSNHLTITTLTFSSLINVLPVRNGSIQSLNDIINGRVVLVKVNGTTENVLLNFDKVNKSLTLNPQCVFWNFSLFNSFGGWDNAGCNVKSKENGRVTCHCNHLTSFSILMSTSIPKEIQDALDIITYVGVGISMGSLVICLIIEACVWKAMTRNNTSYMRHVSIVNIAVSLLIADIWFIIGASISKNSLENPGEDTTTPIPACTAATFFIHFFYLALFFWMLISGLLLFYRTVLVFSHMSKSTMLAIGFSVGYGAPLIIAIVTVAATAPSGGYIKENQACWLKWDKTMALLAFVIPALTIVVINFLILIVVLYKMLRRGVGDASQPDERNAVVVIARCLAILTPFFGLAWGLGVGTMVDPTNKGIHIVFALFNSLQGFFVLVFGTLLDGKIRSAIAGTFSSILPGSDRTRSTSGGAATSSTSALNFIRRRIRRNVYNVSEAANSSNSTDAIESFINT

Target ORF information:

RefSeq Version	XM_014144595.1
Organism	Salmo salar(Atlantic salmon)
Definition	Salmo salar probable G-protein coupled receptor 116 (LOC106571458), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_014144595.1

ORF Insert Sequence:

ATGGCAATAA CAAAGAATGG GCTGAGAGTC CTTGTCCTCC TGGTGACATG CTCTATTTTG 
GAAACACGGG AATTCATTGA AATTTCAAGC CTTGTTTCAC AGGCATTCAA CACAGAGTAC 
GACCCACATC CGTCACATGT TAGGGAAAAA AGAGCAATAT TATCCAATCG ATGGAACTAC 
ATAATTGATG TTGAAGTGAA CGTGTCAGAC ATCAAAACAA TAGAACAAAT TAAGTCAGCT 
GTGAATTCAA CAAGTCTTCC CCTCACTATC AACAACTCCA CTGAAATCTC TGATGTTGAC 
ATCACTACTG TCTGCTACCC AAATGGTACT GGATTCCAGT GCATATGTGA GGACCAGTAT 
CGTTGGTCAT ATAACAACTG TGTCACGTAT GGATCCTGTG ATGACATCAC TGGTGACACA 
TGTGGATGTA TCAATGCAAA TCCAGCTGAT GGACAGTACT GCCAGCCATA CACAAAACCT 
GTAACTCTTT TTGAGTACTT TGTGGATGTT GAGGTCAATG TCAATGACTT AAAAGCCATA 
GACGAACTGA AGAACCTTCT GAAAAACCTC AGTTTACCAT TCGCACTTAG TAGCATGATC 
AACATCACTG ATCTCAACAT AACTACAGTG TGCTACCCAA ATGGTACTGG ATTCCAGTGC 
AGATGTGAGG ACAAGTACCG TTGGTCATGT AACAATTGCG CCATCTATGG GACATGTGAG 
GAAAATACAG ACAAACCCTG TGGATGTATT AATGCAATTC CTTCCGATGG AGAGTACTGC 
CAGTCGGTTC AAAACCCAAA TTTTCCAGCA TGTCCAACAA CAACAGCCTC TCCTACAACA 
GTTCCAACAG TACCGCAAAC TCTCTATGAG TACATGATTG AAATTGAACT GAACACCACA 
GACGTTACAG TGATAGATCA ACTGAGAGCC ATTCTGAGAA ATGCTATTTA CCCTGTCAGA 
ATCAATAATC TGATACAAAT CACTGGTGTT AACATGTCTA CAGTTTGCTA CCCAAATGGT 
ACTGGATTCC AGTGCAGATG TGAGGACCAG TATCGTTGGT CATGTGACCA GTGTGTCTCT 
TATGGGAATT GTGATGACAT CACATCTGAC ACGTGTGGAT GTATCAATGC CATTCCTCCA 
GATGGACAGT ACTGTCAGTC GGTTCACTAC CAAAACTTCA CAGCATGTCC AACAACAACA 
GCCTCTCCTA CAACAGTTCC AACAGTACCG CAAACTCTCT ATGAGTACAT GATTGAAATT 
GAACTGAACA CCACAGACGT TACAGTGATA GATCAACTGA GAGCCATTCT GAGAAATGCT 
ATTTACCCTG TCAGAATCAA TAATCTGATA CAAATCACTG GTGTTAACAT GTCTACAGTT 
TGCTACCCAA ATGGTACTGG ATTCCAGTGC AGATGTGAGG ACCAGTATCG TTGGTCATGT 
GACCAGTGTG TCTCTTATGG GAATTGTGAT GACATCACAT CTGACACGTG TGGATGTATC 
AATGCCATTC CTCCAGATGG ACAGTACTGC CAGTCGGTTC ACTACCAAAA CTTCACAGCA 
TGTCCAACAA CAACAGCCTC TCCAACAACA GACTCATCAA CACGTGAGCC CAGCACTACA 
GATCAAATAA CTACAGTTGA TGCCACAACA CAACGGACCA CAGTTACTAA CTCTACAACA 
CCTGAGGCCA GCACTACAGA ACAAATAACT ACAGCTGATA ACACAACACA ACTGACCACA 
GTTACCAACT CTACGACACC CGAGTCCAGC ACTACAGAAC AAAGTACTAC AGCTGACCTC 
ACAACACAAC TGAACACAGT TACCAACTCT ACGACACCTG AGGCCAGCAC TACAGAACAA 
ATGACCAAAG TTACCAACTC TACAACATCT GCACCCACAA CAGGAGAAAG TACTACAGCT 
GACCTCACAA CACAACTGAC CACAGTTACC AACTCTACTA CACCTGCAAC AAAACAGACC 
ACTACAGCTG ATCCCACAAC ACAACCGACC ACAGACACTG GAAGTACAGC AACTACTGAA 
CCACCAACAA CAACAGCAAT ACCACCACCA ACACCAACAA CTGCAAAACC AGCTGATATT 
CTGTTGTTGG CGATGTCCTT CAAAATGAAT GTAGATTTCA CTAGCGACCT AAATGATAAA 
AATAGTGACA AATACAAAAA GTACAAAGGC GATATTGAAC CAGTTATCTG GGGCCAGTAT 
TGGAAGAACA TGCCAGGGTT TATTTCAGCA GTATTGACAA GTTTCAGCCG TGGAAGTGTT 
ATAGCCAACT TTGATGTTAT GACCACAGCT GCAGACCCCA CTGCAATTAG CAACGCTAAT 
GCTGGAATTG CAACATCACT TCCAGCTGTT TATAAAATTG ATATTAGCTC TTTCAATATT 
ATTTATAACA GTAACACAGT ATTAAGTTAT AAACCAACTA CCATTTACTC TGGTGGCACC 
ATGACTCTGG AGTGTGGACC TCCTCCTGAT ACTGTAAAGA TGGGCACTAT TAAAAATGTT 
GAGTGGAAAC GAAACGGAAG AGTTTTAACA TCGACTGGAA GGTTCACCAT CAATACAGAA 
GATTTTGCAT CACAAAAGAC AAAACTTGCT ATCAAAAATG TAATTGCTGA GGATGAAGGG 
AAATACGAAT GCACTCTGAA GAGTGACAAA ATCTATTTCT ACCAAACGGG TCAAATTGAT 
ATCAAAGATG CTCCCATTAT TCAAACGAAG ACAGAAATGA ATACCAAATG TGAGGAGGGA 
AAAAGTCAGC CATTGGAGTG TTGTGTGCAG ACTCCCTATA AACTAATGTG GAAAGAAGGG 
GATGTGGAAT TAATCACAAA TGAGACTCCT GACAATTGCA TTAAATTTAA CTATCAAATT 
AAAAACTGTA ACAGACCATC CATTGTCACA TTAACGTGCC AAGTGAAAGA CCCAACAGGA 
TATGAAAAGA CTACAAAATT GACTATTTTC GTAGGAGCTA TGATTTGCAA AGACGATCCG 
GTATATGGTA GTGGCCAAGT GAAAGACACA TCAGTGGCAC CATGTGCTAA AGGTGAGGAT 
GGAGAAAAGA CAGCGATATG TGGAAGCGAT GGAACATGGA AAGTTCAGAG TAACACTTGT 
GTCTTGACTG CAATCAATGC GCTACTGGCC TCATCTCAGG AATTGGAAGA GGCAACAGTT 
GGTGATTTCT TAACAAAACT TAGTAATACC TCTGGTAATC TAAAAGAGAA AATCGTTAGT 
TCAATTGCAA CTATTTCGAC CATTGTTGAT ATTCTGAGAA TTGTTGCAAG TGTTTCAAAG 
AATATCAGCC AGTCTGCGAT AAAGAACATT CTAGAAACAG TGAATGTCCT AGTTTCTGAT 
GAAGCAAAAG CATCCTGGAC CACTCTCAAT GCCAACCAAA GTAGAAACAC CAGCTCTAGT 
TTACTGGGCT CCATGGAATT TTTTGCAGGT TCTCTCCCAA CGAAGTCCTT TAACGTGACA 
ACACAGCTAA TTCAGTTAAA TCAAAACACA ATTAACAACT CATTCAGCAC CGACTTAAAT 
TCAAGTGTGT TAATAGAGAT TCCAGAGACT AATTCCAATC ACCTCACCAT CACCACTCTA 
ACGTTCTCCT CCCTCATTAA TGTGTTACCT GTCAGGAATG GCAGCATTCA AAGTCTCAAT 
GACATCATCA ATGGACGTGT AGTGCTGGTA AAGGTGAATG GAACGACTGA AAATGTCTTA 
TTGAACTTCG ATAAGGTGAA CAAGTCGCTC ACACTCAATC CTCAGTGTGT TTTCTGGAAC 
TTCAGCCTTT TTAACAGCTT TGGAGGATGG GATAACGCAG GATGTAATGT GAAGTCTAAG 
GAGAATGGCA GGGTCACCTG TCACTGTAAC CATCTGACCT CCTTCTCCAT TTTGATGTCA 
ACTTCCATTC CAAAAGAGAT TCAAGATGCT TTGGATATAA TCACTTATGT TGGAGTTGGC 
ATATCGATGG GTAGTTTAGT CATTTGTCTC ATCATTGAGG CTTGTGTATG GAAGGCCATG 
ACCAGAAACA ACACCTCTTA CATGCGCCAT GTCTCCATTG TGAACATTGC TGTGTCTCTC 
CTGATTGCCG ACATTTGGTT CATTATTGGT GCATCAATAT CAAAAAATTC CCTTGAAAAT 
CCAGGCGAGG ACACCACAAC ACCTATACCG GCATGTACTG CAGCAACGTT TTTCATTCAC 
TTTTTCTACC TTGCTCTGTT CTTTTGGATG CTGATCTCAG GCCTTCTCCT TTTCTACCGG 
ACCGTCTTGG TTTTCTCCCA TATGTCAAAA TCAACTATGC TGGCTATTGG CTTCTCAGTA 
GGCTATGGGG CACCTCTTAT CATTGCTATT GTTACTGTGG CAGCAACAGC TCCAAGTGGT 
GGATACATCA AGGAAAACCA GGCATGTTGG CTCAAGTGGG ACAAGACAAT GGCTCTCCTT 
GCTTTTGTGA TCCCTGCCCT GACCATAGTG GTCATCAACT TTTTGATCCT GATTGTGGTT 
CTGTACAAAA TGCTGAGGAG AGGCGTGGGG GATGCTTCCC AGCCAGATGA GAGAAATGCT 
GTTGTGGTCA TTGCCAGGTG TCTGGCTATT CTGACTCCAT TCTTTGGCCT TGCCTGGGGA 
CTGGGAGTAG GAACCATGGT TGATCCAACA AATAAGGGAA TCCATATTGT ATTTGCCCTC 
TTCAATTCAC TGCAGGGTTT CTTTGTTTTG GTGTTTGGAA CACTTTTAGA CGGCAAGATC 
CGGTCAGCTA TAGCAGGAAC GTTCTCTTCC ATCCTCCCAG GCTCTGACCG TACGAGGAGT 
ACCAGTGGTG GCGCGGCAAC ATCATCAACC AGTGCATTAA ACTTCATCCG AAGAAGGATA 
AGGAGGAATG TCTACAATGT TTCAGAAGCT GCAAATTCTT CCAACAGCAC TGATGCTATA 
GAGTCTTTCA TTAACACCTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

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LOC106571458 cDNA ORF clone, Salmo salar(Atlantic salmon)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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