LOC100266683 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100266683
Entrez Gene ID	100266683
Full Name	protein GFS12
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019220115.1	XP_019075660.1	protein GFS12 isoform X3
XM_010651363.2	XP_010649665.1	protein GFS12 isoform X1
XM_019220114.1	XP_019075659.1	protein GFS12 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC100266683 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100266683 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)
OVa33107	XM_010651363.2 Latest version!	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OVa45224	XM_019220114.1 Latest version!	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OVa45225	XM_019220115.1 Latest version!	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC100266683 ( XM_010651363.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010649665.1 Vitis vinifera protein GFS12 (LOC100266683), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa33107
Clone ID Related Accession (Same CDS sequence)	XM_010651363.2
Accession Version	XM_010651363.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5034bp) 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	1479916800000
Organism	Vitis vinifera(wine grape)
Product	protein GFS12 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012011.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 25, 2016 this sequence version replaced XM_010651363.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Vitis vinifera Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGATG AACCGTGCTT CGAGTGCCTT CAGCGTCGAT TTCAATCCGA TTTCTCCAAC 
AAACTGATAT TCTCCTATGG CGTCTCCGAT TCTGGCCTCC CCTTCGGCTC TGGTGCCGTT 
GTTCAGATGG CCGATCCTAA TGGAGAGGCG GCGTCAGCTG AGTTCATATT GGTGTGTATG 
CCCACTCATG CTAACGATTG CCTCGCCAAA TACGTTGATG AGTATTTTAT GGAAAATCCT 
GAAGGCAGTT ACAAGGAGGG GATTGGTGAC ATCATTGTAT CAGAAATAAA TCAACATCAA 
GCAGAGGTTG GTGTTCCAAA TCTCACTGAT GAAACTGCTT CTTCAGATTC TTTATTGAAC 
AGATCTGAGT CTTTGTTGAA TGGTGATAGA AAAATAATCC CGGCTGGATT AAGGTCCAGA 
AGTTCTAAAT GTAACCATTC CAGTAGGTTT TCTTGTTCAA GGATGATTAG CGCATTGGCC 
CCAGTTGCTC GGATTGGCAT TTGTTCAGAC TTCATATTTG AAGAGCTTGC TTCCGACTTC 
TCATCTGGGT CTGTGGAAGA TCATGTATTG TGCTCACTTA GCCTTCTGAT TGAAGGAAAA 
GCAACTGGTC GAGATAGCAT AAACTTTCTT AATTTAGTTG GCATACCATC ATTCAATGAG 
GATATCTTCC CTGGTTGTCT GAGGCATCCA AACATAGCCC CCATTCTTGG AATGCTAAAA 
ACATCTGATT ATGTTAATTT AGTGCTTCCA AAAGCTCCTT ATACCTTAGA AAACATTCTT 
CATTATAGCC CCAATGCCTT AAATTCCGAG TGGCATATGA AGTTTTTGAT TTATCAGCTA 
CTCTCTGCTC TAGCTTATAT CCATGGTTTA GGGGTTACCC ATGGCAATAT ATGCCCATCT 
AATGTAATGT TGACTGATTC ATGCTGGTCT TGGCTGCGCA TTTGTGATAA CCCATGGTTA 
AGGTCCAATC TAAGTTCAGG AAATGAAGAA TGTGCCATTA TTTCCTCCTC AAGGTTGGGT 
TGTTTCATTG CAGGCTGTCC TTCTCAAGAT CTTTATGCTG ATTTGAAGCT TTCCCCATCC 
ATAGATTGGC ATTTGAATTT TGATCGGTGG TGGAGGGGAG ATCTAAGTAA TTTTGAGTAT 
CTACTCATCT TAAACAGGTT AGCTGGGAGA AGGTGGGGAG ATCACACATT CCATACGGTA 
ATGCCATGGG TAATAGATTT CAGCATAAAA CCTGATGAGA ATGTTGATGA AGGGTGGCGG 
GATTTAAGCA AGAGCAAATG GCGGTTGGCA AAAGGTGATG AGCAATTGGA CTTCACGTAT 
TCAACTTCTG AAATCCCACA TCATGTATCA GATGAGTGCC TTTCTGAACT TGCTGTATGT 
AGTTATAAAG CAAGGAGGTT ACCTTTGAGT GTTCTGCGTC TGGCTGTCCG TTCAGTCTAT 
GAGCCTAATG AGTATCCTTC CAATATGCAA AGACTTTATC AATGGACCCC AGATGAATGC 
ATCCCAGAGT TCTACTGTGA TCCTCAAATT TTTCATTCTC TGCACTCTGG TATGGCTGAT 
TTAGCAGTAC CCTCATGGGC AAGAAGTCCT GAGGAATTCA TTAAAGTGCA TCGAGATGCG 
TTAGAAAGTG ACCAAGTCTC ATGCCAAATC CATCATTGGA TTGATATCAC CTTTGGATAC 
AAAATGTCCG GCCAGGCAGC TTTGGCTGCC ATGAATGTTA TGCTGCCTTC AACAGAGCCC 
ATGATGCCAA GGTCGGTGGG ACGCCGCCAG CTCTTCACTC AACCTCACCC TACTCGTCGA 
TGTGCTACCT GGAAAACGGG TAATAGCACC AATAAATTAG CTGTTCATCA ATGCCAAGGG 
AGTGAATTAG TGGGTGAGAA ACCTCTCCTT CCTCAAACTG TGTATTTACA AGACTTAGAA 
GAAGCAGCTG CATTTTCTGA ACATGCTTGG CATTTGAGTC CTCTCTATTG CTATCATCCC 
AAAAATCTTG CTGATGATGT CTCATCTGTA GAAGAGCCAC CAAGTGAGAG TTCTAAAAAA 
GGCATATCTA AGACACCTGA ACTTGGCAAC AAGAATGGGG TCCCATCTGA GATTGATTTA 
AATTATCTTC TTGATTATAT TGAAGTGGAT GATGAAGGTT CTGTGGGATA TCAAGAGTTA 
TTACTTTGGA GGCAGAAGTC ATATTGTTCA AGGGCTCTTT CTGAAGATGT TGCCAAGGAC 
ATATTTTCTG TTGGTTGCAT TTTAGCAGAA CTTCACTTGA GGAGGCCACT TTTTGATTCA 
ACATCACTAG CCATGTACTT AGAGAATGGC ATCTTACCTG GATTAATACA GGAACTTCCT 
CCTCACACTA AAGCACTTGT TGAAGCATGC ATTCTGAAGG ATTGGAGAAG GAGGCCCTCT 
GCCAAAAGCC TTTTGGAATC TCCATACTTT CTCACAACAG TCAGGTCATC CTACTTGTTT 
GTTGCCCCAC TTCAGCTTTT AGCAAAAGAT GGATCTCGTC TTCGATATGC TGCAAATTTT 
GCAAAACAAG GAGCCTTGAA AGCAATGGGA GCATTTGGAG CTGAAATGTG TGCTCCCTAT 
TGCTTGCCAC TTGTGGTGGC TCCATTATCA GATACTGAGG CCGAGTGGGC TTATATACTT 
CTAAAAGAGT TCTTAAAATG TTTGAAGTCA AAAGCAGTAA AGTCATTGGT CTTGCCTGCC 
ATCCAGAAGA TTCTACAGGC TACAGGTTAT TCACATTTGA AAGTTTCTCT TCTCCAAGAC 
TCATTTGTGC GGGAGGTATG GAACCGGGTT GGTAAACAAA CATATCTGGA GATGGTGCAT 
CCTTTGGTGA TATCAAATTT GTTTGTTGCT CCTCATAAGA GTTCAGCTTC TGCTGCTTCT 
GTTCTGCTGA TTGGCTCTAG TGAAGAGCTT GGAGTACCGA TAACAGTTCA TCAGACAATC 
TTGCCTCTGA TTCACTGTTT TGGGAAAGGA CTCTGCACTG ATGGAATTGA TGTGCTGGTT 
AGAATAGGTG GACTTTTCGG GGAGAACTTC ATTGCCAGAC ATATTCTACC ATTGCTGAAA 
AACGTTGTCC GTTATTGTAT TGATGTTTCA TCTATGAATA AGCCTGAGCC TATGCAGAGC 
TGGAGTGCTT TAGCCCTTAT TGATTGTCTA ATGGCATTCG AAGGTCTTGT TACAGTCTTG 
CCAAAGGAGG CAGTTGTAAA GGAGCTTACT GAAGATCAAA GTTTTGTGCA TGTTATGGTC 
CTTATGCAGG CGAATTTGGA AATTCCAGTG CTCCAGGTTG CTGCTAACTA TCTTATTGCA 
CTCTGTCAGC GGATTGGACC AGATTTAACA GCCTTTCATG TTCTGCCAAA ACTCAAAGAG 
CTGTTTGATG AGCTTGCTTT TTCTCAGGAA ACTGCCAATG GATCTGGCTC TCTAGGAAGA 
GCCTTGAAGT TTGCCAAATC AAAAGTAGAT GAGGAGGCTC ACATGGGAAG CCGTATGGAC 
CTTGTGTTGC TTTTATATCC TTCTTTTGCA TCTCTTCTTG GAATAGAGAA ACTTCGCCAG 
TGTTGTGCTA CATGGTTGCT TCTTGAACAA TACCTTCTAC GCTGTCATAA TTGGAAGTGG 
GAACATACAG GTGAATCATC TCGAACTGGT GCAGAAAATA TAAGTGCTAA TAGGCCCATT 
TTCAGCAAAG GCTCTGTGTC CGAGTACAAT CCTGCTAAAC TGTTGCTTAA TGGAGTTGGG 
TGGTCAATAC CACAGTCACA AGGAATTAGA GGTGCTAAAA ACTTGATTGC TCAAAAAAGG 
TTTTATAGTC TTCATCAGGA CCCAGTTCAA AGGCATGCAG CATCTTCAAG CATTGGGAAG 
CGTGAACCCT GGTTCTGGTT CCCTAGTCCC GCTGCTAGCT GGGATGGTCC TGATTTTCTT 
GGTCGTGTAG GGGGTCTAAA AGATGAACTT CCATGGAAGA TCAGAGCCTC TGTTATACAC 
TCTGCACGTG CCCATCATGG AGCTCTGAGA TCTTTAGCTG TTTGCCAAGA TGAGTGTACA 
GTTTTCACTG CTGGAGTTGG CCCAGGATTC AAGGGAACTA TTCAGAGGTG GGAATTGACT 
GGAATTGACT GCGTCTCTGG CTATTATGGC CATGAGGAGG TTGTGAATGA TATTTGCATC 
TTGTCATCAA GCGGAAGGGT AGCTTCTTGT GATGGAACAA TACATATTTG GAATAGCCAA 
ACAGGAAAGC TAATAAAAGT ATTTTCTGAA CCATCAGCAG ACTCTCTGCA TCTTGCAAGT 
CCTTTATCTT CCGCATCAAA GATTAACAAT GACCAAGCCA ATATGCTGAA TCCCAATTCA 
TTGACAAGTG GGATACTGAC TAGTGCATTT GATGGAAGCT TGTACACTTG TATGCATCTC 
TTGGAATCTG TTGAAAAGCT TGTAGTTGGA ACAGGAAATG GTTCTCTCAG ATTCATTGAT 
GTTGTGCAAG GTCAAAAACT TCATTTGTGG AGAAGTGAAT CTATCGATTC TGGGTTCCCT 
TCTTTCGTCT CTGCTGTTTG TTCATGTGGA TCTGACAGAA TGCAAGTAGA TGGAGCTTCT 
GCTTTACCAT CTTGGATTGC AGCTGGATTT AGTTCTGGTA GTTGCAGGTT GCTTGATGCG 
AGGAGTGGCA ATCTGATTGC CTCTTGGCGT GCTCATGATG GATATATCAC AAAGTTGGCT 
GCACGGGAGG ATCATCTGCT CGTGTCCAGC TCTCTTGATA GGACTTTACG AATTTGGGAC 
CTCAGAAGGG GTTGGTCAGC AGAACCTATC ATTTTCAGAG GTCATACAGA TGGTGTATCT 
GGATTTTCTG TATGGGGCCA AGATATAATT TCAATTTCCA AAAACAAGAT TGGACTCTCT 
TCTTTATCCA GATCTGCAGA TGAGGAAGGG CAGCATTGGG TAACACCTCA GAAACTTTAC 
ATGCCAGATC GCGGAACAAG ACACTTGTCA GTGCTATCAA GTATAAGCAT TCTGCCCTTC 
TCACGTTTAT TTCTTGTTGG AACTGAAGAT GGTTACCTGA GAATCTGCTG TTAG

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

RefSeq	XP_010649665.1
CDS	96..5129
Translation	MEDEPCFECLQRRFQSDFSNKLIFSYGVSDSGLPFGSGAVVQMADPNGEAASAEFILVCMPTHANDCLAKYVDEYFMENPEGSYKEGIGDIIVSEINQHQAEVGVPNLTDETASSDSLLNRSESLLNGDRKIIPAGLRSRSSKCNHSSRFSCSRMISALAPVARIGICSDFIFEELASDFSSGSVEDHVLCSLSLLIEGKATGRDSINFLNLVGIPSFNEDIFPGCLRHPNIAPILGMLKTSDYVNLVLPKAPYTLENILHYSPNALNSEWHMKFLIYQLLSALAYIHGLGVTHGNICPSNVMLTDSCWSWLRICDNPWLRSNLSSGNEECAIISSSRLGCFIAGCPSQDLYADLKLSPSIDWHLNFDRWWRGDLSNFEYLLILNRLAGRRWGDHTFHTVMPWVIDFSIKPDENVDEGWRDLSKSKWRLAKGDEQLDFTYSTSEIPHHVSDECLSELAVCSYKARRLPLSVLRLAVRSVYEPNEYPSNMQRLYQWTPDECIPEFYCDPQIFHSLHSGMADLAVPSWARSPEEFIKVHRDALESDQVSCQIHHWIDITFGYKMSGQAALAAMNVMLPSTEPMMPRSVGRRQLFTQPHPTRRCATWKTGNSTNKLAVHQCQGSELVGEKPLLPQTVYLQDLEEAAAFSEHAWHLSPLYCYHPKNLADDVSSVEEPPSESSKKGISKTPELGNKNGVPSEIDLNYLLDYIEVDDEGSVGYQELLLWRQKSYCSRALSEDVAKDIFSVGCILAELHLRRPLFDSTSLAMYLENGILPGLIQELPPHTKALVEACILKDWRRRPSAKSLLESPYFLTTVRSSYLFVAPLQLLAKDGSRLRYAANFAKQGALKAMGAFGAEMCAPYCLPLVVAPLSDTEAEWAYILLKEFLKCLKSKAVKSLVLPAIQKILQATGYSHLKVSLLQDSFVREVWNRVGKQTYLEMVHPLVISNLFVAPHKSSASAASVLLIGSSEELGVPITVHQTILPLIHCFGKGLCTDGIDVLVRIGGLFGENFIARHILPLLKNVVRYCIDVSSMNKPEPMQSWSALALIDCLMAFEGLVTVLPKEAVVKELTEDQSFVHVMVLMQANLEIPVLQVAANYLIALCQRIGPDLTAFHVLPKLKELFDELAFSQETANGSGSLGRALKFAKSKVDEEAHMGSRMDLVLLLYPSFASLLGIEKLRQCCATWLLLEQYLLRCHNWKWEHTGESSRTGAENISANRPIFSKGSVSEYNPAKLLLNGVGWSIPQSQGIRGAKNLIAQKRFYSLHQDPVQRHAASSSIGKREPWFWFPSPAASWDGPDFLGRVGGLKDELPWKIRASVIHSARAHHGALRSLAVCQDECTVFTAGVGPGFKGTIQRWELTGIDCVSGYYGHEEVVNDICILSSSGRVASCDGTIHIWNSQTGKLIKVFSEPSADSLHLASPLSSASKINNDQANMLNPNSLTSGILTSAFDGSLYTCMHLLESVEKLVVGTGNGSLRFIDVVQGQKLHLWRSESIDSGFPSFVSAVCSCGSDRMQVDGASALPSWIAAGFSSGSCRLLDARSGNLIASWRAHDGYITKLAAREDHLLVSSSLDRTLRIWDLRRGWSAEPIIFRGHTDGVSGFSVWGQDIISISKNKIGLSSLSRSADEEGQHWVTPQKLYMPDRGTRHLSVLSSISILPFSRLFLVGTEDGYLRICC

Target ORF information:

RefSeq Version	XM_010651363.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X1, mRNA.

Target ORF information:

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

XM_010651363.2

ORF Insert Sequence:

ATGGAGGATG AACCGTGCTT CGAGTGCCTT CAGCGTCGAT TTCAATCCGA TTTCTCCAAC 
AAACTGATAT TCTCCTATGG CGTCTCCGAT TCTGGCCTCC CCTTCGGCTC TGGTGCCGTT 
GTTCAGATGG CCGATCCTAA TGGAGAGGCG GCGTCAGCTG AGTTCATATT GGTGTGTATG 
CCCACTCATG CTAACGATTG CCTCGCCAAA TACGTTGATG AGTATTTTAT GGAAAATCCT 
GAAGGCAGTT ACAAGGAGGG GATTGGTGAC ATCATTGTAT CAGAAATAAA TCAACATCAA 
GCAGAGGTTG GTGTTCCAAA TCTCACTGAT GAAACTGCTT CTTCAGATTC TTTATTGAAC 
AGATCTGAGT CTTTGTTGAA TGGTGATAGA AAAATAATCC CGGCTGGATT AAGGTCCAGA 
AGTTCTAAAT GTAACCATTC CAGTAGGTTT TCTTGTTCAA GGATGATTAG CGCATTGGCC 
CCAGTTGCTC GGATTGGCAT TTGTTCAGAC TTCATATTTG AAGAGCTTGC TTCCGACTTC 
TCATCTGGGT CTGTGGAAGA TCATGTATTG TGCTCACTTA GCCTTCTGAT TGAAGGAAAA 
GCAACTGGTC GAGATAGCAT AAACTTTCTT AATTTAGTTG GCATACCATC ATTCAATGAG 
GATATCTTCC CTGGTTGTCT GAGGCATCCA AACATAGCCC CCATTCTTGG AATGCTAAAA 
ACATCTGATT ATGTTAATTT AGTGCTTCCA AAAGCTCCTT ATACCTTAGA AAACATTCTT 
CATTATAGCC CCAATGCCTT AAATTCCGAG TGGCATATGA AGTTTTTGAT TTATCAGCTA 
CTCTCTGCTC TAGCTTATAT CCATGGTTTA GGGGTTACCC ATGGCAATAT ATGCCCATCT 
AATGTAATGT TGACTGATTC ATGCTGGTCT TGGCTGCGCA TTTGTGATAA CCCATGGTTA 
AGGTCCAATC TAAGTTCAGG AAATGAAGAA TGTGCCATTA TTTCCTCCTC AAGGTTGGGT 
TGTTTCATTG CAGGCTGTCC TTCTCAAGAT CTTTATGCTG ATTTGAAGCT TTCCCCATCC 
ATAGATTGGC ATTTGAATTT TGATCGGTGG TGGAGGGGAG ATCTAAGTAA TTTTGAGTAT 
CTACTCATCT TAAACAGGTT AGCTGGGAGA AGGTGGGGAG ATCACACATT CCATACGGTA 
ATGCCATGGG TAATAGATTT CAGCATAAAA CCTGATGAGA ATGTTGATGA AGGGTGGCGG 
GATTTAAGCA AGAGCAAATG GCGGTTGGCA AAAGGTGATG AGCAATTGGA CTTCACGTAT 
TCAACTTCTG AAATCCCACA TCATGTATCA GATGAGTGCC TTTCTGAACT TGCTGTATGT 
AGTTATAAAG CAAGGAGGTT ACCTTTGAGT GTTCTGCGTC TGGCTGTCCG TTCAGTCTAT 
GAGCCTAATG AGTATCCTTC CAATATGCAA AGACTTTATC AATGGACCCC AGATGAATGC 
ATCCCAGAGT TCTACTGTGA TCCTCAAATT TTTCATTCTC TGCACTCTGG TATGGCTGAT 
TTAGCAGTAC CCTCATGGGC AAGAAGTCCT GAGGAATTCA TTAAAGTGCA TCGAGATGCG 
TTAGAAAGTG ACCAAGTCTC ATGCCAAATC CATCATTGGA TTGATATCAC CTTTGGATAC 
AAAATGTCCG GCCAGGCAGC TTTGGCTGCC ATGAATGTTA TGCTGCCTTC AACAGAGCCC 
ATGATGCCAA GGTCGGTGGG ACGCCGCCAG CTCTTCACTC AACCTCACCC TACTCGTCGA 
TGTGCTACCT GGAAAACGGG TAATAGCACC AATAAATTAG CTGTTCATCA ATGCCAAGGG 
AGTGAATTAG TGGGTGAGAA ACCTCTCCTT CCTCAAACTG TGTATTTACA AGACTTAGAA 
GAAGCAGCTG CATTTTCTGA ACATGCTTGG CATTTGAGTC CTCTCTATTG CTATCATCCC 
AAAAATCTTG CTGATGATGT CTCATCTGTA GAAGAGCCAC CAAGTGAGAG TTCTAAAAAA 
GGCATATCTA AGACACCTGA ACTTGGCAAC AAGAATGGGG TCCCATCTGA GATTGATTTA 
AATTATCTTC TTGATTATAT TGAAGTGGAT GATGAAGGTT CTGTGGGATA TCAAGAGTTA 
TTACTTTGGA GGCAGAAGTC ATATTGTTCA AGGGCTCTTT CTGAAGATGT TGCCAAGGAC 
ATATTTTCTG TTGGTTGCAT TTTAGCAGAA CTTCACTTGA GGAGGCCACT TTTTGATTCA 
ACATCACTAG CCATGTACTT AGAGAATGGC ATCTTACCTG GATTAATACA GGAACTTCCT 
CCTCACACTA AAGCACTTGT TGAAGCATGC ATTCTGAAGG ATTGGAGAAG GAGGCCCTCT 
GCCAAAAGCC TTTTGGAATC TCCATACTTT CTCACAACAG TCAGGTCATC CTACTTGTTT 
GTTGCCCCAC TTCAGCTTTT AGCAAAAGAT GGATCTCGTC TTCGATATGC TGCAAATTTT 
GCAAAACAAG GAGCCTTGAA AGCAATGGGA GCATTTGGAG CTGAAATGTG TGCTCCCTAT 
TGCTTGCCAC TTGTGGTGGC TCCATTATCA GATACTGAGG CCGAGTGGGC TTATATACTT 
CTAAAAGAGT TCTTAAAATG TTTGAAGTCA AAAGCAGTAA AGTCATTGGT CTTGCCTGCC 
ATCCAGAAGA TTCTACAGGC TACAGGTTAT TCACATTTGA AAGTTTCTCT TCTCCAAGAC 
TCATTTGTGC GGGAGGTATG GAACCGGGTT GGTAAACAAA CATATCTGGA GATGGTGCAT 
CCTTTGGTGA TATCAAATTT GTTTGTTGCT CCTCATAAGA GTTCAGCTTC TGCTGCTTCT 
GTTCTGCTGA TTGGCTCTAG TGAAGAGCTT GGAGTACCGA TAACAGTTCA TCAGACAATC 
TTGCCTCTGA TTCACTGTTT TGGGAAAGGA CTCTGCACTG ATGGAATTGA TGTGCTGGTT 
AGAATAGGTG GACTTTTCGG GGAGAACTTC ATTGCCAGAC ATATTCTACC ATTGCTGAAA 
AACGTTGTCC GTTATTGTAT TGATGTTTCA TCTATGAATA AGCCTGAGCC TATGCAGAGC 
TGGAGTGCTT TAGCCCTTAT TGATTGTCTA ATGGCATTCG AAGGTCTTGT TACAGTCTTG 
CCAAAGGAGG CAGTTGTAAA GGAGCTTACT GAAGATCAAA GTTTTGTGCA TGTTATGGTC 
CTTATGCAGG CGAATTTGGA AATTCCAGTG CTCCAGGTTG CTGCTAACTA TCTTATTGCA 
CTCTGTCAGC GGATTGGACC AGATTTAACA GCCTTTCATG TTCTGCCAAA ACTCAAAGAG 
CTGTTTGATG AGCTTGCTTT TTCTCAGGAA ACTGCCAATG GATCTGGCTC TCTAGGAAGA 
GCCTTGAAGT TTGCCAAATC AAAAGTAGAT GAGGAGGCTC ACATGGGAAG CCGTATGGAC 
CTTGTGTTGC TTTTATATCC TTCTTTTGCA TCTCTTCTTG GAATAGAGAA ACTTCGCCAG 
TGTTGTGCTA CATGGTTGCT TCTTGAACAA TACCTTCTAC GCTGTCATAA TTGGAAGTGG 
GAACATACAG GTGAATCATC TCGAACTGGT GCAGAAAATA TAAGTGCTAA TAGGCCCATT 
TTCAGCAAAG GCTCTGTGTC CGAGTACAAT CCTGCTAAAC TGTTGCTTAA TGGAGTTGGG 
TGGTCAATAC CACAGTCACA AGGAATTAGA GGTGCTAAAA ACTTGATTGC TCAAAAAAGG 
TTTTATAGTC TTCATCAGGA CCCAGTTCAA AGGCATGCAG CATCTTCAAG CATTGGGAAG 
CGTGAACCCT GGTTCTGGTT CCCTAGTCCC GCTGCTAGCT GGGATGGTCC TGATTTTCTT 
GGTCGTGTAG GGGGTCTAAA AGATGAACTT CCATGGAAGA TCAGAGCCTC TGTTATACAC 
TCTGCACGTG CCCATCATGG AGCTCTGAGA TCTTTAGCTG TTTGCCAAGA TGAGTGTACA 
GTTTTCACTG CTGGAGTTGG CCCAGGATTC AAGGGAACTA TTCAGAGGTG GGAATTGACT 
GGAATTGACT GCGTCTCTGG CTATTATGGC CATGAGGAGG TTGTGAATGA TATTTGCATC 
TTGTCATCAA GCGGAAGGGT AGCTTCTTGT GATGGAACAA TACATATTTG GAATAGCCAA 
ACAGGAAAGC TAATAAAAGT ATTTTCTGAA CCATCAGCAG ACTCTCTGCA TCTTGCAAGT 
CCTTTATCTT CCGCATCAAA GATTAACAAT GACCAAGCCA ATATGCTGAA TCCCAATTCA 
TTGACAAGTG GGATACTGAC TAGTGCATTT GATGGAAGCT TGTACACTTG TATGCATCTC 
TTGGAATCTG TTGAAAAGCT TGTAGTTGGA ACAGGAAATG GTTCTCTCAG ATTCATTGAT 
GTTGTGCAAG GTCAAAAACT TCATTTGTGG AGAAGTGAAT CTATCGATTC TGGGTTCCCT 
TCTTTCGTCT CTGCTGTTTG TTCATGTGGA TCTGACAGAA TGCAAGTAGA TGGAGCTTCT 
GCTTTACCAT CTTGGATTGC AGCTGGATTT AGTTCTGGTA GTTGCAGGTT GCTTGATGCG 
AGGAGTGGCA ATCTGATTGC CTCTTGGCGT GCTCATGATG GATATATCAC AAAGTTGGCT 
GCACGGGAGG ATCATCTGCT CGTGTCCAGC TCTCTTGATA GGACTTTACG AATTTGGGAC 
CTCAGAAGGG GTTGGTCAGC AGAACCTATC ATTTTCAGAG GTCATACAGA TGGTGTATCT 
GGATTTTCTG TATGGGGCCA AGATATAATT TCAATTTCCA AAAACAAGAT TGGACTCTCT 
TCTTTATCCA GATCTGCAGA TGAGGAAGGG CAGCATTGGG TAACACCTCA GAAACTTTAC 
ATGCCAGATC GCGGAACAAG ACACTTGTCA GTGCTATCAA GTATAAGCAT TCTGCCCTTC 
TCACGTTTAT TTCTTGTTGG AACTGAAGAT GGTTACCTGA GAATCTGCTG TTAG

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

LOC100266683 ( XM_019220114.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019075659.1 Vitis vinifera protein GFS12 (LOC100266683), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa45224
Clone ID Related Accession (Same CDS sequence)	XM_019220114.1
Accession Version	XM_019220114.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4971bp) 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	1479916800000
Organism	Vitis vinifera(wine grape)
Product	protein GFS12 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012011.3) 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 :: Vitis vinifera Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGAGGATG AACCGTGCTT CGAGTGCCTT CAGCGTCGAT TTCAATCCGA TTTCTCCAAC 
AAACTGATAT TCTCCTATGG CGTCTCCGAT TCTGGCCTCC CCTTCGGCTC TGGTGCCGTT 
GTTCAGATGG CCGATCCTAA TGGAGAGGCG GCGTCAGCTG AGTTCATATT GGTGTGTATG 
CCCACTCATG CTAACGATTG CCTCGCCAAA TACGTTGATG AGTATTTTAT GGAAAATCCT 
GAAGGCAGTT ACAAGGAGGG GATTGGTGAC ATCATTGTAT CAGAAATAAA TCAACATCAA 
GCAGAGGTTG GTGTTCCAAA TCTCACTGAT GAAACTGCTT CTTCAGATTC TTTATTGAAC 
AGATCTGAGT CTTTGTTGAA TGGTGATAGA AAAATAATCC CGGCTGGATT AAGGTCCAGA 
AGTTCTAAAT GTAACCATTC CAGTAGGTTT TCTTGTTCAA GGATGATTAG CGCATTGGCC 
CCAGTTGCTC GGATTGGCAT TTGTTCAGAC TTCATATTTG AAGAGCTTGC TTCCGACTTC 
TCATCTGGGT CTGTGGAAGA TCATGTATTG TGCTCACTTA GCCTTCTGAT TGAAGGAAAA 
GCAACTGGTC GAGATAGCAT AAACTTTCTT AATTTAGTTG GCATACCATC ATTCAATGAG 
GATATCTTCC CTGGTTGTCT GAGGCATCCA AACATAGCCC CCATTCTTGG AATGCTAAAA 
ACATCTGATT ATGTTAATTT AGTGCTTCCA AAAGCTCCTT ATACCTTAGA AAACATTCTT 
CATTATAGCC CCAATGCCTT AAATTCCGAG TGGCATATGA AGTTTTTGAT TTATCAGCTA 
CTCTCTGCTC TAGCTTATAT CCATGGTTTA GGGGTTACCC ATGGCAATAT ATGCCCATCT 
AATGTAATGT TGACTGATTC ATGCTGGTCT TGGCTGCGCA TTTGTGATAA CCCATGGTTA 
AGGTCCAATC TAAGTTCAGG AAATGAAGAA TGTGCCATTA TTTCCTCCTC AAGGTTGGGT 
TGTTTCATTG CAGGCTGTCC TTCTCAAGAT CTTTATGCTG ATTTGAAGCT TTCCCCATCC 
ATAGATTGGC ATTTGAATTT TGATCGGTGG TGGAGGGGAG ATCTAAGTAA TTTTGAGTAT 
CTACTCATCT TAAACAGGTT AGCTGGGAGA AGGTGGGGAG ATCACACATT CCATACGGTA 
ATGCCATGGG TAATAGATTT CAGCATAAAA CCTGATGAGA ATGTTGATGA AGGGTGGCGG 
GATTTAAGCA AGAGCAAATG GCGGTTGGCA AAAGGTGATG AGCAATTGGA CTTCACGTAT 
TCAACTTCTG AAATCCCACA TCATGTATCA GATGAGTGCC TTTCTGAACT TGCTGTATGT 
AGTTATAAAG CAAGGAGGTT ACCTTTGAGT GTTCTGCGTC TGGCTGTCCG TTCAGTCTAT 
GAGCCTAATG AGTATCCTTC CAATATGCAA AGACTTTATC AATGGACCCC AGATGAATGC 
ATCCCAGAGT TCTACTGTGA TCCTCAAATT TTTCATTCTC TGCACTCTGG TATGGCTGAT 
TTAGCAGTAC CCTCATGGGC AAGAAGTCCT GAGGAATTCA TTAAAGTGCA TCGAGATGCG 
TTAGAAAGTG ACCAAGTCTC ATGCCAAATC CATCATTGGA TTGATATCAC CTTTGGATAC 
AAAATGTCCG GCCAGGCAGC TTTGGCTGCC ATGAATGTTA TGCTGCCTTC AACAGAGCCC 
ATGATGCCAA GGTCGGTGGG ACGCCGCCAG CTCTTCACTC AACCTCACCC TACTCGTCGA 
TGTGCTACCT GGAAAACGGG TAATAGCACC AATAAATTAG CTGTTCATCA ATGCCAAGGG 
AGTGAATTAG TGGGTGAGAA ACCTCTCCTT CCTCAAACTG TGTATTTACA AGACTTAGAA 
GAAGCAGCTG CATTTTCTGA ACATGCTTGG CATTTGAGTC CTCTCTATTG CTATCATCCC 
AAAAATCTTG CTGATGATGT CTCATCTGTA GAAGAGCCAC CAAGTGAGAG TTCTAAAAAA 
GGCATATCTA AGACACCTGA ACTTGGCAAC AAGAATGGGG TCCCATCTGA GATTGATTTA 
AATTATCTTC TTGATTATAT TGAAGTGGAT GATGAAGGTT CTGTGGGATA TCAAGAGTTA 
TTACTTTGGA GGCAGAAGTC ATATTGTTCA AGGGCTCTTT CTGAAGATGT TGCCAAGGAC 
ATATTTTCTG TTGGTTGCAT TTTAGCAGAA CTTCACTTGA GGAGGCCACT TTTTGATTCA 
ACATCACTAG CCATGTACTT AGAGAATGGC ATCTTACCTG GATTAATACA GGAACTTCCT 
CCTCACACTA AAGCACTTGT TGAAGCATGC ATTCTGAAGG ATTGGAGAAG GAGGCCCTCT 
GCCAAAAGCC TTTTGGAATC TCCATACTTT CTCACAACAG TCAGGTCATC CTACTTGTTT 
GTTGCCCCAC TTCAGCTTTT AGCAAAAGAT GGATCTCGTC TTCGATATGC TGCAAATTTT 
GCAAAACAAG GAGCCTTGAA AGCAATGGGA GCATTTGGAG CTGAAATGTG TGCTCCCTAT 
TGCTTGCCAC TTGTGGTGGC TCCATTATCA GATACTGAGG CCGAGTGGGC TTATATACTT 
CTAAAAGAGT TCTTAAAATG TTTGAAGTCA AAAGCAGTAA AGTCATTGGT CTTGCCTGCC 
ATCCAGAAGA TTCTACAGGC TACAGGTTAT TCACATTTGA AAGTTTCTCT TCTCCAAGAC 
TCATTTGTGC GGGAGGTATG GAACCGGGTT GGTAAACAAA CATATCTGGA GATGGTGCAT 
CCTTTGGTGA TATCAAATTT GTTTGTTGCT CCTCATAAGA GTTCAGCTTC TGCTGCTTCT 
GTTCTGCTGA TTGGCTCTAG TGAAGAGCTT GGAGTACCGA TAACAGTTCA TCAGACAATC 
TTGCCTCTGA TTCACTGTTT TGGGAAAGGA CTCTGCACTG ATGGAATTGA TGTGCTGGTT 
AGAATAGGTG GACTTTTCGG GGAGAACTTC ATTGCCAGAC ATATTCTACC ATTGCTGAAA 
AACGTTGTCC GTTATTGTAT TGATGTTTCA TCTATGAATA AGCCTGAGCC TATGCAGAGC 
TGGAGTGCTT TAGCCCTTAT TGATTGTCTA ATGGCATTCG AAGGTCTTGT TACAGTCTTG 
CCAAAGGAGG CAGTTGTAAA GGAGCTTACT GAAGTTGCTG CTAACTATCT TATTGCACTC 
TGTCAGCGGA TTGGACCAGA TTTAACAGCC TTTCATGTTC TGCCAAAACT CAAAGAGCTG 
TTTGATGAGC TTGCTTTTTC TCAGGAAACT GCCAATGGAT CTGGCTCTCT AGGAAGAGCC 
TTGAAGTTTG CCAAATCAAA AGTAGATGAG GAGGCTCACA TGGGAAGCCG TATGGACCTT 
GTGTTGCTTT TATATCCTTC TTTTGCATCT CTTCTTGGAA TAGAGAAACT TCGCCAGTGT 
TGTGCTACAT GGTTGCTTCT TGAACAATAC CTTCTACGCT GTCATAATTG GAAGTGGGAA 
CATACAGGTG AATCATCTCG AACTGGTGCA GAAAATATAA GTGCTAATAG GCCCATTTTC 
AGCAAAGGCT CTGTGTCCGA GTACAATCCT GCTAAACTGT TGCTTAATGG AGTTGGGTGG 
TCAATACCAC AGTCACAAGG AATTAGAGGT GCTAAAAACT TGATTGCTCA AAAAAGGTTT 
TATAGTCTTC ATCAGGACCC AGTTCAAAGG CATGCAGCAT CTTCAAGCAT TGGGAAGCGT 
GAACCCTGGT TCTGGTTCCC TAGTCCCGCT GCTAGCTGGG ATGGTCCTGA TTTTCTTGGT 
CGTGTAGGGG GTCTAAAAGA TGAACTTCCA TGGAAGATCA GAGCCTCTGT TATACACTCT 
GCACGTGCCC ATCATGGAGC TCTGAGATCT TTAGCTGTTT GCCAAGATGA GTGTACAGTT 
TTCACTGCTG GAGTTGGCCC AGGATTCAAG GGAACTATTC AGAGGTGGGA ATTGACTGGA 
ATTGACTGCG TCTCTGGCTA TTATGGCCAT GAGGAGGTTG TGAATGATAT TTGCATCTTG 
TCATCAAGCG GAAGGGTAGC TTCTTGTGAT GGAACAATAC ATATTTGGAA TAGCCAAACA 
GGAAAGCTAA TAAAAGTATT TTCTGAACCA TCAGCAGACT CTCTGCATCT TGCAAGTCCT 
TTATCTTCCG CATCAAAGAT TAACAATGAC CAAGCCAATA TGCTGAATCC CAATTCATTG 
ACAAGTGGGA TACTGACTAG TGCATTTGAT GGAAGCTTGT ACACTTGTAT GCATCTCTTG 
GAATCTGTTG AAAAGCTTGT AGTTGGAACA GGAAATGGTT CTCTCAGATT CATTGATGTT 
GTGCAAGGTC AAAAACTTCA TTTGTGGAGA AGTGAATCTA TCGATTCTGG GTTCCCTTCT 
TTCGTCTCTG CTGTTTGTTC ATGTGGATCT GACAGAATGC AAGTAGATGG AGCTTCTGCT 
TTACCATCTT GGATTGCAGC TGGATTTAGT TCTGGTAGTT GCAGGTTGCT TGATGCGAGG 
AGTGGCAATC TGATTGCCTC TTGGCGTGCT CATGATGGAT ATATCACAAA GTTGGCTGCA 
CGGGAGGATC ATCTGCTCGT GTCCAGCTCT CTTGATAGGA CTTTACGAAT TTGGGACCTC 
AGAAGGGGTT GGTCAGCAGA ACCTATCATT TTCAGAGGTC ATACAGATGG TGTATCTGGA 
TTTTCTGTAT GGGGCCAAGA TATAATTTCA ATTTCCAAAA ACAAGATTGG ACTCTCTTCT 
TTATCCAGAT CTGCAGATGA GGAAGGGCAG CATTGGGTAA CACCTCAGAA ACTTTACATG 
CCAGATCGCG GAACAAGACA CTTGTCAGTG CTATCAAGTA TAAGCATTCT GCCCTTCTCA 
CGTTTATTTC TTGTTGGAAC TGAAGATGGT TACCTGAGAA TCTGCTGTTA G

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

RefSeq	XP_019075659.1
CDS	97..5067
Translation	MEDEPCFECLQRRFQSDFSNKLIFSYGVSDSGLPFGSGAVVQMADPNGEAASAEFILVCMPTHANDCLAKYVDEYFMENPEGSYKEGIGDIIVSEINQHQAEVGVPNLTDETASSDSLLNRSESLLNGDRKIIPAGLRSRSSKCNHSSRFSCSRMISALAPVARIGICSDFIFEELASDFSSGSVEDHVLCSLSLLIEGKATGRDSINFLNLVGIPSFNEDIFPGCLRHPNIAPILGMLKTSDYVNLVLPKAPYTLENILHYSPNALNSEWHMKFLIYQLLSALAYIHGLGVTHGNICPSNVMLTDSCWSWLRICDNPWLRSNLSSGNEECAIISSSRLGCFIAGCPSQDLYADLKLSPSIDWHLNFDRWWRGDLSNFEYLLILNRLAGRRWGDHTFHTVMPWVIDFSIKPDENVDEGWRDLSKSKWRLAKGDEQLDFTYSTSEIPHHVSDECLSELAVCSYKARRLPLSVLRLAVRSVYEPNEYPSNMQRLYQWTPDECIPEFYCDPQIFHSLHSGMADLAVPSWARSPEEFIKVHRDALESDQVSCQIHHWIDITFGYKMSGQAALAAMNVMLPSTEPMMPRSVGRRQLFTQPHPTRRCATWKTGNSTNKLAVHQCQGSELVGEKPLLPQTVYLQDLEEAAAFSEHAWHLSPLYCYHPKNLADDVSSVEEPPSESSKKGISKTPELGNKNGVPSEIDLNYLLDYIEVDDEGSVGYQELLLWRQKSYCSRALSEDVAKDIFSVGCILAELHLRRPLFDSTSLAMYLENGILPGLIQELPPHTKALVEACILKDWRRRPSAKSLLESPYFLTTVRSSYLFVAPLQLLAKDGSRLRYAANFAKQGALKAMGAFGAEMCAPYCLPLVVAPLSDTEAEWAYILLKEFLKCLKSKAVKSLVLPAIQKILQATGYSHLKVSLLQDSFVREVWNRVGKQTYLEMVHPLVISNLFVAPHKSSASAASVLLIGSSEELGVPITVHQTILPLIHCFGKGLCTDGIDVLVRIGGLFGENFIARHILPLLKNVVRYCIDVSSMNKPEPMQSWSALALIDCLMAFEGLVTVLPKEAVVKELTEVAANYLIALCQRIGPDLTAFHVLPKLKELFDELAFSQETANGSGSLGRALKFAKSKVDEEAHMGSRMDLVLLLYPSFASLLGIEKLRQCCATWLLLEQYLLRCHNWKWEHTGESSRTGAENISANRPIFSKGSVSEYNPAKLLLNGVGWSIPQSQGIRGAKNLIAQKRFYSLHQDPVQRHAASSSIGKREPWFWFPSPAASWDGPDFLGRVGGLKDELPWKIRASVIHSARAHHGALRSLAVCQDECTVFTAGVGPGFKGTIQRWELTGIDCVSGYYGHEEVVNDICILSSSGRVASCDGTIHIWNSQTGKLIKVFSEPSADSLHLASPLSSASKINNDQANMLNPNSLTSGILTSAFDGSLYTCMHLLESVEKLVVGTGNGSLRFIDVVQGQKLHLWRSESIDSGFPSFVSAVCSCGSDRMQVDGASALPSWIAAGFSSGSCRLLDARSGNLIASWRAHDGYITKLAAREDHLLVSSSLDRTLRIWDLRRGWSAEPIIFRGHTDGVSGFSVWGQDIISISKNKIGLSSLSRSADEEGQHWVTPQKLYMPDRGTRHLSVLSSISILPFSRLFLVGTEDGYLRICC

Target ORF information:

RefSeq Version	XM_019220114.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X2, mRNA.

Target ORF information:

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

XM_019220114.1

ORF Insert Sequence:

ATGGAGGATG AACCGTGCTT CGAGTGCCTT CAGCGTCGAT TTCAATCCGA TTTCTCCAAC 
AAACTGATAT TCTCCTATGG CGTCTCCGAT TCTGGCCTCC CCTTCGGCTC TGGTGCCGTT 
GTTCAGATGG CCGATCCTAA TGGAGAGGCG GCGTCAGCTG AGTTCATATT GGTGTGTATG 
CCCACTCATG CTAACGATTG CCTCGCCAAA TACGTTGATG AGTATTTTAT GGAAAATCCT 
GAAGGCAGTT ACAAGGAGGG GATTGGTGAC ATCATTGTAT CAGAAATAAA TCAACATCAA 
GCAGAGGTTG GTGTTCCAAA TCTCACTGAT GAAACTGCTT CTTCAGATTC TTTATTGAAC 
AGATCTGAGT CTTTGTTGAA TGGTGATAGA AAAATAATCC CGGCTGGATT AAGGTCCAGA 
AGTTCTAAAT GTAACCATTC CAGTAGGTTT TCTTGTTCAA GGATGATTAG CGCATTGGCC 
CCAGTTGCTC GGATTGGCAT TTGTTCAGAC TTCATATTTG AAGAGCTTGC TTCCGACTTC 
TCATCTGGGT CTGTGGAAGA TCATGTATTG TGCTCACTTA GCCTTCTGAT TGAAGGAAAA 
GCAACTGGTC GAGATAGCAT AAACTTTCTT AATTTAGTTG GCATACCATC ATTCAATGAG 
GATATCTTCC CTGGTTGTCT GAGGCATCCA AACATAGCCC CCATTCTTGG AATGCTAAAA 
ACATCTGATT ATGTTAATTT AGTGCTTCCA AAAGCTCCTT ATACCTTAGA AAACATTCTT 
CATTATAGCC CCAATGCCTT AAATTCCGAG TGGCATATGA AGTTTTTGAT TTATCAGCTA 
CTCTCTGCTC TAGCTTATAT CCATGGTTTA GGGGTTACCC ATGGCAATAT ATGCCCATCT 
AATGTAATGT TGACTGATTC ATGCTGGTCT TGGCTGCGCA TTTGTGATAA CCCATGGTTA 
AGGTCCAATC TAAGTTCAGG AAATGAAGAA TGTGCCATTA TTTCCTCCTC AAGGTTGGGT 
TGTTTCATTG CAGGCTGTCC TTCTCAAGAT CTTTATGCTG ATTTGAAGCT TTCCCCATCC 
ATAGATTGGC ATTTGAATTT TGATCGGTGG TGGAGGGGAG ATCTAAGTAA TTTTGAGTAT 
CTACTCATCT TAAACAGGTT AGCTGGGAGA AGGTGGGGAG ATCACACATT CCATACGGTA 
ATGCCATGGG TAATAGATTT CAGCATAAAA CCTGATGAGA ATGTTGATGA AGGGTGGCGG 
GATTTAAGCA AGAGCAAATG GCGGTTGGCA AAAGGTGATG AGCAATTGGA CTTCACGTAT 
TCAACTTCTG AAATCCCACA TCATGTATCA GATGAGTGCC TTTCTGAACT TGCTGTATGT 
AGTTATAAAG CAAGGAGGTT ACCTTTGAGT GTTCTGCGTC TGGCTGTCCG TTCAGTCTAT 
GAGCCTAATG AGTATCCTTC CAATATGCAA AGACTTTATC AATGGACCCC AGATGAATGC 
ATCCCAGAGT TCTACTGTGA TCCTCAAATT TTTCATTCTC TGCACTCTGG TATGGCTGAT 
TTAGCAGTAC CCTCATGGGC AAGAAGTCCT GAGGAATTCA TTAAAGTGCA TCGAGATGCG 
TTAGAAAGTG ACCAAGTCTC ATGCCAAATC CATCATTGGA TTGATATCAC CTTTGGATAC 
AAAATGTCCG GCCAGGCAGC TTTGGCTGCC ATGAATGTTA TGCTGCCTTC AACAGAGCCC 
ATGATGCCAA GGTCGGTGGG ACGCCGCCAG CTCTTCACTC AACCTCACCC TACTCGTCGA 
TGTGCTACCT GGAAAACGGG TAATAGCACC AATAAATTAG CTGTTCATCA ATGCCAAGGG 
AGTGAATTAG TGGGTGAGAA ACCTCTCCTT CCTCAAACTG TGTATTTACA AGACTTAGAA 
GAAGCAGCTG CATTTTCTGA ACATGCTTGG CATTTGAGTC CTCTCTATTG CTATCATCCC 
AAAAATCTTG CTGATGATGT CTCATCTGTA GAAGAGCCAC CAAGTGAGAG TTCTAAAAAA 
GGCATATCTA AGACACCTGA ACTTGGCAAC AAGAATGGGG TCCCATCTGA GATTGATTTA 
AATTATCTTC TTGATTATAT TGAAGTGGAT GATGAAGGTT CTGTGGGATA TCAAGAGTTA 
TTACTTTGGA GGCAGAAGTC ATATTGTTCA AGGGCTCTTT CTGAAGATGT TGCCAAGGAC 
ATATTTTCTG TTGGTTGCAT TTTAGCAGAA CTTCACTTGA GGAGGCCACT TTTTGATTCA 
ACATCACTAG CCATGTACTT AGAGAATGGC ATCTTACCTG GATTAATACA GGAACTTCCT 
CCTCACACTA AAGCACTTGT TGAAGCATGC ATTCTGAAGG ATTGGAGAAG GAGGCCCTCT 
GCCAAAAGCC TTTTGGAATC TCCATACTTT CTCACAACAG TCAGGTCATC CTACTTGTTT 
GTTGCCCCAC TTCAGCTTTT AGCAAAAGAT GGATCTCGTC TTCGATATGC TGCAAATTTT 
GCAAAACAAG GAGCCTTGAA AGCAATGGGA GCATTTGGAG CTGAAATGTG TGCTCCCTAT 
TGCTTGCCAC TTGTGGTGGC TCCATTATCA GATACTGAGG CCGAGTGGGC TTATATACTT 
CTAAAAGAGT TCTTAAAATG TTTGAAGTCA AAAGCAGTAA AGTCATTGGT CTTGCCTGCC 
ATCCAGAAGA TTCTACAGGC TACAGGTTAT TCACATTTGA AAGTTTCTCT TCTCCAAGAC 
TCATTTGTGC GGGAGGTATG GAACCGGGTT GGTAAACAAA CATATCTGGA GATGGTGCAT 
CCTTTGGTGA TATCAAATTT GTTTGTTGCT CCTCATAAGA GTTCAGCTTC TGCTGCTTCT 
GTTCTGCTGA TTGGCTCTAG TGAAGAGCTT GGAGTACCGA TAACAGTTCA TCAGACAATC 
TTGCCTCTGA TTCACTGTTT TGGGAAAGGA CTCTGCACTG ATGGAATTGA TGTGCTGGTT 
AGAATAGGTG GACTTTTCGG GGAGAACTTC ATTGCCAGAC ATATTCTACC ATTGCTGAAA 
AACGTTGTCC GTTATTGTAT TGATGTTTCA TCTATGAATA AGCCTGAGCC TATGCAGAGC 
TGGAGTGCTT TAGCCCTTAT TGATTGTCTA ATGGCATTCG AAGGTCTTGT TACAGTCTTG 
CCAAAGGAGG CAGTTGTAAA GGAGCTTACT GAAGTTGCTG CTAACTATCT TATTGCACTC 
TGTCAGCGGA TTGGACCAGA TTTAACAGCC TTTCATGTTC TGCCAAAACT CAAAGAGCTG 
TTTGATGAGC TTGCTTTTTC TCAGGAAACT GCCAATGGAT CTGGCTCTCT AGGAAGAGCC 
TTGAAGTTTG CCAAATCAAA AGTAGATGAG GAGGCTCACA TGGGAAGCCG TATGGACCTT 
GTGTTGCTTT TATATCCTTC TTTTGCATCT CTTCTTGGAA TAGAGAAACT TCGCCAGTGT 
TGTGCTACAT GGTTGCTTCT TGAACAATAC CTTCTACGCT GTCATAATTG GAAGTGGGAA 
CATACAGGTG AATCATCTCG AACTGGTGCA GAAAATATAA GTGCTAATAG GCCCATTTTC 
AGCAAAGGCT CTGTGTCCGA GTACAATCCT GCTAAACTGT TGCTTAATGG AGTTGGGTGG 
TCAATACCAC AGTCACAAGG AATTAGAGGT GCTAAAAACT TGATTGCTCA AAAAAGGTTT 
TATAGTCTTC ATCAGGACCC AGTTCAAAGG CATGCAGCAT CTTCAAGCAT TGGGAAGCGT 
GAACCCTGGT TCTGGTTCCC TAGTCCCGCT GCTAGCTGGG ATGGTCCTGA TTTTCTTGGT 
CGTGTAGGGG GTCTAAAAGA TGAACTTCCA TGGAAGATCA GAGCCTCTGT TATACACTCT 
GCACGTGCCC ATCATGGAGC TCTGAGATCT TTAGCTGTTT GCCAAGATGA GTGTACAGTT 
TTCACTGCTG GAGTTGGCCC AGGATTCAAG GGAACTATTC AGAGGTGGGA ATTGACTGGA 
ATTGACTGCG TCTCTGGCTA TTATGGCCAT GAGGAGGTTG TGAATGATAT TTGCATCTTG 
TCATCAAGCG GAAGGGTAGC TTCTTGTGAT GGAACAATAC ATATTTGGAA TAGCCAAACA 
GGAAAGCTAA TAAAAGTATT TTCTGAACCA TCAGCAGACT CTCTGCATCT TGCAAGTCCT 
TTATCTTCCG CATCAAAGAT TAACAATGAC CAAGCCAATA TGCTGAATCC CAATTCATTG 
ACAAGTGGGA TACTGACTAG TGCATTTGAT GGAAGCTTGT ACACTTGTAT GCATCTCTTG 
GAATCTGTTG AAAAGCTTGT AGTTGGAACA GGAAATGGTT CTCTCAGATT CATTGATGTT 
GTGCAAGGTC AAAAACTTCA TTTGTGGAGA AGTGAATCTA TCGATTCTGG GTTCCCTTCT 
TTCGTCTCTG CTGTTTGTTC ATGTGGATCT GACAGAATGC AAGTAGATGG AGCTTCTGCT 
TTACCATCTT GGATTGCAGC TGGATTTAGT TCTGGTAGTT GCAGGTTGCT TGATGCGAGG 
AGTGGCAATC TGATTGCCTC TTGGCGTGCT CATGATGGAT ATATCACAAA GTTGGCTGCA 
CGGGAGGATC ATCTGCTCGT GTCCAGCTCT CTTGATAGGA CTTTACGAAT TTGGGACCTC 
AGAAGGGGTT GGTCAGCAGA ACCTATCATT TTCAGAGGTC ATACAGATGG TGTATCTGGA 
TTTTCTGTAT GGGGCCAAGA TATAATTTCA ATTTCCAAAA ACAAGATTGG ACTCTCTTCT 
TTATCCAGAT CTGCAGATGA GGAAGGGCAG CATTGGGTAA CACCTCAGAA ACTTTACATG 
CCAGATCGCG GAACAAGACA CTTGTCAGTG CTATCAAGTA TAAGCATTCT GCCCTTCTCA 
CGTTTATTTC TTGTTGGAAC TGAAGATGGT TACCTGAGAA TCTGCTGTTA G

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

LOC100266683 ( XM_019220115.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019075660.1 Vitis vinifera protein GFS12 (LOC100266683), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OVa45225
Clone ID Related Accession (Same CDS sequence)	XM_019220115.1
Accession Version	XM_019220115.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4572bp) 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	1479916800000
Organism	Vitis vinifera(wine grape)
Product	protein GFS12 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012011.3) 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 :: Vitis vinifera Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATTAGCG CATTGGCCCC AGTTGCTCGG ATTGGCATTT GTTCAGACTT CATATTTGAA 
GAGCTTGCTT CCGACTTCTC ATCTGGGTCT GTGGAAGATC ATGTATTGTG CTCACTTAGC 
CTTCTGATTG AAGGAAAAGC AACTGGTCGA GATAGCATAA ACTTTCTTAA TTTAGTTGGC 
ATACCATCAT TCAATGAGGA TATCTTCCCT GGTTGTCTGA GGCATCCAAA CATAGCCCCC 
ATTCTTGGAA TGCTAAAAAC ATCTGATTAT GTTAATTTAG TGCTTCCAAA AGCTCCTTAT 
ACCTTAGAAA ACATTCTTCA TTATAGCCCC AATGCCTTAA ATTCCGAGTG GCATATGAAG 
TTTTTGATTT ATCAGCTACT CTCTGCTCTA GCTTATATCC ATGGTTTAGG GGTTACCCAT 
GGCAATATAT GCCCATCTAA TGTAATGTTG ACTGATTCAT GCTGGTCTTG GCTGCGCATT 
TGTGATAACC CATGGTTAAG GTCCAATCTA AGTTCAGGAA ATGAAGAATG TGCCATTATT 
TCCTCCTCAA GGTTGGGTTG TTTCATTGCA GGCTGTCCTT CTCAAGATCT TTATGCTGAT 
TTGAAGCTTT CCCCATCCAT AGATTGGCAT TTGAATTTTG ATCGGTGGTG GAGGGGAGAT 
CTAAGTAATT TTGAGTATCT ACTCATCTTA AACAGGTTAG CTGGGAGAAG GTGGGGAGAT 
CACACATTCC ATACGGTAAT GCCATGGGTA ATAGATTTCA GCATAAAACC TGATGAGAAT 
GTTGATGAAG GGTGGCGGGA TTTAAGCAAG AGCAAATGGC GGTTGGCAAA AGGTGATGAG 
CAATTGGACT TCACGTATTC AACTTCTGAA ATCCCACATC ATGTATCAGA TGAGTGCCTT 
TCTGAACTTG CTGTATGTAG TTATAAAGCA AGGAGGTTAC CTTTGAGTGT TCTGCGTCTG 
GCTGTCCGTT CAGTCTATGA GCCTAATGAG TATCCTTCCA ATATGCAAAG ACTTTATCAA 
TGGACCCCAG ATGAATGCAT CCCAGAGTTC TACTGTGATC CTCAAATTTT TCATTCTCTG 
CACTCTGGTA TGGCTGATTT AGCAGTACCC TCATGGGCAA GAAGTCCTGA GGAATTCATT 
AAAGTGCATC GAGATGCGTT AGAAAGTGAC CAAGTCTCAT GCCAAATCCA TCATTGGATT 
GATATCACCT TTGGATACAA AATGTCCGGC CAGGCAGCTT TGGCTGCCAT GAATGTTATG 
CTGCCTTCAA CAGAGCCCAT GATGCCAAGG TCGGTGGGAC GCCGCCAGCT CTTCACTCAA 
CCTCACCCTA CTCGTCGATG TGCTACCTGG AAAACGGGTA ATAGCACCAA TAAATTAGCT 
GTTCATCAAT GCCAAGGGAG TGAATTAGTG GGTGAGAAAC CTCTCCTTCC TCAAACTGTG 
TATTTACAAG ACTTAGAAGA AGCAGCTGCA TTTTCTGAAC ATGCTTGGCA TTTGAGTCCT 
CTCTATTGCT ATCATCCCAA AAATCTTGCT GATGATGTCT CATCTGTAGA AGAGCCACCA 
AGTGAGAGTT CTAAAAAAGG CATATCTAAG ACACCTGAAC TTGGCAACAA GAATGGGGTC 
CCATCTGAGA TTGATTTAAA TTATCTTCTT GATTATATTG AAGTGGATGA TGAAGGTTCT 
GTGGGATATC AAGAGTTATT ACTTTGGAGG CAGAAGTCAT ATTGTTCAAG GGCTCTTTCT 
GAAGATGTTG CCAAGGACAT ATTTTCTGTT GGTTGCATTT TAGCAGAACT TCACTTGAGG 
AGGCCACTTT TTGATTCAAC ATCACTAGCC ATGTACTTAG AGAATGGCAT CTTACCTGGA 
TTAATACAGG AACTTCCTCC TCACACTAAA GCACTTGTTG AAGCATGCAT TCTGAAGGAT 
TGGAGAAGGA GGCCCTCTGC CAAAAGCCTT TTGGAATCTC CATACTTTCT CACAACAGTC 
AGGTCATCCT ACTTGTTTGT TGCCCCACTT CAGCTTTTAG CAAAAGATGG ATCTCGTCTT 
CGATATGCTG CAAATTTTGC AAAACAAGGA GCCTTGAAAG CAATGGGAGC ATTTGGAGCT 
GAAATGTGTG CTCCCTATTG CTTGCCACTT GTGGTGGCTC CATTATCAGA TACTGAGGCC 
GAGTGGGCTT ATATACTTCT AAAAGAGTTC TTAAAATGTT TGAAGTCAAA AGCAGTAAAG 
TCATTGGTCT TGCCTGCCAT CCAGAAGATT CTACAGGCTA CAGGTTATTC ACATTTGAAA 
GTTTCTCTTC TCCAAGACTC ATTTGTGCGG GAGGTATGGA ACCGGGTTGG TAAACAAACA 
TATCTGGAGA TGGTGCATCC TTTGGTGATA TCAAATTTGT TTGTTGCTCC TCATAAGAGT 
TCAGCTTCTG CTGCTTCTGT TCTGCTGATT GGCTCTAGTG AAGAGCTTGG AGTACCGATA 
ACAGTTCATC AGACAATCTT GCCTCTGATT CACTGTTTTG GGAAAGGACT CTGCACTGAT 
GGAATTGATG TGCTGGTTAG AATAGGTGGA CTTTTCGGGG AGAACTTCAT TGCCAGACAT 
ATTCTACCAT TGCTGAAAAA CGTTGTCCGT TATTGTATTG ATGTTTCATC TATGAATAAG 
CCTGAGCCTA TGCAGAGCTG GAGTGCTTTA GCCCTTATTG ATTGTCTAAT GGCATTCGAA 
GGTCTTGTTA CAGTCTTGCC AAAGGAGGCA GTTGTAAAGG AGCTTACTGA AGATCAAAGT 
TTTGTGCATG TTATGGTCCT TATGCAGGCG AATTTGGAAA TTCCAGTGCT CCAGGTTGCT 
GCTAACTATC TTATTGCACT CTGTCAGCGG ATTGGACCAG ATTTAACAGC CTTTCATGTT 
CTGCCAAAAC TCAAAGAGCT GTTTGATGAG CTTGCTTTTT CTCAGGAAAC TGCCAATGGA 
TCTGGCTCTC TAGGAAGAGC CTTGAAGTTT GCCAAATCAA AAGTAGATGA GGAGGCTCAC 
ATGGGAAGCC GTATGGACCT TGTGTTGCTT TTATATCCTT CTTTTGCATC TCTTCTTGGA 
ATAGAGAAAC TTCGCCAGTG TTGTGCTACA TGGTTGCTTC TTGAACAATA CCTTCTACGC 
TGTCATAATT GGAAGTGGGA ACATACAGGT GAATCATCTC GAACTGGTGC AGAAAATATA 
AGTGCTAATA GGCCCATTTT CAGCAAAGGC TCTGTGTCCG AGTACAATCC TGCTAAACTG 
TTGCTTAATG GAGTTGGGTG GTCAATACCA CAGTCACAAG GAATTAGAGG TGCTAAAAAC 
TTGATTGCTC AAAAAAGGTT TTATAGTCTT CATCAGGACC CAGTTCAAAG GCATGCAGCA 
TCTTCAAGCA TTGGGAAGCG TGAACCCTGG TTCTGGTTCC CTAGTCCCGC TGCTAGCTGG 
GATGGTCCTG ATTTTCTTGG TCGTGTAGGG GGTCTAAAAG ATGAACTTCC ATGGAAGATC 
AGAGCCTCTG TTATACACTC TGCACGTGCC CATCATGGAG CTCTGAGATC TTTAGCTGTT 
TGCCAAGATG AGTGTACAGT TTTCACTGCT GGAGTTGGCC CAGGATTCAA GGGAACTATT 
CAGAGGTGGG AATTGACTGG AATTGACTGC GTCTCTGGCT ATTATGGCCA TGAGGAGGTT 
GTGAATGATA TTTGCATCTT GTCATCAAGC GGAAGGGTAG CTTCTTGTGA TGGAACAATA 
CATATTTGGA ATAGCCAAAC AGGAAAGCTA ATAAAAGTAT TTTCTGAACC ATCAGCAGAC 
TCTCTGCATC TTGCAAGTCC TTTATCTTCC GCATCAAAGA TTAACAATGA CCAAGCCAAT 
ATGCTGAATC CCAATTCATT GACAAGTGGG ATACTGACTA GTGCATTTGA TGGAAGCTTG 
TACACTTGTA TGCATCTCTT GGAATCTGTT GAAAAGCTTG TAGTTGGAAC AGGAAATGGT 
TCTCTCAGAT TCATTGATGT TGTGCAAGGT CAAAAACTTC ATTTGTGGAG AAGTGAATCT 
ATCGATTCTG GGTTCCCTTC TTTCGTCTCT GCTGTTTGTT CATGTGGATC TGACAGAATG 
CAAGTAGATG GAGCTTCTGC TTTACCATCT TGGATTGCAG CTGGATTTAG TTCTGGTAGT 
TGCAGGTTGC TTGATGCGAG GAGTGGCAAT CTGATTGCCT CTTGGCGTGC TCATGATGGA 
TATATCACAA AGTTGGCTGC ACGGGAGGAT CATCTGCTCG TGTCCAGCTC TCTTGATAGG 
ACTTTACGAA TTTGGGACCT CAGAAGGGGT TGGTCAGCAG AACCTATCAT TTTCAGAGGT 
CATACAGATG GTGTATCTGG ATTTTCTGTA TGGGGCCAAG ATATAATTTC AATTTCCAAA 
AACAAGATTG GACTCTCTTC TTTATCCAGA TCTGCAGATG AGGAAGGGCA GCATTGGGTA 
ACACCTCAGA AACTTTACAT GCCAGATCGC GGAACAAGAC ACTTGTCAGT GCTATCAAGT 
ATAAGCATTC TGCCCTTCTC ACGTTTATTT CTTGTTGGAA CTGAAGATGG TTACCTGAGA 
ATCTGCTGTT AG

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

RefSeq	XP_019075660.1
CDS	108..4679
Translation	MISALAPVARIGICSDFIFEELASDFSSGSVEDHVLCSLSLLIEGKATGRDSINFLNLVGIPSFNEDIFPGCLRHPNIAPILGMLKTSDYVNLVLPKAPYTLENILHYSPNALNSEWHMKFLIYQLLSALAYIHGLGVTHGNICPSNVMLTDSCWSWLRICDNPWLRSNLSSGNEECAIISSSRLGCFIAGCPSQDLYADLKLSPSIDWHLNFDRWWRGDLSNFEYLLILNRLAGRRWGDHTFHTVMPWVIDFSIKPDENVDEGWRDLSKSKWRLAKGDEQLDFTYSTSEIPHHVSDECLSELAVCSYKARRLPLSVLRLAVRSVYEPNEYPSNMQRLYQWTPDECIPEFYCDPQIFHSLHSGMADLAVPSWARSPEEFIKVHRDALESDQVSCQIHHWIDITFGYKMSGQAALAAMNVMLPSTEPMMPRSVGRRQLFTQPHPTRRCATWKTGNSTNKLAVHQCQGSELVGEKPLLPQTVYLQDLEEAAAFSEHAWHLSPLYCYHPKNLADDVSSVEEPPSESSKKGISKTPELGNKNGVPSEIDLNYLLDYIEVDDEGSVGYQELLLWRQKSYCSRALSEDVAKDIFSVGCILAELHLRRPLFDSTSLAMYLENGILPGLIQELPPHTKALVEACILKDWRRRPSAKSLLESPYFLTTVRSSYLFVAPLQLLAKDGSRLRYAANFAKQGALKAMGAFGAEMCAPYCLPLVVAPLSDTEAEWAYILLKEFLKCLKSKAVKSLVLPAIQKILQATGYSHLKVSLLQDSFVREVWNRVGKQTYLEMVHPLVISNLFVAPHKSSASAASVLLIGSSEELGVPITVHQTILPLIHCFGKGLCTDGIDVLVRIGGLFGENFIARHILPLLKNVVRYCIDVSSMNKPEPMQSWSALALIDCLMAFEGLVTVLPKEAVVKELTEDQSFVHVMVLMQANLEIPVLQVAANYLIALCQRIGPDLTAFHVLPKLKELFDELAFSQETANGSGSLGRALKFAKSKVDEEAHMGSRMDLVLLLYPSFASLLGIEKLRQCCATWLLLEQYLLRCHNWKWEHTGESSRTGAENISANRPIFSKGSVSEYNPAKLLLNGVGWSIPQSQGIRGAKNLIAQKRFYSLHQDPVQRHAASSSIGKREPWFWFPSPAASWDGPDFLGRVGGLKDELPWKIRASVIHSARAHHGALRSLAVCQDECTVFTAGVGPGFKGTIQRWELTGIDCVSGYYGHEEVVNDICILSSSGRVASCDGTIHIWNSQTGKLIKVFSEPSADSLHLASPLSSASKINNDQANMLNPNSLTSGILTSAFDGSLYTCMHLLESVEKLVVGTGNGSLRFIDVVQGQKLHLWRSESIDSGFPSFVSAVCSCGSDRMQVDGASALPSWIAAGFSSGSCRLLDARSGNLIASWRAHDGYITKLAAREDHLLVSSSLDRTLRIWDLRRGWSAEPIIFRGHTDGVSGFSVWGQDIISISKNKIGLSSLSRSADEEGQHWVTPQKLYMPDRGTRHLSVLSSISILPFSRLFLVGTEDGYLRICC

Target ORF information:

RefSeq Version	XM_019220115.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera protein GFS12 (LOC100266683), transcript variant X3, mRNA.

Target ORF information:

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

XM_019220115.1

ORF Insert Sequence:

ATGATTAGCG CATTGGCCCC AGTTGCTCGG ATTGGCATTT GTTCAGACTT CATATTTGAA 
GAGCTTGCTT CCGACTTCTC ATCTGGGTCT GTGGAAGATC ATGTATTGTG CTCACTTAGC 
CTTCTGATTG AAGGAAAAGC AACTGGTCGA GATAGCATAA ACTTTCTTAA TTTAGTTGGC 
ATACCATCAT TCAATGAGGA TATCTTCCCT GGTTGTCTGA GGCATCCAAA CATAGCCCCC 
ATTCTTGGAA TGCTAAAAAC ATCTGATTAT GTTAATTTAG TGCTTCCAAA AGCTCCTTAT 
ACCTTAGAAA ACATTCTTCA TTATAGCCCC AATGCCTTAA ATTCCGAGTG GCATATGAAG 
TTTTTGATTT ATCAGCTACT CTCTGCTCTA GCTTATATCC ATGGTTTAGG GGTTACCCAT 
GGCAATATAT GCCCATCTAA TGTAATGTTG ACTGATTCAT GCTGGTCTTG GCTGCGCATT 
TGTGATAACC CATGGTTAAG GTCCAATCTA AGTTCAGGAA ATGAAGAATG TGCCATTATT 
TCCTCCTCAA GGTTGGGTTG TTTCATTGCA GGCTGTCCTT CTCAAGATCT TTATGCTGAT 
TTGAAGCTTT CCCCATCCAT AGATTGGCAT TTGAATTTTG ATCGGTGGTG GAGGGGAGAT 
CTAAGTAATT TTGAGTATCT ACTCATCTTA AACAGGTTAG CTGGGAGAAG GTGGGGAGAT 
CACACATTCC ATACGGTAAT GCCATGGGTA ATAGATTTCA GCATAAAACC TGATGAGAAT 
GTTGATGAAG GGTGGCGGGA TTTAAGCAAG AGCAAATGGC GGTTGGCAAA AGGTGATGAG 
CAATTGGACT TCACGTATTC AACTTCTGAA ATCCCACATC ATGTATCAGA TGAGTGCCTT 
TCTGAACTTG CTGTATGTAG TTATAAAGCA AGGAGGTTAC CTTTGAGTGT TCTGCGTCTG 
GCTGTCCGTT CAGTCTATGA GCCTAATGAG TATCCTTCCA ATATGCAAAG ACTTTATCAA 
TGGACCCCAG ATGAATGCAT CCCAGAGTTC TACTGTGATC CTCAAATTTT TCATTCTCTG 
CACTCTGGTA TGGCTGATTT AGCAGTACCC TCATGGGCAA GAAGTCCTGA GGAATTCATT 
AAAGTGCATC GAGATGCGTT AGAAAGTGAC CAAGTCTCAT GCCAAATCCA TCATTGGATT 
GATATCACCT TTGGATACAA AATGTCCGGC CAGGCAGCTT TGGCTGCCAT GAATGTTATG 
CTGCCTTCAA CAGAGCCCAT GATGCCAAGG TCGGTGGGAC GCCGCCAGCT CTTCACTCAA 
CCTCACCCTA CTCGTCGATG TGCTACCTGG AAAACGGGTA ATAGCACCAA TAAATTAGCT 
GTTCATCAAT GCCAAGGGAG TGAATTAGTG GGTGAGAAAC CTCTCCTTCC TCAAACTGTG 
TATTTACAAG ACTTAGAAGA AGCAGCTGCA TTTTCTGAAC ATGCTTGGCA TTTGAGTCCT 
CTCTATTGCT ATCATCCCAA AAATCTTGCT GATGATGTCT CATCTGTAGA AGAGCCACCA 
AGTGAGAGTT CTAAAAAAGG CATATCTAAG ACACCTGAAC TTGGCAACAA GAATGGGGTC 
CCATCTGAGA TTGATTTAAA TTATCTTCTT GATTATATTG AAGTGGATGA TGAAGGTTCT 
GTGGGATATC AAGAGTTATT ACTTTGGAGG CAGAAGTCAT ATTGTTCAAG GGCTCTTTCT 
GAAGATGTTG CCAAGGACAT ATTTTCTGTT GGTTGCATTT TAGCAGAACT TCACTTGAGG 
AGGCCACTTT TTGATTCAAC ATCACTAGCC ATGTACTTAG AGAATGGCAT CTTACCTGGA 
TTAATACAGG AACTTCCTCC TCACACTAAA GCACTTGTTG AAGCATGCAT TCTGAAGGAT 
TGGAGAAGGA GGCCCTCTGC CAAAAGCCTT TTGGAATCTC CATACTTTCT CACAACAGTC 
AGGTCATCCT ACTTGTTTGT TGCCCCACTT CAGCTTTTAG CAAAAGATGG ATCTCGTCTT 
CGATATGCTG CAAATTTTGC AAAACAAGGA GCCTTGAAAG CAATGGGAGC ATTTGGAGCT 
GAAATGTGTG CTCCCTATTG CTTGCCACTT GTGGTGGCTC CATTATCAGA TACTGAGGCC 
GAGTGGGCTT ATATACTTCT AAAAGAGTTC TTAAAATGTT TGAAGTCAAA AGCAGTAAAG 
TCATTGGTCT TGCCTGCCAT CCAGAAGATT CTACAGGCTA CAGGTTATTC ACATTTGAAA 
GTTTCTCTTC TCCAAGACTC ATTTGTGCGG GAGGTATGGA ACCGGGTTGG TAAACAAACA 
TATCTGGAGA TGGTGCATCC TTTGGTGATA TCAAATTTGT TTGTTGCTCC TCATAAGAGT 
TCAGCTTCTG CTGCTTCTGT TCTGCTGATT GGCTCTAGTG AAGAGCTTGG AGTACCGATA 
ACAGTTCATC AGACAATCTT GCCTCTGATT CACTGTTTTG GGAAAGGACT CTGCACTGAT 
GGAATTGATG TGCTGGTTAG AATAGGTGGA CTTTTCGGGG AGAACTTCAT TGCCAGACAT 
ATTCTACCAT TGCTGAAAAA CGTTGTCCGT TATTGTATTG ATGTTTCATC TATGAATAAG 
CCTGAGCCTA TGCAGAGCTG GAGTGCTTTA GCCCTTATTG ATTGTCTAAT GGCATTCGAA 
GGTCTTGTTA CAGTCTTGCC AAAGGAGGCA GTTGTAAAGG AGCTTACTGA AGATCAAAGT 
TTTGTGCATG TTATGGTCCT TATGCAGGCG AATTTGGAAA TTCCAGTGCT CCAGGTTGCT 
GCTAACTATC TTATTGCACT CTGTCAGCGG ATTGGACCAG ATTTAACAGC CTTTCATGTT 
CTGCCAAAAC TCAAAGAGCT GTTTGATGAG CTTGCTTTTT CTCAGGAAAC TGCCAATGGA 
TCTGGCTCTC TAGGAAGAGC CTTGAAGTTT GCCAAATCAA AAGTAGATGA GGAGGCTCAC 
ATGGGAAGCC GTATGGACCT TGTGTTGCTT TTATATCCTT CTTTTGCATC TCTTCTTGGA 
ATAGAGAAAC TTCGCCAGTG TTGTGCTACA TGGTTGCTTC TTGAACAATA CCTTCTACGC 
TGTCATAATT GGAAGTGGGA ACATACAGGT GAATCATCTC GAACTGGTGC AGAAAATATA 
AGTGCTAATA GGCCCATTTT CAGCAAAGGC TCTGTGTCCG AGTACAATCC TGCTAAACTG 
TTGCTTAATG GAGTTGGGTG GTCAATACCA CAGTCACAAG GAATTAGAGG TGCTAAAAAC 
TTGATTGCTC AAAAAAGGTT TTATAGTCTT CATCAGGACC CAGTTCAAAG GCATGCAGCA 
TCTTCAAGCA TTGGGAAGCG TGAACCCTGG TTCTGGTTCC CTAGTCCCGC TGCTAGCTGG 
GATGGTCCTG ATTTTCTTGG TCGTGTAGGG GGTCTAAAAG ATGAACTTCC ATGGAAGATC 
AGAGCCTCTG TTATACACTC TGCACGTGCC CATCATGGAG CTCTGAGATC TTTAGCTGTT 
TGCCAAGATG AGTGTACAGT TTTCACTGCT GGAGTTGGCC CAGGATTCAA GGGAACTATT 
CAGAGGTGGG AATTGACTGG AATTGACTGC GTCTCTGGCT ATTATGGCCA TGAGGAGGTT 
GTGAATGATA TTTGCATCTT GTCATCAAGC GGAAGGGTAG CTTCTTGTGA TGGAACAATA 
CATATTTGGA ATAGCCAAAC AGGAAAGCTA ATAAAAGTAT TTTCTGAACC ATCAGCAGAC 
TCTCTGCATC TTGCAAGTCC TTTATCTTCC GCATCAAAGA TTAACAATGA CCAAGCCAAT 
ATGCTGAATC CCAATTCATT GACAAGTGGG ATACTGACTA GTGCATTTGA TGGAAGCTTG 
TACACTTGTA TGCATCTCTT GGAATCTGTT GAAAAGCTTG TAGTTGGAAC AGGAAATGGT 
TCTCTCAGAT TCATTGATGT TGTGCAAGGT CAAAAACTTC ATTTGTGGAG AAGTGAATCT 
ATCGATTCTG GGTTCCCTTC TTTCGTCTCT GCTGTTTGTT CATGTGGATC TGACAGAATG 
CAAGTAGATG GAGCTTCTGC TTTACCATCT TGGATTGCAG CTGGATTTAG TTCTGGTAGT 
TGCAGGTTGC TTGATGCGAG GAGTGGCAAT CTGATTGCCT CTTGGCGTGC TCATGATGGA 
TATATCACAA AGTTGGCTGC ACGGGAGGAT CATCTGCTCG TGTCCAGCTC TCTTGATAGG 
ACTTTACGAA TTTGGGACCT CAGAAGGGGT TGGTCAGCAG AACCTATCAT TTTCAGAGGT 
CATACAGATG GTGTATCTGG ATTTTCTGTA TGGGGCCAAG ATATAATTTC AATTTCCAAA 
AACAAGATTG GACTCTCTTC TTTATCCAGA TCTGCAGATG AGGAAGGGCA GCATTGGGTA 
ACACCTCAGA AACTTTACAT GCCAGATCGC GGAACAAGAC ACTTGTCAGT GCTATCAAGT 
ATAAGCATTC TGCCCTTCTC ACGTTTATTT CTTGTTGGAA CTGAAGATGG TTACCTGAGA 
ATCTGCTGTT AG

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

LOC100266683 cDNA ORF clone, Vitis vinifera(wine grape)

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:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM