LOC100247409 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100247409
Entrez Gene ID	100247409
Full Name	uncharacterized LOC100247409
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002284278.4	XP_002284314.1	uncharacterized protein LOC100247409

Pathways from BioSystems
Gene Ontology

The following LOC100247409 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100247409 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)	Select
OVa17724	XM_002284278.4 Latest version!	Vitis vinifera uncharacterized LOC100247409 (LOC100247409), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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
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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)

LOC100247409 ( XM_002284278.4 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_002284314.1 Vitis vinifera uncharacterized LOC100247409 (LOC100247409), mRNA.

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CloneID	OVa17724
Clone ID Related Accession (Same CDS sequence)	XM_002284278.4
Accession Version	XM_002284278.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5139bp) 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	1479657600000
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100247409
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) and transcript sequence (GAKH01081285.1) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_002284278.3. ##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## ##RefSeq-Attributes-START## assembly gap :: added 115 transcript bases to patch genome assembly gap ##RefSeq-Attributes-END##

ATGGCGACGC CGAAGGAGCA TATAGAGGAG ATAAGGAGGA CGAAGTTCTC GATCGGAGGA 
GAGCAGAATC CGCTGACGGA GGATCTTCAC CAGGCGGTGA AGAATCTCTC TGCTGAGCTT 
TACGCTAAGG ATGTTCATTT CCTCATGGAA CTCATTCAGA ATGCAGAAGA TAACGAATAT 
GGGGAAGACG TAAATCCGTC GTTGGAGCTC GTTATAACTT CAAAGGACAT AACTGGCACT 
AGAGCACTAA TGACGTTGTT GATTTTCAAC AACGAAAAGG GATTTTCAGC TAAAAATATT 
GAGTCTATCT GCGGTGTTGG GAGGTCCACC AAGAAAGGCA ACAGGAAGCG CGGTTATATT 
GGAGAGAAAG GAATTGGATT CAAGAGTGTA TTTTTGATCA CAGCTCAGCC TTACATATTC 
AGTAATGGAT ATCAGATACG ATTCAATGAA GAGCCTTGCC CGCACAGCAA TCTTGGGTAC 
ATTGTCCCTG AATGGGTTGA GCAGAATCCA AGTCTTGATG ACATAAAACA AATATATGGT 
TCTCATGCAG TCCTTCCAAC CACTACCATA ATCTTGCCTC TAAAGCCTGA CAAGATCAAG 
CCTGTGAAGG AACAGCTCTC AAGTATTCAA CCTGAAGTTC TATTATTTCT TTCAAAGATT 
AAGCACTTTT CTGTCAAGGA AGATAATGAG GATCCAAGGC TCAATACTGT GAATGCCATC 
TCTATTTCAA GTGAAATTAA CTTTGTTACA AGGAAGAATA TTGATGCTGA TTCCTATACT 
CTCCATCTCT CTGCGGATGA AACTAGTGAT GTGACTGAAA AAGAATGCAG CTACTATATG 
TGGAGGCAGA AGTTCCCTGT CAGGCAGGAA AATCAAGTAG AAAGAAGACT TGAAGTGGAG 
GAGTGGGTTA TTACGCTGGC ATTTCCACTT GGACAGCGAC TGAATAGGGG GATGAGCTCT 
CCTGGAGTCT ATGCATTTCT TCCCACGGAG ATGGTTACAA ATTTTCCCTT CATTATTCAG 
GCAGATTTTG TTCTTGCATC ATCCAGGGAA ACAATCCTCT TGGACAACAA ATGGAACCAA 
GGCATTCTCG ATTGTGTGCC TTCTGCTTTT CTTAATGCCC TTATTTCACT GGTTACAACA 
TCAGAAGATG TTCCAGTTTC TACACTGACC CCAATGTTTA AGTTCTTACC TATTGACAGC 
TCTTCTTATC CAAAGCTCAA TGTCGTGAGG GAGTCTATCA AAGCAAAACT GCTCAAGGAG 
AATATCATAC CATGTGAGTC GTATTCAGAC CAGAAGATCT TTCGTAAACC TTGTGAAGTG 
GGTAGGTTAA TGCCTTCTTT CTGGAATATC CTCAAAAAGG CAAGGAATCA AGGGGTAAGC 
TTGGATTCTC TGTCATCCCA TGGAAGCTAT ATCCTGAATT CTTCATTTGA TACAGAGGAG 
TACGATCACA TATTGAATTT CCTTGGTGTG AAACCTGTCA ATAGCGAATG GTATGCCACG 
TGTATCAGGA GTTCCAATCT TCTCTTGGGA GTGACAGAGG ATGATTATTT GGAACTTCTA 
CTCTTTATTG CTGAGAAATG GAGTTCCTCT TTCCACAGCA CGGACATGAG GAATGTTCCT 
CTCCTGAAAT ATGTTGGTCC TGATGGAAAT GTTGTTTTGT GCCCTACAAG CAATGTCTCA 
ATGTGGAATG GTGGAAGTAT GATTTGTATG TCCCGTGAGT CTCAGCATAT TTCATGGTTG 
ATAGACTGGA ACAGGGAATT TAGACGTGTG ACAGATCGAT ATTTTATGCC CAAAAGCACA 
CAAGAAGCTA TCAAAGTTTT TTCTAAGAGA GAGACTCTGT TGGAATGGCT TCAAAATCAA 
GTGAAGGTTC GCGTTGTCAG TGTGTACGAC TTTGCTGTCA TTCTTTATAA TTCTTTTAAG 
GGTGACCGAC AGCTTGCTAT TGCCTATGTT CACTTCCTTT ATCATTCCCT CTCGAAGAGT 
TATCTACCAA AGGGGGATGT TGACAATTTG TGTCGTATCA TGCCACTTGT AGATAACTAT 
GGGCATGTGA GCACTCAGAG AAAAGGTGTT CTCGTTCCTG CTAACGGAAG CAAATGGGTG 
GGATTAATGG GTGCAAATCC GTGGAGGGGA GCAGGCTATG TTGAGCTGGG AGAAGACTAT 
TTGCGCTCGG GCAGTTATGC AGGTTCATTC ACACCAGAGA TGCAGCTAAT GACGTTTCTC 
AAAACTCATG TTGCAGCTTC TGATATACCT GATATATCTC CTCCCGACGC CGAGTTATCT 
GCCGCATATG CACCACTCAC CAAGCAAAAT GCATTCTTGC TGTTGGACTG GATTCACAAC 
CTGAAATATA AGCAAGGTCT GCCAGCTAAG TTCCTGACAT CCATTAAGAT GGGAAGCTGG 
CTCAAAATTT CCCTCAGTGG CAGTCCTGGA TATAGGCCAC CATCACAGTC TTTCCTGCTT 
GCTTCATCAG ATGAAAATCT TCTGCAGGAT GAGTCAGTAA TGGTTGATAT TCCATTGATT 
GACCAAGGAT TTTATGGAAA TGGCATCAAT AATTATAAGG AGGAGCTCAA AACTGTTGGA 
GTAAAGTTTG AATATGGCGA AGCGTGTGAG TTTATAGGGA GGCACCTCAT GTCTCTTGCA 
GCTTCCTCTG CATTGACTAA ATCCAATGTG TTTCAAATAC TTAAGTTCAT CAGATTTTTG 
AGACTTAGAT GTCTTCCGGC TGATAAATTC ATCCAGAGCA TCAAAGATGG AAGGTGGTTG 
AAGACTTCCT GTGGTCACAG GTCTCCAGTT GGATCTGTTT TATTTGACCA GGAATGGGAA 
GCTGCATCAC AAATAAGTGA CATCCCCTTC ATTGACCAAG ATCACTATGG CAAGGAAATC 
CTTGGTTTCA AAATGGAACT CCAATTGCTT GGTGTGCTGG TTGGCTTTAA CAAAAATTAC 
CAGCTTGTTA CCGATCACTT CAAGTCTCAA GCATGCTCAA ATTGTCCAAC AGCCAAGTCT 
ATTCTTTTGA TATTTGAATG CATGTGGGAT TGCGAGCGCA ATTCAAGATC AGCCCATGAG 
CTTGTGCATG CGCTTAAAGG TAATAAATGC TTGAAGACGA ACATGGGCTA CAAGTTTCCT 
AGTGAATGTT TCCTGTTTAA TACTGAGTGG GATTCGCTTC TGAAAGTCTT CCATAATGAT 
TTTCCACTTA TTGATGAAAA CTTCTATGGA ACCAGCATCT TGTCTTACGA AAAAGAGTTG 
AGGCAAGCAG GTGTAGTGGT GGATTTTGAA GCAGCGACCC AGAAATTTTT AGCTGTTTTC 
AAGAAGCATG CATCCTCGTC TTCTATTGGA AGAGAACATG TTCTGTCTTT TCTCAGGTCT 
TACGGACAGA TTAATAAGAC AAACAAGAAG TTTCCTTCAG ATTTTAAGCA CAACATTTGT 
GAGGCAAAAT GGCTGCAAAC ACGGCTTGGT GTTCCTAGAT CACCAAGAGA GTGCATTCTT 
TTTGGCCCAG AATGGGAACC TGTAAGTTCA ATTACTGTGC TTCCTTTCAT TGATGATAGT 
GACAAGTACT ATGGCAAGAG AATTCATGAA TATAGTAAAG AGCTGAGGAG CCTGGGTGTT 
ACCATCAAGT ATAAAGATGG GGTGAGGTTT GTGGCTGCAG GTGTCTACTT TCCCCAAGAT 
CCCAGCACCA TAACTCCTGA AAGTGTGTTC TCTCTGCTGC AGTGCATCCA GATATTAATG 
AAAGATGGTT ATACTTTGAC TGATGCTTTC CGGTCAAAGG TTTCTCAAAG TTGGTTAAAA 
ACCAATGCTG GGTATAGGTC TCCAGGCCAA TGTTTGTTGT TTGGCTCTGA GTGGGGTTCT 
TTCTTACAGA GGAACGATGG ACCTTTCATT GATGAAGAAT TCTATGGCCC CAACATTACA 
GCCTACAAGA ACGAGCTCAG AGAAATTGGA GTGACCGTTG ATTTGTTAAA TGGGTGCTCT 
TTGCTTGCTG GCTATCTTGA TTTTCATTCT GAATTTTCAA CCATTGTTCG AGTCTATAAT 
TACTTGAATG AACACGGCTG GTCGCCTTCC AATGATACTC CTAGAAGGAT CTGGATCCCT 
AATGGGAGTG ACAGTGGAGA GTGGGTTAGT CCTGAAAAAT GTGTTATTCA TGACAAGGAT 
GGTCTCTTCA GTTCACAGCT GAATGTTTTA GAGAAACACT ATAAGCCGGA ATTATTCAGC 
CTTTTCTGCA GAGTCATGCA AGTTAAATCC AATCCTTCTA TTGATGACTA CTGCGAACTT 
TGGAATAACT GGGAAAATTC AAGGGAGCAA CTGTCACGTT CGGAGTGTTG TGCTTTCTGG 
GCCCATGTTT CAAAGCACTG GAGTAAAAAC ACACAGAAAA CTCTTGCCGA CAGCTTGTCA 
AAACTGCCAG TTGAATCAGG ATCGGAGAGA ATAATGCTGT TTGACAAACG TGATGTTTTC 
ATTGCAGATG ACCTCCAGCT GAAGTATCTT TTCCAACAAT CTTCGCCTCA CTCAATTTTT 
GTGTGGTATC CCCAGCCAAG CATCCCTTCC TTGCCCCGGA CTAAGCTGCT TGACATCTAC 
AGGGAAATTG GTGTTCGTTC TATCTCTAAA TCTGTACAGA AGGAAGAAAT CTCCAAGTTG 
GAGGCCAGTG AACTCAAGCA AGTGTCTCAG AAGGAAACTT TGATCGGAAA AGGCCTGCTG 
AAACTCATTC TTGGCTTTCT CGCTGGTCCT TCTATTGAAA TGGAAGCAGG ACAAAGGCTG 
GAAGCTGTCA AAGGCCTTCT CAATCTTAAG GTGTTTGAGA CGGAGGGGCA AACTGCAGCA 
AGCTACAGAT TGTCAATGTC TTCTGGGGAA ACCATGGACG TTGATGCAAG AGGAATGATG 
CGCTGGGACC GGGAGGATTC CAAGCTTTTC ATGCAGAAGA TGGATATATC GGGTGGACAT 
AAAAATAAAA TCGAATATGC TACAATCTTC GCTGAAGTAA TATCAGAGGG CGTCTTACAG 
GAGAAAGAAG ACCATATATC TGATCTCGCC GAACTGATCA AGTTGGCATT CTTCCTGGAT 
TTTGATGAGG AAGCAGTTGG GTTCTTGATG AGATCCAAGA ATCTCCAAGT TTTCTTGGAG 
GACGAGGAGC TTCTCTCTTC AGCCCTTTCT CTCGACTAG

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

RefSeq	XP_002284314.1
CDS	117..5255
Translation	MATPKEHIEEIRRTKFSIGGEQNPLTEDLHQAVKNLSAELYAKDVHFLMELIQNAEDNEYGEDVNPSLELVITSKDITGTRALMTLLIFNNEKGFSAKNIESICGVGRSTKKGNRKRGYIGEKGIGFKSVFLITAQPYIFSNGYQIRFNEEPCPHSNLGYIVPEWVEQNPSLDDIKQIYGSHAVLPTTTIILPLKPDKIKPVKEQLSSIQPEVLLFLSKIKHFSVKEDNEDPRLNTVNAISISSEINFVTRKNIDADSYTLHLSADETSDVTEKECSYYMWRQKFPVRQENQVERRLEVEEWVITLAFPLGQRLNRGMSSPGVYAFLPTEMVTNFPFIIQADFVLASSRETILLDNKWNQGILDCVPSAFLNALISLVTTSEDVPVSTLTPMFKFLPIDSSSYPKLNVVRESIKAKLLKENIIPCESYSDQKIFRKPCEVGRLMPSFWNILKKARNQGVSLDSLSSHGSYILNSSFDTEEYDHILNFLGVKPVNSEWYATCIRSSNLLLGVTEDDYLELLLFIAEKWSSSFHSTDMRNVPLLKYVGPDGNVVLCPTSNVSMWNGGSMICMSRESQHISWLIDWNREFRRVTDRYFMPKSTQEAIKVFSKRETLLEWLQNQVKVRVVSVYDFAVILYNSFKGDRQLAIAYVHFLYHSLSKSYLPKGDVDNLCRIMPLVDNYGHVSTQRKGVLVPANGSKWVGLMGANPWRGAGYVELGEDYLRSGSYAGSFTPEMQLMTFLKTHVAASDIPDISPPDAELSAAYAPLTKQNAFLLLDWIHNLKYKQGLPAKFLTSIKMGSWLKISLSGSPGYRPPSQSFLLASSDENLLQDESVMVDIPLIDQGFYGNGINNYKEELKTVGVKFEYGEACEFIGRHLMSLAASSALTKSNVFQILKFIRFLRLRCLPADKFIQSIKDGRWLKTSCGHRSPVGSVLFDQEWEAASQISDIPFIDQDHYGKEILGFKMELQLLGVLVGFNKNYQLVTDHFKSQACSNCPTAKSILLIFECMWDCERNSRSAHELVHALKGNKCLKTNMGYKFPSECFLFNTEWDSLLKVFHNDFPLIDENFYGTSILSYEKELRQAGVVVDFEAATQKFLAVFKKHASSSSIGREHVLSFLRSYGQINKTNKKFPSDFKHNICEAKWLQTRLGVPRSPRECILFGPEWEPVSSITVLPFIDDSDKYYGKRIHEYSKELRSLGVTIKYKDGVRFVAAGVYFPQDPSTITPESVFSLLQCIQILMKDGYTLTDAFRSKVSQSWLKTNAGYRSPGQCLLFGSEWGSFLQRNDGPFIDEEFYGPNITAYKNELREIGVTVDLLNGCSLLAGYLDFHSEFSTIVRVYNYLNEHGWSPSNDTPRRIWIPNGSDSGEWVSPEKCVIHDKDGLFSSQLNVLEKHYKPELFSLFCRVMQVKSNPSIDDYCELWNNWENSREQLSRSECCAFWAHVSKHWSKNTQKTLADSLSKLPVESGSERIMLFDKRDVFIADDLQLKYLFQQSSPHSIFVWYPQPSIPSLPRTKLLDIYREIGVRSISKSVQKEEISKLEASELKQVSQKETLIGKGLLKLILGFLAGPSIEMEAGQRLEAVKGLLNLKVFETEGQTAASYRLSMSSGETMDVDARGMMRWDREDSKLFMQKMDISGGHKNKIEYATIFAEVISEGVLQEKEDHISDLAELIKLAFFLDFDEEAVGFLMRSKNLQVFLEDEELLSSALSLD

Target ORF information:

RefSeq Version	XM_002284278.4
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100247409 (LOC100247409), mRNA.

Target ORF information:

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

XM_002284278.4

ORF Insert Sequence:

ATGGCGACGC CGAAGGAGCA TATAGAGGAG ATAAGGAGGA CGAAGTTCTC GATCGGAGGA 
GAGCAGAATC CGCTGACGGA GGATCTTCAC CAGGCGGTGA AGAATCTCTC TGCTGAGCTT 
TACGCTAAGG ATGTTCATTT CCTCATGGAA CTCATTCAGA ATGCAGAAGA TAACGAATAT 
GGGGAAGACG TAAATCCGTC GTTGGAGCTC GTTATAACTT CAAAGGACAT AACTGGCACT 
AGAGCACTAA TGACGTTGTT GATTTTCAAC AACGAAAAGG GATTTTCAGC TAAAAATATT 
GAGTCTATCT GCGGTGTTGG GAGGTCCACC AAGAAAGGCA ACAGGAAGCG CGGTTATATT 
GGAGAGAAAG GAATTGGATT CAAGAGTGTA TTTTTGATCA CAGCTCAGCC TTACATATTC 
AGTAATGGAT ATCAGATACG ATTCAATGAA GAGCCTTGCC CGCACAGCAA TCTTGGGTAC 
ATTGTCCCTG AATGGGTTGA GCAGAATCCA AGTCTTGATG ACATAAAACA AATATATGGT 
TCTCATGCAG TCCTTCCAAC CACTACCATA ATCTTGCCTC TAAAGCCTGA CAAGATCAAG 
CCTGTGAAGG AACAGCTCTC AAGTATTCAA CCTGAAGTTC TATTATTTCT TTCAAAGATT 
AAGCACTTTT CTGTCAAGGA AGATAATGAG GATCCAAGGC TCAATACTGT GAATGCCATC 
TCTATTTCAA GTGAAATTAA CTTTGTTACA AGGAAGAATA TTGATGCTGA TTCCTATACT 
CTCCATCTCT CTGCGGATGA AACTAGTGAT GTGACTGAAA AAGAATGCAG CTACTATATG 
TGGAGGCAGA AGTTCCCTGT CAGGCAGGAA AATCAAGTAG AAAGAAGACT TGAAGTGGAG 
GAGTGGGTTA TTACGCTGGC ATTTCCACTT GGACAGCGAC TGAATAGGGG GATGAGCTCT 
CCTGGAGTCT ATGCATTTCT TCCCACGGAG ATGGTTACAA ATTTTCCCTT CATTATTCAG 
GCAGATTTTG TTCTTGCATC ATCCAGGGAA ACAATCCTCT TGGACAACAA ATGGAACCAA 
GGCATTCTCG ATTGTGTGCC TTCTGCTTTT CTTAATGCCC TTATTTCACT GGTTACAACA 
TCAGAAGATG TTCCAGTTTC TACACTGACC CCAATGTTTA AGTTCTTACC TATTGACAGC 
TCTTCTTATC CAAAGCTCAA TGTCGTGAGG GAGTCTATCA AAGCAAAACT GCTCAAGGAG 
AATATCATAC CATGTGAGTC GTATTCAGAC CAGAAGATCT TTCGTAAACC TTGTGAAGTG 
GGTAGGTTAA TGCCTTCTTT CTGGAATATC CTCAAAAAGG CAAGGAATCA AGGGGTAAGC 
TTGGATTCTC TGTCATCCCA TGGAAGCTAT ATCCTGAATT CTTCATTTGA TACAGAGGAG 
TACGATCACA TATTGAATTT CCTTGGTGTG AAACCTGTCA ATAGCGAATG GTATGCCACG 
TGTATCAGGA GTTCCAATCT TCTCTTGGGA GTGACAGAGG ATGATTATTT GGAACTTCTA 
CTCTTTATTG CTGAGAAATG GAGTTCCTCT TTCCACAGCA CGGACATGAG GAATGTTCCT 
CTCCTGAAAT ATGTTGGTCC TGATGGAAAT GTTGTTTTGT GCCCTACAAG CAATGTCTCA 
ATGTGGAATG GTGGAAGTAT GATTTGTATG TCCCGTGAGT CTCAGCATAT TTCATGGTTG 
ATAGACTGGA ACAGGGAATT TAGACGTGTG ACAGATCGAT ATTTTATGCC CAAAAGCACA 
CAAGAAGCTA TCAAAGTTTT TTCTAAGAGA GAGACTCTGT TGGAATGGCT TCAAAATCAA 
GTGAAGGTTC GCGTTGTCAG TGTGTACGAC TTTGCTGTCA TTCTTTATAA TTCTTTTAAG 
GGTGACCGAC AGCTTGCTAT TGCCTATGTT CACTTCCTTT ATCATTCCCT CTCGAAGAGT 
TATCTACCAA AGGGGGATGT TGACAATTTG TGTCGTATCA TGCCACTTGT AGATAACTAT 
GGGCATGTGA GCACTCAGAG AAAAGGTGTT CTCGTTCCTG CTAACGGAAG CAAATGGGTG 
GGATTAATGG GTGCAAATCC GTGGAGGGGA GCAGGCTATG TTGAGCTGGG AGAAGACTAT 
TTGCGCTCGG GCAGTTATGC AGGTTCATTC ACACCAGAGA TGCAGCTAAT GACGTTTCTC 
AAAACTCATG TTGCAGCTTC TGATATACCT GATATATCTC CTCCCGACGC CGAGTTATCT 
GCCGCATATG CACCACTCAC CAAGCAAAAT GCATTCTTGC TGTTGGACTG GATTCACAAC 
CTGAAATATA AGCAAGGTCT GCCAGCTAAG TTCCTGACAT CCATTAAGAT GGGAAGCTGG 
CTCAAAATTT CCCTCAGTGG CAGTCCTGGA TATAGGCCAC CATCACAGTC TTTCCTGCTT 
GCTTCATCAG ATGAAAATCT TCTGCAGGAT GAGTCAGTAA TGGTTGATAT TCCATTGATT 
GACCAAGGAT TTTATGGAAA TGGCATCAAT AATTATAAGG AGGAGCTCAA AACTGTTGGA 
GTAAAGTTTG AATATGGCGA AGCGTGTGAG TTTATAGGGA GGCACCTCAT GTCTCTTGCA 
GCTTCCTCTG CATTGACTAA ATCCAATGTG TTTCAAATAC TTAAGTTCAT CAGATTTTTG 
AGACTTAGAT GTCTTCCGGC TGATAAATTC ATCCAGAGCA TCAAAGATGG AAGGTGGTTG 
AAGACTTCCT GTGGTCACAG GTCTCCAGTT GGATCTGTTT TATTTGACCA GGAATGGGAA 
GCTGCATCAC AAATAAGTGA CATCCCCTTC ATTGACCAAG ATCACTATGG CAAGGAAATC 
CTTGGTTTCA AAATGGAACT CCAATTGCTT GGTGTGCTGG TTGGCTTTAA CAAAAATTAC 
CAGCTTGTTA CCGATCACTT CAAGTCTCAA GCATGCTCAA ATTGTCCAAC AGCCAAGTCT 
ATTCTTTTGA TATTTGAATG CATGTGGGAT TGCGAGCGCA ATTCAAGATC AGCCCATGAG 
CTTGTGCATG CGCTTAAAGG TAATAAATGC TTGAAGACGA ACATGGGCTA CAAGTTTCCT 
AGTGAATGTT TCCTGTTTAA TACTGAGTGG GATTCGCTTC TGAAAGTCTT CCATAATGAT 
TTTCCACTTA TTGATGAAAA CTTCTATGGA ACCAGCATCT TGTCTTACGA AAAAGAGTTG 
AGGCAAGCAG GTGTAGTGGT GGATTTTGAA GCAGCGACCC AGAAATTTTT AGCTGTTTTC 
AAGAAGCATG CATCCTCGTC TTCTATTGGA AGAGAACATG TTCTGTCTTT TCTCAGGTCT 
TACGGACAGA TTAATAAGAC AAACAAGAAG TTTCCTTCAG ATTTTAAGCA CAACATTTGT 
GAGGCAAAAT GGCTGCAAAC ACGGCTTGGT GTTCCTAGAT CACCAAGAGA GTGCATTCTT 
TTTGGCCCAG AATGGGAACC TGTAAGTTCA ATTACTGTGC TTCCTTTCAT TGATGATAGT 
GACAAGTACT ATGGCAAGAG AATTCATGAA TATAGTAAAG AGCTGAGGAG CCTGGGTGTT 
ACCATCAAGT ATAAAGATGG GGTGAGGTTT GTGGCTGCAG GTGTCTACTT TCCCCAAGAT 
CCCAGCACCA TAACTCCTGA AAGTGTGTTC TCTCTGCTGC AGTGCATCCA GATATTAATG 
AAAGATGGTT ATACTTTGAC TGATGCTTTC CGGTCAAAGG TTTCTCAAAG TTGGTTAAAA 
ACCAATGCTG GGTATAGGTC TCCAGGCCAA TGTTTGTTGT TTGGCTCTGA GTGGGGTTCT 
TTCTTACAGA GGAACGATGG ACCTTTCATT GATGAAGAAT TCTATGGCCC CAACATTACA 
GCCTACAAGA ACGAGCTCAG AGAAATTGGA GTGACCGTTG ATTTGTTAAA TGGGTGCTCT 
TTGCTTGCTG GCTATCTTGA TTTTCATTCT GAATTTTCAA CCATTGTTCG AGTCTATAAT 
TACTTGAATG AACACGGCTG GTCGCCTTCC AATGATACTC CTAGAAGGAT CTGGATCCCT 
AATGGGAGTG ACAGTGGAGA GTGGGTTAGT CCTGAAAAAT GTGTTATTCA TGACAAGGAT 
GGTCTCTTCA GTTCACAGCT GAATGTTTTA GAGAAACACT ATAAGCCGGA ATTATTCAGC 
CTTTTCTGCA GAGTCATGCA AGTTAAATCC AATCCTTCTA TTGATGACTA CTGCGAACTT 
TGGAATAACT GGGAAAATTC AAGGGAGCAA CTGTCACGTT CGGAGTGTTG TGCTTTCTGG 
GCCCATGTTT CAAAGCACTG GAGTAAAAAC ACACAGAAAA CTCTTGCCGA CAGCTTGTCA 
AAACTGCCAG TTGAATCAGG ATCGGAGAGA ATAATGCTGT TTGACAAACG TGATGTTTTC 
ATTGCAGATG ACCTCCAGCT GAAGTATCTT TTCCAACAAT CTTCGCCTCA CTCAATTTTT 
GTGTGGTATC CCCAGCCAAG CATCCCTTCC TTGCCCCGGA CTAAGCTGCT TGACATCTAC 
AGGGAAATTG GTGTTCGTTC TATCTCTAAA TCTGTACAGA AGGAAGAAAT CTCCAAGTTG 
GAGGCCAGTG AACTCAAGCA AGTGTCTCAG AAGGAAACTT TGATCGGAAA AGGCCTGCTG 
AAACTCATTC TTGGCTTTCT CGCTGGTCCT TCTATTGAAA TGGAAGCAGG ACAAAGGCTG 
GAAGCTGTCA AAGGCCTTCT CAATCTTAAG GTGTTTGAGA CGGAGGGGCA AACTGCAGCA 
AGCTACAGAT TGTCAATGTC TTCTGGGGAA ACCATGGACG TTGATGCAAG AGGAATGATG 
CGCTGGGACC GGGAGGATTC CAAGCTTTTC ATGCAGAAGA TGGATATATC GGGTGGACAT 
AAAAATAAAA TCGAATATGC TACAATCTTC GCTGAAGTAA TATCAGAGGG CGTCTTACAG 
GAGAAAGAAG ACCATATATC TGATCTCGCC GAACTGATCA AGTTGGCATT CTTCCTGGAT 
TTTGATGAGG AAGCAGTTGG GTTCTTGATG AGATCCAAGA ATCTCCAAGT TTTCTTGGAG 
GACGAGGAGC TTCTCTCTTC AGCCCTTTCT CTCGACTAG

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

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LOC100247409 cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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