ABC cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	ABC
Entrez Gene ID	100232918
Full Name	ABC transporter-like
Synonyms	VvABCG44,VvPDR14
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
NM_001301124.1	NP_001288053.1	ABC transporter-like

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

The high polyphenol content of grapevine cultivar tannat berries is conferred primarily by genes that are not shared with the reference genome.
Da Silva C, Zamperin G, Ferrarini A, Minio A, Dal Molin A, Venturini L, Buson G, Tononi P, Avanzato C, Zago E, Boido E, Dellacassa E, Gaggero C, Pezzotti M, Carrau F, Delledonne M
The Plant cell25(12)4777-88(2013 Dec)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following ABC gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ABC 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
OVa22970	NM_001301124.1 Latest version!	Vitis vinifera ABC transporter-like (ABC), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00

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)

ABC ( NM_001301124.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> NP_001288053.1 Vitis vinifera ABC transporter-like (ABC), mRNA.

Price & Availability↑

CloneID	OVa22970
Clone ID Related Accession (Same CDS sequence)	NM_001301124.1
Accession Version	NM_001301124.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4353bp) 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	1498320000000
Organism	Vitis vinifera(wine grape)
Product	ABC transporter-like
Comment	Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. The reference sequence was derived from AB910387.1. ##Evidence-Data-START## Transcript exon combination :: AB910387.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA3598469, SAMEA3598470 [ECO:0000350] ##Evidence-Data-END##

ATGGCGACGG CTGAAATTTA TAGAGCCGCT GGTAGTTTAA GGAGGAATGG TTCTATGTGG 
AGGAGCTCTG GTGCGGATGT TTTCTCCCGG TCTTCAAGGG ATGAGGATGA TGAGGAAGCT 
TTGAAATGGG CCGCCCTCGA GAAACTTCCC ACCTACAATC GGTTGAGGAA AGGTTTGCTG 
ATGGGATCAC AGGGTGCGGC CAGTGAAGTT GATGTAGACA ACCTTGGGTT TCAGGAAAAG 
CAGAGTTTAA TGGAGCGGTT GGTAAAAATT GCAGAAGAGG ACAATGAGAA GTTCCTGTTG 
AGGCTCAGGA ATCGTATCGA GAGAGTTGGG ATTACTATTC CTGAAATTGA AGTTAGATTT 
GAGCATCTTA CCATCGATGC AGAAGCTTTT ATAGGAAGCA GAGCTTTGCC TTCATTCCAT 
AATTTTATGT TCAATAAAAT CGAGGATGCC TTGACCGGTC TTCGGATTCT TCGGAGTAGA 
AGGAGGAAAT TCACTATTCT TCATGATGTT AGTGGAATCA TCAAACCTCA AAGAATGACT 
TTACTTTTGG GTCCTCCAAG TTCTGGAAAG ACCACTCTCT TACTGGCTTT GTCCGGAAAG 
CTTGATCCCA CTCTTAAGGT TACGGGAAGG GTGACATACA ACGGTCATGG CATGGATGAG 
TTTGTACCCC AGAGAACTGC CGCCTATATC AGCCAACATG ATACCCATAT CGGAGAAATG 
ACTGTACGGG AAACCTTGGC CTTCTCTGCA AGATGCCAGG GTGTTGGAGA TCGATATGAC 
ATGTTAGCAG AGCTCTCAAG AAGAGAGAAA GCAGCAAATA TTAAGCCTGA TCCTGATCTT 
GATGTCTTCA TGAAGGCAGC GGCAACTGAA GGCCAGAAGG AAAATGTGGT CACTGATTAT 
ACACTGAAGA TTCTGGGACT AGACATCTGT GCAGATACCA TGGTAGGAGA TGAAATGATA 
AGGGGTATCT CTGGAGGACA ACGGAAGCGT GTCACAACAG GTGAGATGCT GGTCGGACCA 
TCAAAGGCAC TGTTTATGGA TGAGATCTCT ACTGGCTTGG ACAGTTCAAC AACTTTTCAA 
ATTGTGAATT GTCTCAAGCA AACCATCCAC ATTCTCAATG GGACTGCTGT CATATCTCTC 
CTCCAGCCAG CACCTGAGAC TTACAATCTT TTTGATGACA TCATTCTCCT CTCTGATGGT 
CGTATCATTT ATCAAGGTCC TCGTGAAGAC GTGCTTGAAT TTTTTGAATC CACGGGCTTC 
AGATGTCCTG AAAGGAAGGG TGTGGCAGAC TTCCTACAAG AAGTAACATC TAAGAAAGAT 
CAGCAGCAGT ATTGGGCACG TAAAGAAGAG CCTTACAGGT TTGTCACAGT CAAGGAATTT 
GCTGAGGCAT TCCAGTCATT TCACACTGGA CGGAAAGTAG GAGATGAGCT TGCGTCTCCA 
TACGACAAGA CGAAAAGCCA CCCAGCTGCT TTGACAACCA AAAAGTATGG TGTTAATAAG 
AAGGAACTGT TGGATGCCAA CATGTCAAGG GAGTACTTGC TGATGAAGAG GAACTCATTT 
GTCTATGTTT TCAAGCTCAC CCAACTTGCA ATAATGGCAG TGATTACAAT GACACTCTTC 
CTAAGAACTG AGATGCACAA AAATTCAGTA GATGATGGAA ACATTTATAC GGGTGCTTTG 
TTCTTCACTG TTGTCATGAT AATGTTTAAT GGAATGGCAG AACTTGCCAT GGCAATTGCA 
AAACTTCCTG TCTTTTACAA GCAAAGAGAC CTACTCTTCT ATCCTGCATG GGCATATGCT 
CTTCCCACAT GGATCCTCAA GATCCCCATC ACATTTATTG AAGTTGGTGT TTGGGTGTTC 
ATGACTTATT ATGTCATTGG ATTTGATCCA AATGTGGAAA GGTTGTTTAG ACAGTATCTT 
CTCCTCTTGC TTGTTAATCA GATGGCATCT GGATTATTTC GATTGATAGC ATCAGCTGGT 
AGAAACATGA TTGTTTCAAA CACATTTGGG GCATTTGTTT TACTTATGCT CTTGGCATTG 
GGTGGTTTTA TCCTGTCACA TGATGATGTC AAGAAATGGT GGATTTGGGG TTACTGGTGT 
TCCCCTCTGA TGTATGCGCA AAACGCAATA GTGGTAAATG AATTCCTTGG GCACAGTTGG 
AAGAAAAATG TTACTGGTTC AACAGAATCC CTTGGAGTCA CAGTATTGAA CAATCGTGGG 
TTCTTCACAG AGGCATACTG GTACTGGATA GGAGCTGGGG CACTGTTTGG GTTCATACTT 
CTCTTCAATT TCGGTTACAC TTTGTGCCTC AATTTCCTAA ATCCATTTGA TAAGCCTCAA 
GCTGTTATAG TAGAAGAGTC TGACAATGCC GAAACTGGAG GACAGATTGA GTTGTCCCAG 
AGAAATAGCT CTATTGACCA AGCTGCATCC ACAGAGAGAG GAGAGGAAAT TGGGAGAAGC 
ATCTCATCCA CATCCTCAGC TGTTAGGGAA GAAGCTGTTG CGGGGGCTAA CCATAACAAG 
AAGAAAGGAA TGGTTCTTCC ATTCCAACCA TATTCTATTA CCTTCGATGA TATTAGATAC 
TCAGTTGACA TGCCAGAGGA GATGAAAAGT CAAGGTGTCG TTGAAGACAA ATTGGAGCTT 
CTGAAGGGGG TGAGTGGTGC TTTCAGGCCT GGTGTTCTTA CAGCTCTGAT GGGGGTTAGT 
GGTGCTGGTA AAACCACCCT CATGGATGTA TTGGCTGGTC GAAAAACTGG TGGATATATT 
GAGGGCAACA TCACCATTTC TGGCTACCCA AAGAAGCAGG AGACTTTTGC TCGAATTTCT 
GGATACTGTG AGCAGAATGA CATCCACTCT CCTCATGTTA CTGTCTATGA GTCCTTGCTC 
TACTCAGCTT GGTTGCGGTT GCCTTCTGAT GTGAAATCTG AAACCAGACA GATGTTCATT 
GAGGAAGTCA TGGAGCTTGT GGAACTGACC CCATTGAGGG ATGCACTAGT TGGGTTGCCA 
GGTGTAAGTG GTCTCTCAAC TGAGCAGCGC AAGAGGCTGA CCATTGCTGT TGAGCTTGTG 
GCAAATCCCT CAATAATATT CATGGATGAG CCAACTTCAG GGCTAGATGC AAGAGCTGCT 
GCAATTGTTA TGAGAACAGT CAGGAACACA GTGGACACAG GAAGAACAGT TGTGTGCACC 
ATCCATCAAC CAAGTATTGA CATATTTGAA GCCTTTGATG AGTTGCTCCT GCTGAAGCGA 
GGAGGACAAG AGATATATGT GGGACCACTA GGCAGATATT CTTGCCATCT GATAAATTAT 
TTTGAGGGAA TTGAAGGAGT CAGTAAAATC AAAGATGGTT ATAACCCTGC AACCTGGATG 
CTGGAAGCTA CCACCGCAGC ACAAGAAGCA ACTTTGGGGG TCGATTTCAC TGAAATATAC 
AAGAATTCGG ACCTATACAG GAGAAACAAA GATTTAATTA AAGAACTGAG CCAACCTCCC 
CCTGGTACAA AGGACCTCTA TTTCCGTACT CAATTCTCCC AGCCCTTCTT CACCCAATTT 
TTGGCATGCT TATGGAAACA GCGTTGGTCA TACTGGCGCA ACCCACCATA CACGGCAGTG 
AGATTTCTCT TCACAACTTT CATAGCCTTG ATGTTTGGGA CAATGTTCTG GGATCTGGGC 
ACCAAATGGT CAACGCAACA AGATCTGTTT AATGCAATGG GTTCAATGTA TGCTGCTGTT 
CTCTTCCTTG GGATTCAAAA TTCCCAGTCA GTGCAGCCAG TTGTGGTAGT TGAACGAACA 
GTCTTTTACA GAGAAAGAGC TGCAGGAATG TATTCACCAC TGTCATATGC CTTTGCACAG 
GCTTTAGTTG AGATACCATA TATCTTTTCA CAAGCCGTGG TGTATGGTCT TATAGTTTAT 
GCAATGATTG GATTTCAATG GACAGCCGCT AAGTTCTTCT GGTATCTGTT TTTCATGTTC 
TTCACCTTAA TGTACTTCAC CTTCTATGGC ATGATGGCTG TGGCTGCCAC ACCAAATCAA 
AATATCGCTT CCATTGTTGC CGCAGCATTT TATGGATTGT GGAACCTCTT TTCAGGTTTT 
ATAGTCCCAC GAAATAGAAT ACCCGTGTGG TGGAGATGGT ACTATTGGAT ATGCCCAGTT 
TCATGGACTT TGTATGGATT GGTTACATCA CAGTTTGGAG ATATAACGGA AGAACTAAAC 
ACAGGTGTAA CAGTGAAAGA CTACTTGAAT GACTACTTTG GATTCAAACA TGATTTCCTA 
GGAGTGGTTG CAGCTGTGGT CGTTGGGTTT GTGGTGCTTT TCTTATTTAT CTTTGCCTAT 
GCCATTAAGG CATTGAACTT CCAAAGGCGA TAA

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

RefSeq	NP_001288053.1
CDS	1..4353
Translation	MATAEIYRAAGSLRRNGSMWRSSGADVFSRSSRDEDDEEALKWAALEKLPTYNRLRKGLLMGSQGAASEVDVDNLGFQEKQSLMERLVKIAEEDNEKFLLRLRNRIERVGITIPEIEVRFEHLTIDAEAFIGSRALPSFHNFMFNKIEDALTGLRILRSRRRKFTILHDVSGIIKPQRMTLLLGPPSSGKTTLLLALSGKLDPTLKVTGRVTYNGHGMDEFVPQRTAAYISQHDTHIGEMTVRETLAFSARCQGVGDRYDMLAELSRREKAANIKPDPDLDVFMKAAATEGQKENVVTDYTLKILGLDICADTMVGDEMIRGISGGQRKRVTTGEMLVGPSKALFMDEISTGLDSSTTFQIVNCLKQTIHILNGTAVISLLQPAPETYNLFDDIILLSDGRIIYQGPREDVLEFFESTGFRCPERKGVADFLQEVTSKKDQQQYWARKEEPYRFVTVKEFAEAFQSFHTGRKVGDELASPYDKTKSHPAALTTKKYGVNKKELLDANMSREYLLMKRNSFVYVFKLTQLAIMAVITMTLFLRTEMHKNSVDDGNIYTGALFFTVVMIMFNGMAELAMAIAKLPVFYKQRDLLFYPAWAYALPTWILKIPITFIEVGVWVFMTYYVIGFDPNVERLFRQYLLLLLVNQMASGLFRLIASAGRNMIVSNTFGAFVLLMLLALGGFILSHDDVKKWWIWGYWCSPLMYAQNAIVVNEFLGHSWKKNVTGSTESLGVTVLNNRGFFTEAYWYWIGAGALFGFILLFNFGYTLCLNFLNPFDKPQAVIVEESDNAETGGQIELSQRNSSIDQAASTERGEEIGRSISSTSSAVREEAVAGANHNKKKGMVLPFQPYSITFDDIRYSVDMPEEMKSQGVVEDKLELLKGVSGAFRPGVLTALMGVSGAGKTTLMDVLAGRKTGGYIEGNITISGYPKKQETFARISGYCEQNDIHSPHVTVYESLLYSAWLRLPSDVKSETRQMFIEEVMELVELTPLRDALVGLPGVSGLSTEQRKRLTIAVELVANPSIIFMDEPTSGLDARAAAIVMRTVRNTVDTGRTVVCTIHQPSIDIFEAFDELLLLKRGGQEIYVGPLGRYSCHLINYFEGIEGVSKIKDGYNPATWMLEATTAAQEATLGVDFTEIYKNSDLYRRNKDLIKELSQPPPGTKDLYFRTQFSQPFFTQFLACLWKQRWSYWRNPPYTAVRFLFTTFIALMFGTMFWDLGTKWSTQQDLFNAMGSMYAAVLFLGIQNSQSVQPVVVVERTVFYRERAAGMYSPLSYAFAQALVEIPYIFSQAVVYGLIVYAMIGFQWTAAKFFWYLFFMFFTLMYFTFYGMMAVAATPNQNIASIVAAAFYGLWNLFSGFIVPRNRIPVWWRWYYWICPVSWTLYGLVTSQFGDITEELNTGVTVKDYLNDYFGFKHDFLGVVAAVVVGFVVLFLFIFAYAIKALNFQRR

Target ORF information:

RefSeq Version	NM_001301124.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera ABC transporter-like (ABC), mRNA.

Target ORF information:

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

NM_001301124.1

ORF Insert Sequence:

ATGGCGACGG CTGAAATTTA TAGAGCCGCT GGTAGTTTAA GGAGGAATGG TTCTATGTGG 
AGGAGCTCTG GTGCGGATGT TTTCTCCCGG TCTTCAAGGG ATGAGGATGA TGAGGAAGCT 
TTGAAATGGG CCGCCCTCGA GAAACTTCCC ACCTACAATC GGTTGAGGAA AGGTTTGCTG 
ATGGGATCAC AGGGTGCGGC CAGTGAAGTT GATGTAGACA ACCTTGGGTT TCAGGAAAAG 
CAGAGTTTAA TGGAGCGGTT GGTAAAAATT GCAGAAGAGG ACAATGAGAA GTTCCTGTTG 
AGGCTCAGGA ATCGTATCGA GAGAGTTGGG ATTACTATTC CTGAAATTGA AGTTAGATTT 
GAGCATCTTA CCATCGATGC AGAAGCTTTT ATAGGAAGCA GAGCTTTGCC TTCATTCCAT 
AATTTTATGT TCAATAAAAT CGAGGATGCC TTGACCGGTC TTCGGATTCT TCGGAGTAGA 
AGGAGGAAAT TCACTATTCT TCATGATGTT AGTGGAATCA TCAAACCTCA AAGAATGACT 
TTACTTTTGG GTCCTCCAAG TTCTGGAAAG ACCACTCTCT TACTGGCTTT GTCCGGAAAG 
CTTGATCCCA CTCTTAAGGT TACGGGAAGG GTGACATACA ACGGTCATGG CATGGATGAG 
TTTGTACCCC AGAGAACTGC CGCCTATATC AGCCAACATG ATACCCATAT CGGAGAAATG 
ACTGTACGGG AAACCTTGGC CTTCTCTGCA AGATGCCAGG GTGTTGGAGA TCGATATGAC 
ATGTTAGCAG AGCTCTCAAG AAGAGAGAAA GCAGCAAATA TTAAGCCTGA TCCTGATCTT 
GATGTCTTCA TGAAGGCAGC GGCAACTGAA GGCCAGAAGG AAAATGTGGT CACTGATTAT 
ACACTGAAGA TTCTGGGACT AGACATCTGT GCAGATACCA TGGTAGGAGA TGAAATGATA 
AGGGGTATCT CTGGAGGACA ACGGAAGCGT GTCACAACAG GTGAGATGCT GGTCGGACCA 
TCAAAGGCAC TGTTTATGGA TGAGATCTCT ACTGGCTTGG ACAGTTCAAC AACTTTTCAA 
ATTGTGAATT GTCTCAAGCA AACCATCCAC ATTCTCAATG GGACTGCTGT CATATCTCTC 
CTCCAGCCAG CACCTGAGAC TTACAATCTT TTTGATGACA TCATTCTCCT CTCTGATGGT 
CGTATCATTT ATCAAGGTCC TCGTGAAGAC GTGCTTGAAT TTTTTGAATC CACGGGCTTC 
AGATGTCCTG AAAGGAAGGG TGTGGCAGAC TTCCTACAAG AAGTAACATC TAAGAAAGAT 
CAGCAGCAGT ATTGGGCACG TAAAGAAGAG CCTTACAGGT TTGTCACAGT CAAGGAATTT 
GCTGAGGCAT TCCAGTCATT TCACACTGGA CGGAAAGTAG GAGATGAGCT TGCGTCTCCA 
TACGACAAGA CGAAAAGCCA CCCAGCTGCT TTGACAACCA AAAAGTATGG TGTTAATAAG 
AAGGAACTGT TGGATGCCAA CATGTCAAGG GAGTACTTGC TGATGAAGAG GAACTCATTT 
GTCTATGTTT TCAAGCTCAC CCAACTTGCA ATAATGGCAG TGATTACAAT GACACTCTTC 
CTAAGAACTG AGATGCACAA AAATTCAGTA GATGATGGAA ACATTTATAC GGGTGCTTTG 
TTCTTCACTG TTGTCATGAT AATGTTTAAT GGAATGGCAG AACTTGCCAT GGCAATTGCA 
AAACTTCCTG TCTTTTACAA GCAAAGAGAC CTACTCTTCT ATCCTGCATG GGCATATGCT 
CTTCCCACAT GGATCCTCAA GATCCCCATC ACATTTATTG AAGTTGGTGT TTGGGTGTTC 
ATGACTTATT ATGTCATTGG ATTTGATCCA AATGTGGAAA GGTTGTTTAG ACAGTATCTT 
CTCCTCTTGC TTGTTAATCA GATGGCATCT GGATTATTTC GATTGATAGC ATCAGCTGGT 
AGAAACATGA TTGTTTCAAA CACATTTGGG GCATTTGTTT TACTTATGCT CTTGGCATTG 
GGTGGTTTTA TCCTGTCACA TGATGATGTC AAGAAATGGT GGATTTGGGG TTACTGGTGT 
TCCCCTCTGA TGTATGCGCA AAACGCAATA GTGGTAAATG AATTCCTTGG GCACAGTTGG 
AAGAAAAATG TTACTGGTTC AACAGAATCC CTTGGAGTCA CAGTATTGAA CAATCGTGGG 
TTCTTCACAG AGGCATACTG GTACTGGATA GGAGCTGGGG CACTGTTTGG GTTCATACTT 
CTCTTCAATT TCGGTTACAC TTTGTGCCTC AATTTCCTAA ATCCATTTGA TAAGCCTCAA 
GCTGTTATAG TAGAAGAGTC TGACAATGCC GAAACTGGAG GACAGATTGA GTTGTCCCAG 
AGAAATAGCT CTATTGACCA AGCTGCATCC ACAGAGAGAG GAGAGGAAAT TGGGAGAAGC 
ATCTCATCCA CATCCTCAGC TGTTAGGGAA GAAGCTGTTG CGGGGGCTAA CCATAACAAG 
AAGAAAGGAA TGGTTCTTCC ATTCCAACCA TATTCTATTA CCTTCGATGA TATTAGATAC 
TCAGTTGACA TGCCAGAGGA GATGAAAAGT CAAGGTGTCG TTGAAGACAA ATTGGAGCTT 
CTGAAGGGGG TGAGTGGTGC TTTCAGGCCT GGTGTTCTTA CAGCTCTGAT GGGGGTTAGT 
GGTGCTGGTA AAACCACCCT CATGGATGTA TTGGCTGGTC GAAAAACTGG TGGATATATT 
GAGGGCAACA TCACCATTTC TGGCTACCCA AAGAAGCAGG AGACTTTTGC TCGAATTTCT 
GGATACTGTG AGCAGAATGA CATCCACTCT CCTCATGTTA CTGTCTATGA GTCCTTGCTC 
TACTCAGCTT GGTTGCGGTT GCCTTCTGAT GTGAAATCTG AAACCAGACA GATGTTCATT 
GAGGAAGTCA TGGAGCTTGT GGAACTGACC CCATTGAGGG ATGCACTAGT TGGGTTGCCA 
GGTGTAAGTG GTCTCTCAAC TGAGCAGCGC AAGAGGCTGA CCATTGCTGT TGAGCTTGTG 
GCAAATCCCT CAATAATATT CATGGATGAG CCAACTTCAG GGCTAGATGC AAGAGCTGCT 
GCAATTGTTA TGAGAACAGT CAGGAACACA GTGGACACAG GAAGAACAGT TGTGTGCACC 
ATCCATCAAC CAAGTATTGA CATATTTGAA GCCTTTGATG AGTTGCTCCT GCTGAAGCGA 
GGAGGACAAG AGATATATGT GGGACCACTA GGCAGATATT CTTGCCATCT GATAAATTAT 
TTTGAGGGAA TTGAAGGAGT CAGTAAAATC AAAGATGGTT ATAACCCTGC AACCTGGATG 
CTGGAAGCTA CCACCGCAGC ACAAGAAGCA ACTTTGGGGG TCGATTTCAC TGAAATATAC 
AAGAATTCGG ACCTATACAG GAGAAACAAA GATTTAATTA AAGAACTGAG CCAACCTCCC 
CCTGGTACAA AGGACCTCTA TTTCCGTACT CAATTCTCCC AGCCCTTCTT CACCCAATTT 
TTGGCATGCT TATGGAAACA GCGTTGGTCA TACTGGCGCA ACCCACCATA CACGGCAGTG 
AGATTTCTCT TCACAACTTT CATAGCCTTG ATGTTTGGGA CAATGTTCTG GGATCTGGGC 
ACCAAATGGT CAACGCAACA AGATCTGTTT AATGCAATGG GTTCAATGTA TGCTGCTGTT 
CTCTTCCTTG GGATTCAAAA TTCCCAGTCA GTGCAGCCAG TTGTGGTAGT TGAACGAACA 
GTCTTTTACA GAGAAAGAGC TGCAGGAATG TATTCACCAC TGTCATATGC CTTTGCACAG 
GCTTTAGTTG AGATACCATA TATCTTTTCA CAAGCCGTGG TGTATGGTCT TATAGTTTAT 
GCAATGATTG GATTTCAATG GACAGCCGCT AAGTTCTTCT GGTATCTGTT TTTCATGTTC 
TTCACCTTAA TGTACTTCAC CTTCTATGGC ATGATGGCTG TGGCTGCCAC ACCAAATCAA 
AATATCGCTT CCATTGTTGC CGCAGCATTT TATGGATTGT GGAACCTCTT TTCAGGTTTT 
ATAGTCCCAC GAAATAGAAT ACCCGTGTGG TGGAGATGGT ACTATTGGAT ATGCCCAGTT 
TCATGGACTT TGTATGGATT GGTTACATCA CAGTTTGGAG ATATAACGGA AGAACTAAAC 
ACAGGTGTAA CAGTGAAAGA CTACTTGAAT GACTACTTTG GATTCAAACA TGATTTCCTA 
GGAGTGGTTG CAGCTGTGGT CGTTGGGTTT GTGGTGCTTT TCTTATTTAT CTTTGCCTAT 
GCCATTAAGG CATTGAACTT CCAAAGGCGA TAA

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

PubMed

The high polyphenol content of grapevine cultivar tannat berries is conferred primarily by genes that are not shared with the reference genome.
The Plant cell25(12)4777-88(2013 Dec)
Da Silva C,Zamperin G,Ferrarini A,Minio A,Dal Molin A,Venturini L,Buson G,Tononi P,Avanzato C,Zago E,Boido E,Dellacassa E,Gaggero C,Pezzotti M,Carrau F,Delledonne M

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

ABC cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Related articles in PubMed

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