LOC100265641 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100265641
Entrez Gene ID	100265641
Full Name	uncharacterized LOC100265641
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010664957.2	XP_010663259.1	uncharacterized protein LOC100265641 isoform X1
XM_010664960.2	XP_010663262.1	uncharacterized protein LOC100265641 isoform X4
XM_010664956.2	XP_010663258.1	uncharacterized protein LOC100265641 isoform X1
XM_010664958.2	XP_010663260.1	uncharacterized protein LOC100265641 isoform X2
XM_010664959.2	XP_010663261.1	uncharacterized protein LOC100265641 isoform X3
XM_010664961.2	XP_010663263.1	uncharacterized protein LOC100265641 isoform X5
XM_019226428.1	XP_019081973.1	uncharacterized protein LOC100265641 isoform X6
XM_019226427.1	XP_019081972.1	uncharacterized protein LOC100265641 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC100265641 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100265641 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)
OVa43020	XM_019226428.1 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OVa32739	XM_010664956.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32739	XM_010664957.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32739	XM_019226427.1 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32740	XM_010664958.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32741	XM_010664959.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32742	XM_010664960.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00
OVa32743	XM_010664961.2 Latest version!	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$1021.30 $1459.00

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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)

LOC100265641 ( XM_019226428.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019081973.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OVa43020
Clone ID Related Accession (Same CDS sequence)	XM_019226428.1
Accession Version	XM_019226428.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5496bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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##

ATGAAGGTGT CAGAACGCCA CTATTCTGAG AGAGGACATG GCAGTCAGTC TTCTCGAGTC 
CCACATGGCT TGAACTTTAC ACAATCAACT CTGAGGCCTG ACATTGTCAA AAATCAGTCT 
CAGAATCAAC AGCTGAATCT GAATGGCTAT ATGCATGGTC ATACTGGTTT TCAGACAAGG 
CAGAATGAAG CAAACCTTTT GGGAGTGGAT ACAGAATCTG ATCGGCATAG TCTAACATCG 
AGAGGCTTAT CTAGTTTTGA ATCACAGCGA GGGAATGGTC CTGAACATCA TAGGAAAAAT 
TCAGTAATGA TGGAAACTAC CGAATCTCCT GTTAATTTTG ATTTTCTTGG TGGTCAGCCA 
CAGATGGGTG GCCAGCAATC AGGCATGCTG CAATCTTTGG CAAGGCAGCA ATCTGGGTTT 
AATGACATGC AGATTCTCCA GCAACAAGTG ATGCTGAAAC AAATGCAAGA ACTTCAGAGA 
CAGCAACAAA TTCAGCAACA AGAAACAAGG CAACACAATT CCATAAATCA AATTCCCTCC 
TTTTCTAACC AGGCTCCTGG GAACCATTCA CCTGCCATGA TTAATGGAGC TCCCATCCAT 
GATGCATCTA ATTATTCATG GCACCCTGAG TTTATGTCAG GAAACACAAA CTGGATCCAG 
CGTGGTGCAT CACCTGTAAT CCAGGGATCC TCTAATGGAC TCATGTTTTC CCCTGATCAA 
GGTCAGGCAC TCCGCATGAT GGGTTTGGCT CCTCAACAGG GTGATCAGTC TTTGTATGGG 
GTTCCTGTTT CTAACACAAG AGGTACTTCG AGCCAATATT CTCATATGCA AGTGGATAGG 
GCAGCAATGC AGCAGACTCC ATCTGGCAGT AATTCATTTC CAAGCAATCA ATATACTGCA 
TTCCAAGATC AACCTAGCAT GCAGGATGGT AATTTGGTTT CTAAGCAGGG TTTTCCAGTG 
AAAAAATTGT TTGGGCAGGC TCCTGGTCAA AATTTAAGTG GTGGTGTTGT TTTGGAAAAT 
TTGCAGCAAT TGAACTCCCA GCAAAGAAAT GCACCTTTGC AGGAATTTCA TGGAAGGCAA 
AATCTTGCTG GTTCATCCGA AACATTACAA GAGAAAACAG TGATGCCGGT TGCTCGTGCT 
CAGAGTTCAG CTGGCCTTGA TCCAACTGAA GAAAAGTTTT TGTATGGTAC TGATGACAGT 
ATTTGGGATG TCTTTGGCAA GGGCTCCAAT ATGGGTACAG GAGGCCATAA TCAGCTGGAT 
GGTACAGACA TTGGAGGAGC ATTTCCTTCC ATGCAGAGTG GAAGTTGGAG TGCTCTTATG 
CAGTCCGCTG TAGCAGAAAC TTCTAGTAAT GATATAGGGC TACCGGAAGA GTGGAGTGGG 
CCGATTTTTC AGAGCATTGA ACCTCCAACT GGGAACCCTC AGCCAGCGAC ATACAGTGAT 
GGAGGCAAAA AGCAAACAGT TTGGGCCGAT AACTTGCAGG TTGCCTCTTC ATTAAGTTCT 
AAACCTTTTA GTTTACCTAA TGATGTCAAT ATGACTACTA ATTATAGTAG CTTCCCTGGA 
TTTCAGCAAT CTGGACTCAA ATTTTCAAAT GAAGAGAGTG AGAGGTTGCA GATGAATTCT 
TCTCACAGAT CCATACAGCA TTCTTCTGAA GAAGGAAGCA AGTGGCTAGA TCGCAACCCT 
CCACAAAAGA CAGTTGGTGA AGGGAATCAA AATTATGGAA GTGCCACCCG TTCTTCTGAT 
GCAGGTCCAA ACTTGAAGAG CATTTCAGGA CCTTGGGTCC ATCGACAGAG CATATCCTCT 
TACAGCACTG GTGGCCAACC CAGCAATAAA CCAAATGGTT GGAATTTTAT TGAGTCTGGA 
GCACCTGGTG GGGATGCTAC AATGAGAGCT CATGAAAATG AAAACTTATT GCACCATTCT 
CAGAGTAATG ATCTTAACAG AGCCATGCAT GGTTCTGGTA CATGGAAAGC TGATTCCCTT 
CCTGATTCAA CAGTTGAATT GGACCATGTA AAGTGTGGCA CTGGAAGTTC ACAGGTCAGT 
AGAGAAGATT CCAATCGTAA TAATGTTGCT GCAATACCAA ATTTTAGTTC TGGAAAGACC 
AGCCAGGAAA CTAGCCAACA GCTTCCAAAT AGTCAACATG ATTATTGGAA AAATGTTGCT 
TCTCCTGTGA ACTCTAAAGG AAATGAAGGC TTGGGGAAAC ACCAGCATCA TCTAAATAAG 
GGCCCTCAGG TTTTGGAGTC ATCAGTGAAT AGCTTTACCA AGGGAGCAGT TGAAATGCAT 
GAGATGGAGA ACTGTGATAA AAAAGAGAAC TCCAGTGATG GCTATCGCTC TAACTTATCC 
CATCGTGCTT CCTCTGGTGG TTTGAGAGAA AATGTTTGGT TAGATGCAAG TGACTCACGT 
TCTTTGCCAG GCGCCAAACA AAAGTTGTCC GGTCAGGTTG GTAGAAAAAC CTTGGGGTCT 
CGCCGATTTC AGTATCATCC AATGGGAAAT TTGGAAGTGG ATATAGAACC GTCTTATGAA 
GCAAAACATG TTTCACACGC ACAGGCCATG TCTCAGCAGG TTTCCCGGGG ATTAAAAAGT 
CATGAACAAG GATTTTCTGG ACCATCTAAA TTTTCTGGTC ATGTTCCTAA AGATTCGAAT 
GAAATGGAAA AGGGTCCATC GCCTGAATTT CAGGGAGACA CAAGAGGAGT AGATGAGGTA 
CCTTCTAGAG GCATATTTCC TGGTTCTATG CCTAATATGT CTGCTCCTCC TGACAGATCA 
GTTGGTATCT ATATCCAAAA CAAGACTGCT CAATCAAGTC AAAATATGCT TGAACTTCTT 
CACAAGGTGG ATCAATCAAG GGATCGAGGC ACAGCAGCTC AGTTCAGTTC TTCAGAGCGG 
AATTCACTAT CTGAGATGCC AGAACCAGAA ACTTCTGATG GGTCTGTAGG TCACCTTCAG 
CGAAATCAGT CCTCTGCTTC TCAGGGTTTT GGTTTGCAAC TGGCCCCTCC TTCTCAGCGA 
TTGCCTGTTC CAAACCGTTC CTTGGTTTCT CAGAGCTCCT CACAGACAGT TAATTTGCTC 
AACTCACATA CCTCTCCTGA GATAGGAGAT AAGAGTCGTG CATGGTTGGC ATCCACTGCT 
TCTGTTCAGT CTTTGCCTCC TTCCCGTGAA GCATCTCAGG GAGAGTTGAG AAATAATAGA 
TCTGTTACTC AAGGACAAAC TGGAAAGGAA GCCCCACAGC CTAACATTGG AGGAAGCTTT 
TCTACTGCTT TTACACCTGG CTTCCCTTAT TCTAGGAGTC CGCTTCAGAA TCAGCATATG 
ACTGTTGCAA GTGGGCAAGT TACATCTGAT CAATCTGTCA ATGCATCTTT TGATAGGTTT 
GCTGCCTGTT CTAGAAAGGT TGATGACTCT TATGATAGAA TTCCAACTAG TCAATCTGCA 
ACTGCACCAT TATCTGATTT AGCTGCCAAT GCACCATATA ACAACATTGC TTCCATGTCA 
GACATGTCCC GCCTGAGTAG TAGCAACCAA TTGCATGTGA GAGGTTCCAC CCAACAGACC 
CCTGTGTTGG AGGCTGTGCC TGTTTCACGG CCTTCTTTTT CATCTGGCAC ATCCCATCAG 
GATGGTTTTT CAAAGGTACC TAATGTATGG ACCAATGTTT CAACTCAACA ATGTTTACCA 
GGTGTTGAAG CTCACAAGGC CCCTTCCAAT GTATTTAAAT CCCATTTTAA ATCAACCAGT 
AATTCAGAAA CAACTTCCTC CACATCACAG AAGCTGGATG ATCAAGATGC CCACAAAGGA 
GGGAGTGGCC CATCTGAGTT TGGAGTATAT TCTTTGAAAG ATCAAGCCTT TGGTTCTGTG 
GAAGAGCAGC CAGTGAAAGA CAGCCCCTGG AAGCAAGTGT CGTCTGAGAA CATTGACCCA 
GTCCAAAAGC CAATGCATGG TTCACAAGGA AAAGAATCTG TTGGTAATCA TCTTTCTGCT 
GCATCTCCTT CAAACCCTGC TGCCACCCAA AGAGATATTG AAGCTTTTGG CCGTTCTTTG 
AAACCAAATA ATAGTTTGAA TCAGAATTTC TCATTGTTGC ATCAGATGCA TGCCATGAAG 
GGTACTGAGA TTGATCCTGG TAATAGGGGC TTGAAGAGAT TTAAAGGACT GGATTGCAGT 
CTGGACTCTC AGGGAGCTCC TAAGGCAGGA CAACAGTTGG CATATGGCTA CAATACAGTG 
GCCAGGGATG CATCAGTTAA TCATACCTCA GTTCCATCTG AAGATCCTAA GATACTAAGT 
TTTTCATCAG AGCAAATGGA TAATCGAAAT AGAAATGCAT CTTCTCAAGT TTTGCCTGGA 
AGCATACCTT CCCAGGATAT GCTTGTGTTT GGACGAAATG ATTCTCAAAA TTACTCCAGT 
GGTAATAATT CAGTTTCTTC TAGAGCCGAG CATTCTCAGA TTAGTCCCCA GATGGCACCT 
TCCTGGTTTG ATCAATATGG GACCTTTAAA AATGGGCAGA TGTTCCCTAT GTATGATGCG 
CATAAAACCA CCACTATGAG GACTGTGGAG CAGCCATTTT TTGTTGGTAA ATCTTCTGAT 
AGTTTGCACA CACGGAATTC AATGGACCAA GTAAATGGTG CTTTTGATAC CAGTCAGGTT 
GCTAATGTCC AGCATAGTTC TACCCCCATC TCAATGGCAA GTGATCATCT CTCTGCCCCT 
CTTTCATTGC CTCCAAATGT CACTGATCAA AGTTTGGTGG TTGTGAGGCC AAAGAAGCGT 
AAGAGTGCTA CATGTGAGCT TCTGCCATGG CATAAAGAGG TGACTCAGTT CCGTAGGCTT 
CAGAGGAACA GCATGGCAGA ACTAGACTGG GCTCAAGCAA CAAATCGATT GATTGATAGG 
GTGGAAGATG AAGCTGAAAT TTTTGAAGAT GGTTTTCCAT TTCTTAGACC GAAGAGAAGG 
CTTATTTTGA CAACACAGCT TATGCAGCAA TTGCTTCGCC CTCCTCCAGC TGCAATTCTC 
TCAGTGGATG CCAGTTCAAA TTGTGAGAGT GTGGTCTACT CTGTTGCTAG ATTAACATTA 
GGGGATGTGT GCAGCTTTCT GTCTGTCTCA GGAAGTGATT CGTCTATGTC TCTGGAGAGT 
GGAAACCTCC TGGCTGAGAA GCACAAGACA TCTGAGAAAA TTGGTGATCA GTACTTCACA 
AAAGTAATGG AAGACTTCAT TAGTAGAGCA AGAAAGCTGG AAAATGATTT GTTCAGATTG 
GACAATAGAG CCTCAGTCTT GGACTTGAGA GTGGATTGCC AAGATCTAGA GAAGTTTTCT 
GTCATCAACC GTTTTGCTAA GTTCCATAGC CGGGGGCAAG CTGACGGGCC TGAGACCTCG 
TCCTCCTCTG ATGCAACTGC AAATGCTCAG AAAACCTGCC CTCAGAGATA TGTCACCGCA 
CTCCCAATGC CTAGGAATCT CCCTGACAGG GAATGGGAAT GCGGGAGAAG AATGGATGCT 
AGATCTGTCT CCTTAAAAGC AGTGGAGGCT CTTTGA

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

RefSeq	XP_019081973.1
CDS	113..5608
Translation	MKVSERHYSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_019226428.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X8, mRNA.

Target ORF information:

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

XM_019226428.1

ORF Insert Sequence:

ATGAAGGTGT CAGAACGCCA CTATTCTGAG AGAGGACATG GCAGTCAGTC TTCTCGAGTC 
CCACATGGCT TGAACTTTAC ACAATCAACT CTGAGGCCTG ACATTGTCAA AAATCAGTCT 
CAGAATCAAC AGCTGAATCT GAATGGCTAT ATGCATGGTC ATACTGGTTT TCAGACAAGG 
CAGAATGAAG CAAACCTTTT GGGAGTGGAT ACAGAATCTG ATCGGCATAG TCTAACATCG 
AGAGGCTTAT CTAGTTTTGA ATCACAGCGA GGGAATGGTC CTGAACATCA TAGGAAAAAT 
TCAGTAATGA TGGAAACTAC CGAATCTCCT GTTAATTTTG ATTTTCTTGG TGGTCAGCCA 
CAGATGGGTG GCCAGCAATC AGGCATGCTG CAATCTTTGG CAAGGCAGCA ATCTGGGTTT 
AATGACATGC AGATTCTCCA GCAACAAGTG ATGCTGAAAC AAATGCAAGA ACTTCAGAGA 
CAGCAACAAA TTCAGCAACA AGAAACAAGG CAACACAATT CCATAAATCA AATTCCCTCC 
TTTTCTAACC AGGCTCCTGG GAACCATTCA CCTGCCATGA TTAATGGAGC TCCCATCCAT 
GATGCATCTA ATTATTCATG GCACCCTGAG TTTATGTCAG GAAACACAAA CTGGATCCAG 
CGTGGTGCAT CACCTGTAAT CCAGGGATCC TCTAATGGAC TCATGTTTTC CCCTGATCAA 
GGTCAGGCAC TCCGCATGAT GGGTTTGGCT CCTCAACAGG GTGATCAGTC TTTGTATGGG 
GTTCCTGTTT CTAACACAAG AGGTACTTCG AGCCAATATT CTCATATGCA AGTGGATAGG 
GCAGCAATGC AGCAGACTCC ATCTGGCAGT AATTCATTTC CAAGCAATCA ATATACTGCA 
TTCCAAGATC AACCTAGCAT GCAGGATGGT AATTTGGTTT CTAAGCAGGG TTTTCCAGTG 
AAAAAATTGT TTGGGCAGGC TCCTGGTCAA AATTTAAGTG GTGGTGTTGT TTTGGAAAAT 
TTGCAGCAAT TGAACTCCCA GCAAAGAAAT GCACCTTTGC AGGAATTTCA TGGAAGGCAA 
AATCTTGCTG GTTCATCCGA AACATTACAA GAGAAAACAG TGATGCCGGT TGCTCGTGCT 
CAGAGTTCAG CTGGCCTTGA TCCAACTGAA GAAAAGTTTT TGTATGGTAC TGATGACAGT 
ATTTGGGATG TCTTTGGCAA GGGCTCCAAT ATGGGTACAG GAGGCCATAA TCAGCTGGAT 
GGTACAGACA TTGGAGGAGC ATTTCCTTCC ATGCAGAGTG GAAGTTGGAG TGCTCTTATG 
CAGTCCGCTG TAGCAGAAAC TTCTAGTAAT GATATAGGGC TACCGGAAGA GTGGAGTGGG 
CCGATTTTTC AGAGCATTGA ACCTCCAACT GGGAACCCTC AGCCAGCGAC ATACAGTGAT 
GGAGGCAAAA AGCAAACAGT TTGGGCCGAT AACTTGCAGG TTGCCTCTTC ATTAAGTTCT 
AAACCTTTTA GTTTACCTAA TGATGTCAAT ATGACTACTA ATTATAGTAG CTTCCCTGGA 
TTTCAGCAAT CTGGACTCAA ATTTTCAAAT GAAGAGAGTG AGAGGTTGCA GATGAATTCT 
TCTCACAGAT CCATACAGCA TTCTTCTGAA GAAGGAAGCA AGTGGCTAGA TCGCAACCCT 
CCACAAAAGA CAGTTGGTGA AGGGAATCAA AATTATGGAA GTGCCACCCG TTCTTCTGAT 
GCAGGTCCAA ACTTGAAGAG CATTTCAGGA CCTTGGGTCC ATCGACAGAG CATATCCTCT 
TACAGCACTG GTGGCCAACC CAGCAATAAA CCAAATGGTT GGAATTTTAT TGAGTCTGGA 
GCACCTGGTG GGGATGCTAC AATGAGAGCT CATGAAAATG AAAACTTATT GCACCATTCT 
CAGAGTAATG ATCTTAACAG AGCCATGCAT GGTTCTGGTA CATGGAAAGC TGATTCCCTT 
CCTGATTCAA CAGTTGAATT GGACCATGTA AAGTGTGGCA CTGGAAGTTC ACAGGTCAGT 
AGAGAAGATT CCAATCGTAA TAATGTTGCT GCAATACCAA ATTTTAGTTC TGGAAAGACC 
AGCCAGGAAA CTAGCCAACA GCTTCCAAAT AGTCAACATG ATTATTGGAA AAATGTTGCT 
TCTCCTGTGA ACTCTAAAGG AAATGAAGGC TTGGGGAAAC ACCAGCATCA TCTAAATAAG 
GGCCCTCAGG TTTTGGAGTC ATCAGTGAAT AGCTTTACCA AGGGAGCAGT TGAAATGCAT 
GAGATGGAGA ACTGTGATAA AAAAGAGAAC TCCAGTGATG GCTATCGCTC TAACTTATCC 
CATCGTGCTT CCTCTGGTGG TTTGAGAGAA AATGTTTGGT TAGATGCAAG TGACTCACGT 
TCTTTGCCAG GCGCCAAACA AAAGTTGTCC GGTCAGGTTG GTAGAAAAAC CTTGGGGTCT 
CGCCGATTTC AGTATCATCC AATGGGAAAT TTGGAAGTGG ATATAGAACC GTCTTATGAA 
GCAAAACATG TTTCACACGC ACAGGCCATG TCTCAGCAGG TTTCCCGGGG ATTAAAAAGT 
CATGAACAAG GATTTTCTGG ACCATCTAAA TTTTCTGGTC ATGTTCCTAA AGATTCGAAT 
GAAATGGAAA AGGGTCCATC GCCTGAATTT CAGGGAGACA CAAGAGGAGT AGATGAGGTA 
CCTTCTAGAG GCATATTTCC TGGTTCTATG CCTAATATGT CTGCTCCTCC TGACAGATCA 
GTTGGTATCT ATATCCAAAA CAAGACTGCT CAATCAAGTC AAAATATGCT TGAACTTCTT 
CACAAGGTGG ATCAATCAAG GGATCGAGGC ACAGCAGCTC AGTTCAGTTC TTCAGAGCGG 
AATTCACTAT CTGAGATGCC AGAACCAGAA ACTTCTGATG GGTCTGTAGG TCACCTTCAG 
CGAAATCAGT CCTCTGCTTC TCAGGGTTTT GGTTTGCAAC TGGCCCCTCC TTCTCAGCGA 
TTGCCTGTTC CAAACCGTTC CTTGGTTTCT CAGAGCTCCT CACAGACAGT TAATTTGCTC 
AACTCACATA CCTCTCCTGA GATAGGAGAT AAGAGTCGTG CATGGTTGGC ATCCACTGCT 
TCTGTTCAGT CTTTGCCTCC TTCCCGTGAA GCATCTCAGG GAGAGTTGAG AAATAATAGA 
TCTGTTACTC AAGGACAAAC TGGAAAGGAA GCCCCACAGC CTAACATTGG AGGAAGCTTT 
TCTACTGCTT TTACACCTGG CTTCCCTTAT TCTAGGAGTC CGCTTCAGAA TCAGCATATG 
ACTGTTGCAA GTGGGCAAGT TACATCTGAT CAATCTGTCA ATGCATCTTT TGATAGGTTT 
GCTGCCTGTT CTAGAAAGGT TGATGACTCT TATGATAGAA TTCCAACTAG TCAATCTGCA 
ACTGCACCAT TATCTGATTT AGCTGCCAAT GCACCATATA ACAACATTGC TTCCATGTCA 
GACATGTCCC GCCTGAGTAG TAGCAACCAA TTGCATGTGA GAGGTTCCAC CCAACAGACC 
CCTGTGTTGG AGGCTGTGCC TGTTTCACGG CCTTCTTTTT CATCTGGCAC ATCCCATCAG 
GATGGTTTTT CAAAGGTACC TAATGTATGG ACCAATGTTT CAACTCAACA ATGTTTACCA 
GGTGTTGAAG CTCACAAGGC CCCTTCCAAT GTATTTAAAT CCCATTTTAA ATCAACCAGT 
AATTCAGAAA CAACTTCCTC CACATCACAG AAGCTGGATG ATCAAGATGC CCACAAAGGA 
GGGAGTGGCC CATCTGAGTT TGGAGTATAT TCTTTGAAAG ATCAAGCCTT TGGTTCTGTG 
GAAGAGCAGC CAGTGAAAGA CAGCCCCTGG AAGCAAGTGT CGTCTGAGAA CATTGACCCA 
GTCCAAAAGC CAATGCATGG TTCACAAGGA AAAGAATCTG TTGGTAATCA TCTTTCTGCT 
GCATCTCCTT CAAACCCTGC TGCCACCCAA AGAGATATTG AAGCTTTTGG CCGTTCTTTG 
AAACCAAATA ATAGTTTGAA TCAGAATTTC TCATTGTTGC ATCAGATGCA TGCCATGAAG 
GGTACTGAGA TTGATCCTGG TAATAGGGGC TTGAAGAGAT TTAAAGGACT GGATTGCAGT 
CTGGACTCTC AGGGAGCTCC TAAGGCAGGA CAACAGTTGG CATATGGCTA CAATACAGTG 
GCCAGGGATG CATCAGTTAA TCATACCTCA GTTCCATCTG AAGATCCTAA GATACTAAGT 
TTTTCATCAG AGCAAATGGA TAATCGAAAT AGAAATGCAT CTTCTCAAGT TTTGCCTGGA 
AGCATACCTT CCCAGGATAT GCTTGTGTTT GGACGAAATG ATTCTCAAAA TTACTCCAGT 
GGTAATAATT CAGTTTCTTC TAGAGCCGAG CATTCTCAGA TTAGTCCCCA GATGGCACCT 
TCCTGGTTTG ATCAATATGG GACCTTTAAA AATGGGCAGA TGTTCCCTAT GTATGATGCG 
CATAAAACCA CCACTATGAG GACTGTGGAG CAGCCATTTT TTGTTGGTAA ATCTTCTGAT 
AGTTTGCACA CACGGAATTC AATGGACCAA GTAAATGGTG CTTTTGATAC CAGTCAGGTT 
GCTAATGTCC AGCATAGTTC TACCCCCATC TCAATGGCAA GTGATCATCT CTCTGCCCCT 
CTTTCATTGC CTCCAAATGT CACTGATCAA AGTTTGGTGG TTGTGAGGCC AAAGAAGCGT 
AAGAGTGCTA CATGTGAGCT TCTGCCATGG CATAAAGAGG TGACTCAGTT CCGTAGGCTT 
CAGAGGAACA GCATGGCAGA ACTAGACTGG GCTCAAGCAA CAAATCGATT GATTGATAGG 
GTGGAAGATG AAGCTGAAAT TTTTGAAGAT GGTTTTCCAT TTCTTAGACC GAAGAGAAGG 
CTTATTTTGA CAACACAGCT TATGCAGCAA TTGCTTCGCC CTCCTCCAGC TGCAATTCTC 
TCAGTGGATG CCAGTTCAAA TTGTGAGAGT GTGGTCTACT CTGTTGCTAG ATTAACATTA 
GGGGATGTGT GCAGCTTTCT GTCTGTCTCA GGAAGTGATT CGTCTATGTC TCTGGAGAGT 
GGAAACCTCC TGGCTGAGAA GCACAAGACA TCTGAGAAAA TTGGTGATCA GTACTTCACA 
AAAGTAATGG AAGACTTCAT TAGTAGAGCA AGAAAGCTGG AAAATGATTT GTTCAGATTG 
GACAATAGAG CCTCAGTCTT GGACTTGAGA GTGGATTGCC AAGATCTAGA GAAGTTTTCT 
GTCATCAACC GTTTTGCTAA GTTCCATAGC CGGGGGCAAG CTGACGGGCC TGAGACCTCG 
TCCTCCTCTG ATGCAACTGC AAATGCTCAG AAAACCTGCC CTCAGAGATA TGTCACCGCA 
CTCCCAATGC CTAGGAATCT CCCTGACAGG GAATGGGAAT GCGGGAGAAG AATGGATGCT 
AGATCTGTCT CCTTAAAAGC AGTGGAGGCT CTTTGA

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

LOC100265641 ( XM_010664957.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663259.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X3, mRNA.

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CloneID	OVa32739
Clone ID Related Accession (Same CDS sequence)	XM_010664957.2 , XM_010664956.2 , XM_019226427.1
Accession Version	XM_010664957.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5670bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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_010664957.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

RefSeq	XP_010663259.1
CDS	180..5849
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_010664957.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X3, mRNA.

Target ORF information:

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

XM_010664957.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

LOC100265641 ( XM_010664956.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663258.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X1, mRNA.

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CloneID	OVa32739
Clone ID Related Accession (Same CDS sequence)	XM_010664957.2 , XM_010664956.2 , XM_019226427.1
Accession Version	XM_010664956.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5670bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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_010664956.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

RefSeq	XP_010663258.1
CDS	253..5922
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_010664956.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X1, mRNA.

Target ORF information:

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

XM_010664956.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

LOC100265641 ( XM_019226427.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019081972.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa32739
Clone ID Related Accession (Same CDS sequence)	XM_010664957.2 , XM_010664956.2 , XM_019226427.1
Accession Version	XM_019226427.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5670bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

RefSeq	XP_019081972.1
CDS	256..5925
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_019226427.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X2, mRNA.

Target ORF information:

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

XM_019226427.1

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGAATGG GAATGCGGGA GAAGAATGGA TGCTAGATCT 
GTCTCCTTAA AAGCAGTGGA GGCTCTTTGA

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

LOC100265641 ( XM_010664958.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663260.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X4, mRNA.

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CloneID	OVa32740
Clone ID Related Accession (Same CDS sequence)	XM_010664958.2
Accession Version	XM_010664958.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5667bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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_010664958.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGATTCTGA GAGAGGACAT GGCAGTCAGT CTTCTCGAGT CCCACATGGC 
TTGAACTTTA CACAATCAAC TCTGAGGCCT GACATTGTCA AAAATCAGTC TCAGAATCAA 
CAGCTGAATC TGAATGGCTA TATGCATGGT CATACTGGTT TTCAGACAAG GCAGAATGAA 
GCAAACCTTT TGGGAGTGGA TACAGAATCT GATCGGCATA GTCTAACATC GAGAGGCTTA 
TCTAGTTTTG AATCACAGCG AGGGAATGGT CCTGAACATC ATAGGAAAAA TTCAGTAATG 
ATGGAAACTA CCGAATCTCC TGTTAATTTT GATTTTCTTG GTGGTCAGCC ACAGATGGGT 
GGCCAGCAAT CAGGCATGCT GCAATCTTTG GCAAGGCAGC AATCTGGGTT TAATGACATG 
CAGATTCTCC AGCAACAAGT GATGCTGAAA CAAATGCAAG AACTTCAGAG ACAGCAACAA 
ATTCAGCAAC AAGAAACAAG GCAACACAAT TCCATAAATC AAATTCCCTC CTTTTCTAAC 
CAGGCTCCTG GGAACCATTC ACCTGCCATG ATTAATGGAG CTCCCATCCA TGATGCATCT 
AATTATTCAT GGCACCCTGA GTTTATGTCA GGAAACACAA ACTGGATCCA GCGTGGTGCA 
TCACCTGTAA TCCAGGGATC CTCTAATGGA CTCATGTTTT CCCCTGATCA AGGTCAGGCA 
CTCCGCATGA TGGGTTTGGC TCCTCAACAG GGTGATCAGT CTTTGTATGG GGTTCCTGTT 
TCTAACACAA GAGGTACTTC GAGCCAATAT TCTCATATGC AAGTGGATAG GGCAGCAATG 
CAGCAGACTC CATCTGGCAG TAATTCATTT CCAAGCAATC AATATACTGC ATTCCAAGAT 
CAACCTAGCA TGCAGGATGG TAATTTGGTT TCTAAGCAGG GTTTTCCAGT GAAAAAATTG 
TTTGGGCAGG CTCCTGGTCA AAATTTAAGT GGTGGTGTTG TTTTGGAAAA TTTGCAGCAA 
TTGAACTCCC AGCAAAGAAA TGCACCTTTG CAGGAATTTC ATGGAAGGCA AAATCTTGCT 
GGTTCATCCG AAACATTACA AGAGAAAACA GTGATGCCGG TTGCTCGTGC TCAGAGTTCA 
GCTGGCCTTG ATCCAACTGA AGAAAAGTTT TTGTATGGTA CTGATGACAG TATTTGGGAT 
GTCTTTGGCA AGGGCTCCAA TATGGGTACA GGAGGCCATA ATCAGCTGGA TGGTACAGAC 
ATTGGAGGAG CATTTCCTTC CATGCAGAGT GGAAGTTGGA GTGCTCTTAT GCAGTCCGCT 
GTAGCAGAAA CTTCTAGTAA TGATATAGGG CTACCGGAAG AGTGGAGTGG GCCGATTTTT 
CAGAGCATTG AACCTCCAAC TGGGAACCCT CAGCCAGCGA CATACAGTGA TGGAGGCAAA 
AAGCAAACAG TTTGGGCCGA TAACTTGCAG GTTGCCTCTT CATTAAGTTC TAAACCTTTT 
AGTTTACCTA ATGATGTCAA TATGACTACT AATTATAGTA GCTTCCCTGG ATTTCAGCAA 
TCTGGACTCA AATTTTCAAA TGAAGAGAGT GAGAGGTTGC AGATGAATTC TTCTCACAGA 
TCCATACAGC ATTCTTCTGA AGAAGGAAGC AAGTGGCTAG ATCGCAACCC TCCACAAAAG 
ACAGTTGGTG AAGGGAATCA AAATTATGGA AGTGCCACCC GTTCTTCTGA TGCAGGTCCA 
AACTTGAAGA GCATTTCAGG ACCTTGGGTC CATCGACAGA GCATATCCTC TTACAGCACT 
GGTGGCCAAC CCAGCAATAA ACCAAATGGT TGGAATTTTA TTGAGTCTGG AGCACCTGGT 
GGGGATGCTA CAATGAGAGC TCATGAAAAT GAAAACTTAT TGCACCATTC TCAGAGTAAT 
GATCTTAACA GAGCCATGCA TGGTTCTGGT ACATGGAAAG CTGATTCCCT TCCTGATTCA 
ACAGTTGAAT TGGACCATGT AAAGTGTGGC ACTGGAAGTT CACAGGTCAG TAGAGAAGAT 
TCCAATCGTA ATAATGTTGC TGCAATACCA AATTTTAGTT CTGGAAAGAC CAGCCAGGAA 
ACTAGCCAAC AGCTTCCAAA TAGTCAACAT GATTATTGGA AAAATGTTGC TTCTCCTGTG 
AACTCTAAAG GAAATGAAGG CTTGGGGAAA CACCAGCATC ATCTAAATAA GGGCCCTCAG 
GTTTTGGAGT CATCAGTGAA TAGCTTTACC AAGGGAGCAG TTGAAATGCA TGAGATGGAG 
AACTGTGATA AAAAAGAGAA CTCCAGTGAT GGCTATCGCT CTAACTTATC CCATCGTGCT 
TCCTCTGGTG GTTTGAGAGA AAATGTTTGG TTAGATGCAA GTGACTCACG TTCTTTGCCA 
GGCGCCAAAC AAAAGTTGTC CGGTCAGGTT GGTAGAAAAA CCTTGGGGTC TCGCCGATTT 
CAGTATCATC CAATGGGAAA TTTGGAAGTG GATATAGAAC CGTCTTATGA AGCAAAACAT 
GTTTCACACG CACAGGCCAT GTCTCAGCAG GTTTCCCGGG GATTAAAAAG TCATGAACAA 
GGATTTTCTG GACCATCTAA ATTTTCTGGT CATGTTCCTA AAGATTCGAA TGAAATGGAA 
AAGGGTCCAT CGCCTGAATT TCAGGGAGAC ACAAGAGGAG TAGATGAGGT ACCTTCTAGA 
GGCATATTTC CTGGTTCTAT GCCTAATATG TCTGCTCCTC CTGACAGATC AGTTGGTATC 
TATATCCAAA ACAAGACTGC TCAATCAAGT CAAAATATGC TTGAACTTCT TCACAAGGTG 
GATCAATCAA GGGATCGAGG CACAGCAGCT CAGTTCAGTT CTTCAGAGCG GAATTCACTA 
TCTGAGATGC CAGAACCAGA AACTTCTGAT GGGTCTGTAG GTCACCTTCA GCGAAATCAG 
TCCTCTGCTT CTCAGGGTTT TGGTTTGCAA CTGGCCCCTC CTTCTCAGCG ATTGCCTGTT 
CCAAACCGTT CCTTGGTTTC TCAGAGCTCC TCACAGACAG TTAATTTGCT CAACTCACAT 
ACCTCTCCTG AGATAGGAGA TAAGAGTCGT GCATGGTTGG CATCCACTGC TTCTGTTCAG 
TCTTTGCCTC CTTCCCGTGA AGCATCTCAG GGAGAGTTGA GAAATAATAG ATCTGTTACT 
CAAGGACAAA CTGGAAAGGA AGCCCCACAG CCTAACATTG GAGGAAGCTT TTCTACTGCT 
TTTACACCTG GCTTCCCTTA TTCTAGGAGT CCGCTTCAGA ATCAGCATAT GACTGTTGCA 
AGTGGGCAAG TTACATCTGA TCAATCTGTC AATGCATCTT TTGATAGGTT TGCTGCCTGT 
TCTAGAAAGG TTGATGACTC TTATGATAGA ATTCCAACTA GTCAATCTGC AACTGCACCA 
TTATCTGATT TAGCTGCCAA TGCACCATAT AACAACATTG CTTCCATGTC AGACATGTCC 
CGCCTGAGTA GTAGCAACCA ATTGCATGTG AGAGGTTCCA CCCAACAGAC CCCTGTGTTG 
GAGGCTGTGC CTGTTTCACG GCCTTCTTTT TCATCTGGCA CATCCCATCA GGATGGTTTT 
TCAAAGGTAC CTAATGTATG GACCAATGTT TCAACTCAAC AATGTTTACC AGGTGTTGAA 
GCTCACAAGG CCCCTTCCAA TGTATTTAAA TCCCATTTTA AATCAACCAG TAATTCAGAA 
ACAACTTCCT CCACATCACA GAAGCTGGAT GATCAAGATG CCCACAAAGG AGGGAGTGGC 
CCATCTGAGT TTGGAGTATA TTCTTTGAAA GATCAAGCCT TTGGTTCTGT GGAAGAGCAG 
CCAGTGAAAG ACAGCCCCTG GAAGCAAGTG TCGTCTGAGA ACATTGACCC AGTCCAAAAG 
CCAATGCATG GTTCACAAGG AAAAGAATCT GTTGGTAATC ATCTTTCTGC TGCATCTCCT 
TCAAACCCTG CTGCCACCCA AAGAGATATT GAAGCTTTTG GCCGTTCTTT GAAACCAAAT 
AATAGTTTGA ATCAGAATTT CTCATTGTTG CATCAGATGC ATGCCATGAA GGGTACTGAG 
ATTGATCCTG GTAATAGGGG CTTGAAGAGA TTTAAAGGAC TGGATTGCAG TCTGGACTCT 
CAGGGAGCTC CTAAGGCAGG ACAACAGTTG GCATATGGCT ACAATACAGT GGCCAGGGAT 
GCATCAGTTA ATCATACCTC AGTTCCATCT GAAGATCCTA AGATACTAAG TTTTTCATCA 
GAGCAAATGG ATAATCGAAA TAGAAATGCA TCTTCTCAAG TTTTGCCTGG AAGCATACCT 
TCCCAGGATA TGCTTGTGTT TGGACGAAAT GATTCTCAAA ATTACTCCAG TGGTAATAAT 
TCAGTTTCTT CTAGAGCCGA GCATTCTCAG ATTAGTCCCC AGATGGCACC TTCCTGGTTT 
GATCAATATG GGACCTTTAA AAATGGGCAG ATGTTCCCTA TGTATGATGC GCATAAAACC 
ACCACTATGA GGACTGTGGA GCAGCCATTT TTTGTTGGTA AATCTTCTGA TAGTTTGCAC 
ACACGGAATT CAATGGACCA AGTAAATGGT GCTTTTGATA CCAGTCAGGT TGCTAATGTC 
CAGCATAGTT CTACCCCCAT CTCAATGGCA AGTGATCATC TCTCTGCCCC TCTTTCATTG 
CCTCCAAATG TCACTGATCA AAGTTTGGTG GTTGTGAGGC CAAAGAAGCG TAAGAGTGCT 
ACATGTGAGC TTCTGCCATG GCATAAAGAG GTGACTCAGT TCCGTAGGCT TCAGAGGAAC 
AGCATGGCAG AACTAGACTG GGCTCAAGCA ACAAATCGAT TGATTGATAG GGTGGAAGAT 
GAAGCTGAAA TTTTTGAAGA TGGTTTTCCA TTTCTTAGAC CGAAGAGAAG GCTTATTTTG 
ACAACACAGC TTATGCAGCA ATTGCTTCGC CCTCCTCCAG CTGCAATTCT CTCAGTGGAT 
GCCAGTTCAA ATTGTGAGAG TGTGGTCTAC TCTGTTGCTA GATTAACATT AGGGGATGTG 
TGCAGCTTTC TGTCTGTCTC AGGAAGTGAT TCGTCTATGT CTCTGGAGAG TGGAAACCTC 
CTGGCTGAGA AGCACAAGAC ATCTGAGAAA ATTGGTGATC AGTACTTCAC AAAAGTAATG 
GAAGACTTCA TTAGTAGAGC AAGAAAGCTG GAAAATGATT TGTTCAGATT GGACAATAGA 
GCCTCAGTCT TGGACTTGAG AGTGGATTGC CAAGATCTAG AGAAGTTTTC TGTCATCAAC 
CGTTTTGCTA AGTTCCATAG CCGGGGGCAA GCTGACGGGC CTGAGACCTC GTCCTCCTCT 
GATGCAACTG CAAATGCTCA GAAAACCTGC CCTCAGAGAT ATGTCACCGC ACTCCCAATG 
CCTAGGAATC TCCCTGACAG GGAATGGGAA TGCGGGAGAA GAATGGATGC TAGATCTGTC 
TCCTTAAAAG CAGTGGAGGC TCTTTGA

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

RefSeq	XP_010663260.1
CDS	253..5919
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPDSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_010664958.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X4, mRNA.

Target ORF information:

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

XM_010664958.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGATTCTGA GAGAGGACAT GGCAGTCAGT CTTCTCGAGT CCCACATGGC 
TTGAACTTTA CACAATCAAC TCTGAGGCCT GACATTGTCA AAAATCAGTC TCAGAATCAA 
CAGCTGAATC TGAATGGCTA TATGCATGGT CATACTGGTT TTCAGACAAG GCAGAATGAA 
GCAAACCTTT TGGGAGTGGA TACAGAATCT GATCGGCATA GTCTAACATC GAGAGGCTTA 
TCTAGTTTTG AATCACAGCG AGGGAATGGT CCTGAACATC ATAGGAAAAA TTCAGTAATG 
ATGGAAACTA CCGAATCTCC TGTTAATTTT GATTTTCTTG GTGGTCAGCC ACAGATGGGT 
GGCCAGCAAT CAGGCATGCT GCAATCTTTG GCAAGGCAGC AATCTGGGTT TAATGACATG 
CAGATTCTCC AGCAACAAGT GATGCTGAAA CAAATGCAAG AACTTCAGAG ACAGCAACAA 
ATTCAGCAAC AAGAAACAAG GCAACACAAT TCCATAAATC AAATTCCCTC CTTTTCTAAC 
CAGGCTCCTG GGAACCATTC ACCTGCCATG ATTAATGGAG CTCCCATCCA TGATGCATCT 
AATTATTCAT GGCACCCTGA GTTTATGTCA GGAAACACAA ACTGGATCCA GCGTGGTGCA 
TCACCTGTAA TCCAGGGATC CTCTAATGGA CTCATGTTTT CCCCTGATCA AGGTCAGGCA 
CTCCGCATGA TGGGTTTGGC TCCTCAACAG GGTGATCAGT CTTTGTATGG GGTTCCTGTT 
TCTAACACAA GAGGTACTTC GAGCCAATAT TCTCATATGC AAGTGGATAG GGCAGCAATG 
CAGCAGACTC CATCTGGCAG TAATTCATTT CCAAGCAATC AATATACTGC ATTCCAAGAT 
CAACCTAGCA TGCAGGATGG TAATTTGGTT TCTAAGCAGG GTTTTCCAGT GAAAAAATTG 
TTTGGGCAGG CTCCTGGTCA AAATTTAAGT GGTGGTGTTG TTTTGGAAAA TTTGCAGCAA 
TTGAACTCCC AGCAAAGAAA TGCACCTTTG CAGGAATTTC ATGGAAGGCA AAATCTTGCT 
GGTTCATCCG AAACATTACA AGAGAAAACA GTGATGCCGG TTGCTCGTGC TCAGAGTTCA 
GCTGGCCTTG ATCCAACTGA AGAAAAGTTT TTGTATGGTA CTGATGACAG TATTTGGGAT 
GTCTTTGGCA AGGGCTCCAA TATGGGTACA GGAGGCCATA ATCAGCTGGA TGGTACAGAC 
ATTGGAGGAG CATTTCCTTC CATGCAGAGT GGAAGTTGGA GTGCTCTTAT GCAGTCCGCT 
GTAGCAGAAA CTTCTAGTAA TGATATAGGG CTACCGGAAG AGTGGAGTGG GCCGATTTTT 
CAGAGCATTG AACCTCCAAC TGGGAACCCT CAGCCAGCGA CATACAGTGA TGGAGGCAAA 
AAGCAAACAG TTTGGGCCGA TAACTTGCAG GTTGCCTCTT CATTAAGTTC TAAACCTTTT 
AGTTTACCTA ATGATGTCAA TATGACTACT AATTATAGTA GCTTCCCTGG ATTTCAGCAA 
TCTGGACTCA AATTTTCAAA TGAAGAGAGT GAGAGGTTGC AGATGAATTC TTCTCACAGA 
TCCATACAGC ATTCTTCTGA AGAAGGAAGC AAGTGGCTAG ATCGCAACCC TCCACAAAAG 
ACAGTTGGTG AAGGGAATCA AAATTATGGA AGTGCCACCC GTTCTTCTGA TGCAGGTCCA 
AACTTGAAGA GCATTTCAGG ACCTTGGGTC CATCGACAGA GCATATCCTC TTACAGCACT 
GGTGGCCAAC CCAGCAATAA ACCAAATGGT TGGAATTTTA TTGAGTCTGG AGCACCTGGT 
GGGGATGCTA CAATGAGAGC TCATGAAAAT GAAAACTTAT TGCACCATTC TCAGAGTAAT 
GATCTTAACA GAGCCATGCA TGGTTCTGGT ACATGGAAAG CTGATTCCCT TCCTGATTCA 
ACAGTTGAAT TGGACCATGT AAAGTGTGGC ACTGGAAGTT CACAGGTCAG TAGAGAAGAT 
TCCAATCGTA ATAATGTTGC TGCAATACCA AATTTTAGTT CTGGAAAGAC CAGCCAGGAA 
ACTAGCCAAC AGCTTCCAAA TAGTCAACAT GATTATTGGA AAAATGTTGC TTCTCCTGTG 
AACTCTAAAG GAAATGAAGG CTTGGGGAAA CACCAGCATC ATCTAAATAA GGGCCCTCAG 
GTTTTGGAGT CATCAGTGAA TAGCTTTACC AAGGGAGCAG TTGAAATGCA TGAGATGGAG 
AACTGTGATA AAAAAGAGAA CTCCAGTGAT GGCTATCGCT CTAACTTATC CCATCGTGCT 
TCCTCTGGTG GTTTGAGAGA AAATGTTTGG TTAGATGCAA GTGACTCACG TTCTTTGCCA 
GGCGCCAAAC AAAAGTTGTC CGGTCAGGTT GGTAGAAAAA CCTTGGGGTC TCGCCGATTT 
CAGTATCATC CAATGGGAAA TTTGGAAGTG GATATAGAAC CGTCTTATGA AGCAAAACAT 
GTTTCACACG CACAGGCCAT GTCTCAGCAG GTTTCCCGGG GATTAAAAAG TCATGAACAA 
GGATTTTCTG GACCATCTAA ATTTTCTGGT CATGTTCCTA AAGATTCGAA TGAAATGGAA 
AAGGGTCCAT CGCCTGAATT TCAGGGAGAC ACAAGAGGAG TAGATGAGGT ACCTTCTAGA 
GGCATATTTC CTGGTTCTAT GCCTAATATG TCTGCTCCTC CTGACAGATC AGTTGGTATC 
TATATCCAAA ACAAGACTGC TCAATCAAGT CAAAATATGC TTGAACTTCT TCACAAGGTG 
GATCAATCAA GGGATCGAGG CACAGCAGCT CAGTTCAGTT CTTCAGAGCG GAATTCACTA 
TCTGAGATGC CAGAACCAGA AACTTCTGAT GGGTCTGTAG GTCACCTTCA GCGAAATCAG 
TCCTCTGCTT CTCAGGGTTT TGGTTTGCAA CTGGCCCCTC CTTCTCAGCG ATTGCCTGTT 
CCAAACCGTT CCTTGGTTTC TCAGAGCTCC TCACAGACAG TTAATTTGCT CAACTCACAT 
ACCTCTCCTG AGATAGGAGA TAAGAGTCGT GCATGGTTGG CATCCACTGC TTCTGTTCAG 
TCTTTGCCTC CTTCCCGTGA AGCATCTCAG GGAGAGTTGA GAAATAATAG ATCTGTTACT 
CAAGGACAAA CTGGAAAGGA AGCCCCACAG CCTAACATTG GAGGAAGCTT TTCTACTGCT 
TTTACACCTG GCTTCCCTTA TTCTAGGAGT CCGCTTCAGA ATCAGCATAT GACTGTTGCA 
AGTGGGCAAG TTACATCTGA TCAATCTGTC AATGCATCTT TTGATAGGTT TGCTGCCTGT 
TCTAGAAAGG TTGATGACTC TTATGATAGA ATTCCAACTA GTCAATCTGC AACTGCACCA 
TTATCTGATT TAGCTGCCAA TGCACCATAT AACAACATTG CTTCCATGTC AGACATGTCC 
CGCCTGAGTA GTAGCAACCA ATTGCATGTG AGAGGTTCCA CCCAACAGAC CCCTGTGTTG 
GAGGCTGTGC CTGTTTCACG GCCTTCTTTT TCATCTGGCA CATCCCATCA GGATGGTTTT 
TCAAAGGTAC CTAATGTATG GACCAATGTT TCAACTCAAC AATGTTTACC AGGTGTTGAA 
GCTCACAAGG CCCCTTCCAA TGTATTTAAA TCCCATTTTA AATCAACCAG TAATTCAGAA 
ACAACTTCCT CCACATCACA GAAGCTGGAT GATCAAGATG CCCACAAAGG AGGGAGTGGC 
CCATCTGAGT TTGGAGTATA TTCTTTGAAA GATCAAGCCT TTGGTTCTGT GGAAGAGCAG 
CCAGTGAAAG ACAGCCCCTG GAAGCAAGTG TCGTCTGAGA ACATTGACCC AGTCCAAAAG 
CCAATGCATG GTTCACAAGG AAAAGAATCT GTTGGTAATC ATCTTTCTGC TGCATCTCCT 
TCAAACCCTG CTGCCACCCA AAGAGATATT GAAGCTTTTG GCCGTTCTTT GAAACCAAAT 
AATAGTTTGA ATCAGAATTT CTCATTGTTG CATCAGATGC ATGCCATGAA GGGTACTGAG 
ATTGATCCTG GTAATAGGGG CTTGAAGAGA TTTAAAGGAC TGGATTGCAG TCTGGACTCT 
CAGGGAGCTC CTAAGGCAGG ACAACAGTTG GCATATGGCT ACAATACAGT GGCCAGGGAT 
GCATCAGTTA ATCATACCTC AGTTCCATCT GAAGATCCTA AGATACTAAG TTTTTCATCA 
GAGCAAATGG ATAATCGAAA TAGAAATGCA TCTTCTCAAG TTTTGCCTGG AAGCATACCT 
TCCCAGGATA TGCTTGTGTT TGGACGAAAT GATTCTCAAA ATTACTCCAG TGGTAATAAT 
TCAGTTTCTT CTAGAGCCGA GCATTCTCAG ATTAGTCCCC AGATGGCACC TTCCTGGTTT 
GATCAATATG GGACCTTTAA AAATGGGCAG ATGTTCCCTA TGTATGATGC GCATAAAACC 
ACCACTATGA GGACTGTGGA GCAGCCATTT TTTGTTGGTA AATCTTCTGA TAGTTTGCAC 
ACACGGAATT CAATGGACCA AGTAAATGGT GCTTTTGATA CCAGTCAGGT TGCTAATGTC 
CAGCATAGTT CTACCCCCAT CTCAATGGCA AGTGATCATC TCTCTGCCCC TCTTTCATTG 
CCTCCAAATG TCACTGATCA AAGTTTGGTG GTTGTGAGGC CAAAGAAGCG TAAGAGTGCT 
ACATGTGAGC TTCTGCCATG GCATAAAGAG GTGACTCAGT TCCGTAGGCT TCAGAGGAAC 
AGCATGGCAG AACTAGACTG GGCTCAAGCA ACAAATCGAT TGATTGATAG GGTGGAAGAT 
GAAGCTGAAA TTTTTGAAGA TGGTTTTCCA TTTCTTAGAC CGAAGAGAAG GCTTATTTTG 
ACAACACAGC TTATGCAGCA ATTGCTTCGC CCTCCTCCAG CTGCAATTCT CTCAGTGGAT 
GCCAGTTCAA ATTGTGAGAG TGTGGTCTAC TCTGTTGCTA GATTAACATT AGGGGATGTG 
TGCAGCTTTC TGTCTGTCTC AGGAAGTGAT TCGTCTATGT CTCTGGAGAG TGGAAACCTC 
CTGGCTGAGA AGCACAAGAC ATCTGAGAAA ATTGGTGATC AGTACTTCAC AAAAGTAATG 
GAAGACTTCA TTAGTAGAGC AAGAAAGCTG GAAAATGATT TGTTCAGATT GGACAATAGA 
GCCTCAGTCT TGGACTTGAG AGTGGATTGC CAAGATCTAG AGAAGTTTTC TGTCATCAAC 
CGTTTTGCTA AGTTCCATAG CCGGGGGCAA GCTGACGGGC CTGAGACCTC GTCCTCCTCT 
GATGCAACTG CAAATGCTCA GAAAACCTGC CCTCAGAGAT ATGTCACCGC ACTCCCAATG 
CCTAGGAATC TCCCTGACAG GGAATGGGAA TGCGGGAGAA GAATGGATGC TAGATCTGTC 
TCCTTAAAAG CAGTGGAGGC TCTTTGA

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

LOC100265641 ( XM_010664959.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663261.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X5, mRNA.

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CloneID	OVa32741
Clone ID Related Accession (Same CDS sequence)	XM_010664959.2
Accession Version	XM_010664959.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5649bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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_010664959.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGAG ACACAAGAGG AGTAGATGAG GTACCTTCTA GAGGCATATT TCCTGGTTCT 
ATGCCTAATA TGTCTGCTCC TCCTGACAGA TCAGTTGGTA TCTATATCCA AAACAAGACT 
GCTCAATCAA GTCAAAATAT GCTTGAACTT CTTCACAAGG TGGATCAATC AAGGGATCGA 
GGCACAGCAG CTCAGTTCAG TTCTTCAGAG CGGAATTCAC TATCTGAGAT GCCAGAACCA 
GAAACTTCTG ATGGGTCTGT AGGTCACCTT CAGCGAAATC AGTCCTCTGC TTCTCAGGGT 
TTTGGTTTGC AACTGGCCCC TCCTTCTCAG CGATTGCCTG TTCCAAACCG TTCCTTGGTT 
TCTCAGAGCT CCTCACAGAC AGTTAATTTG CTCAACTCAC ATACCTCTCC TGAGATAGGA 
GATAAGAGTC GTGCATGGTT GGCATCCACT GCTTCTGTTC AGTCTTTGCC TCCTTCCCGT 
GAAGCATCTC AGGGAGAGTT GAGAAATAAT AGATCTGTTA CTCAAGGACA AACTGGAAAG 
GAAGCCCCAC AGCCTAACAT TGGAGGAAGC TTTTCTACTG CTTTTACACC TGGCTTCCCT 
TATTCTAGGA GTCCGCTTCA GAATCAGCAT ATGACTGTTG CAAGTGGGCA AGTTACATCT 
GATCAATCTG TCAATGCATC TTTTGATAGG TTTGCTGCCT GTTCTAGAAA GGTTGATGAC 
TCTTATGATA GAATTCCAAC TAGTCAATCT GCAACTGCAC CATTATCTGA TTTAGCTGCC 
AATGCACCAT ATAACAACAT TGCTTCCATG TCAGACATGT CCCGCCTGAG TAGTAGCAAC 
CAATTGCATG TGAGAGGTTC CACCCAACAG ACCCCTGTGT TGGAGGCTGT GCCTGTTTCA 
CGGCCTTCTT TTTCATCTGG CACATCCCAT CAGGATGGTT TTTCAAAGGT ACCTAATGTA 
TGGACCAATG TTTCAACTCA ACAATGTTTA CCAGGTGTTG AAGCTCACAA GGCCCCTTCC 
AATGTATTTA AATCCCATTT TAAATCAACC AGTAATTCAG AAACAACTTC CTCCACATCA 
CAGAAGCTGG ATGATCAAGA TGCCCACAAA GGAGGGAGTG GCCCATCTGA GTTTGGAGTA 
TATTCTTTGA AAGATCAAGC CTTTGGTTCT GTGGAAGAGC AGCCAGTGAA AGACAGCCCC 
TGGAAGCAAG TGTCGTCTGA GAACATTGAC CCAGTCCAAA AGCCAATGCA TGGTTCACAA 
GGAAAAGAAT CTGTTGGTAA TCATCTTTCT GCTGCATCTC CTTCAAACCC TGCTGCCACC 
CAAAGAGATA TTGAAGCTTT TGGCCGTTCT TTGAAACCAA ATAATAGTTT GAATCAGAAT 
TTCTCATTGT TGCATCAGAT GCATGCCATG AAGGGTACTG AGATTGATCC TGGTAATAGG 
GGCTTGAAGA GATTTAAAGG ACTGGATTGC AGTCTGGACT CTCAGGGAGC TCCTAAGGCA 
GGACAACAGT TGGCATATGG CTACAATACA GTGGCCAGGG ATGCATCAGT TAATCATACC 
TCAGTTCCAT CTGAAGATCC TAAGATACTA AGTTTTTCAT CAGAGCAAAT GGATAATCGA 
AATAGAAATG CATCTTCTCA AGTTTTGCCT GGAAGCATAC CTTCCCAGGA TATGCTTGTG 
TTTGGACGAA ATGATTCTCA AAATTACTCC AGTGGTAATA ATTCAGTTTC TTCTAGAGCC 
GAGCATTCTC AGATTAGTCC CCAGATGGCA CCTTCCTGGT TTGATCAATA TGGGACCTTT 
AAAAATGGGC AGATGTTCCC TATGTATGAT GCGCATAAAA CCACCACTAT GAGGACTGTG 
GAGCAGCCAT TTTTTGTTGG TAAATCTTCT GATAGTTTGC ACACACGGAA TTCAATGGAC 
CAAGTAAATG GTGCTTTTGA TACCAGTCAG GTTGCTAATG TCCAGCATAG TTCTACCCCC 
ATCTCAATGG CAAGTGATCA TCTCTCTGCC CCTCTTTCAT TGCCTCCAAA TGTCACTGAT 
CAAAGTTTGG TGGTTGTGAG GCCAAAGAAG CGTAAGAGTG CTACATGTGA GCTTCTGCCA 
TGGCATAAAG AGGTGACTCA GTTCCGTAGG CTTCAGAGGA ACAGCATGGC AGAACTAGAC 
TGGGCTCAAG CAACAAATCG ATTGATTGAT AGGGTGGAAG ATGAAGCTGA AATTTTTGAA 
GATGGTTTTC CATTTCTTAG ACCGAAGAGA AGGCTTATTT TGACAACACA GCTTATGCAG 
CAATTGCTTC GCCCTCCTCC AGCTGCAATT CTCTCAGTGG ATGCCAGTTC AAATTGTGAG 
AGTGTGGTCT ACTCTGTTGC TAGATTAACA TTAGGGGATG TGTGCAGCTT TCTGTCTGTC 
TCAGGAAGTG ATTCGTCTAT GTCTCTGGAG AGTGGAAACC TCCTGGCTGA GAAGCACAAG 
ACATCTGAGA AAATTGGTGA TCAGTACTTC ACAAAAGTAA TGGAAGACTT CATTAGTAGA 
GCAAGAAAGC TGGAAAATGA TTTGTTCAGA TTGGACAATA GAGCCTCAGT CTTGGACTTG 
AGAGTGGATT GCCAAGATCT AGAGAAGTTT TCTGTCATCA ACCGTTTTGC TAAGTTCCAT 
AGCCGGGGGC AAGCTGACGG GCCTGAGACC TCGTCCTCCT CTGATGCAAC TGCAAATGCT 
CAGAAAACCT GCCCTCAGAG ATATGTCACC GCACTCCCAA TGCCTAGGAA TCTCCCTGAC 
AGGGAATGGG AATGCGGGAG AAGAATGGAT GCTAGATCTG TCTCCTTAAA AGCAGTGGAG 
GCTCTTTGA

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

RefSeq	XP_010663261.1
CDS	253..5901
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_010664959.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X5, mRNA.

Target ORF information:

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

XM_010664959.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGAG ACACAAGAGG AGTAGATGAG GTACCTTCTA GAGGCATATT TCCTGGTTCT 
ATGCCTAATA TGTCTGCTCC TCCTGACAGA TCAGTTGGTA TCTATATCCA AAACAAGACT 
GCTCAATCAA GTCAAAATAT GCTTGAACTT CTTCACAAGG TGGATCAATC AAGGGATCGA 
GGCACAGCAG CTCAGTTCAG TTCTTCAGAG CGGAATTCAC TATCTGAGAT GCCAGAACCA 
GAAACTTCTG ATGGGTCTGT AGGTCACCTT CAGCGAAATC AGTCCTCTGC TTCTCAGGGT 
TTTGGTTTGC AACTGGCCCC TCCTTCTCAG CGATTGCCTG TTCCAAACCG TTCCTTGGTT 
TCTCAGAGCT CCTCACAGAC AGTTAATTTG CTCAACTCAC ATACCTCTCC TGAGATAGGA 
GATAAGAGTC GTGCATGGTT GGCATCCACT GCTTCTGTTC AGTCTTTGCC TCCTTCCCGT 
GAAGCATCTC AGGGAGAGTT GAGAAATAAT AGATCTGTTA CTCAAGGACA AACTGGAAAG 
GAAGCCCCAC AGCCTAACAT TGGAGGAAGC TTTTCTACTG CTTTTACACC TGGCTTCCCT 
TATTCTAGGA GTCCGCTTCA GAATCAGCAT ATGACTGTTG CAAGTGGGCA AGTTACATCT 
GATCAATCTG TCAATGCATC TTTTGATAGG TTTGCTGCCT GTTCTAGAAA GGTTGATGAC 
TCTTATGATA GAATTCCAAC TAGTCAATCT GCAACTGCAC CATTATCTGA TTTAGCTGCC 
AATGCACCAT ATAACAACAT TGCTTCCATG TCAGACATGT CCCGCCTGAG TAGTAGCAAC 
CAATTGCATG TGAGAGGTTC CACCCAACAG ACCCCTGTGT TGGAGGCTGT GCCTGTTTCA 
CGGCCTTCTT TTTCATCTGG CACATCCCAT CAGGATGGTT TTTCAAAGGT ACCTAATGTA 
TGGACCAATG TTTCAACTCA ACAATGTTTA CCAGGTGTTG AAGCTCACAA GGCCCCTTCC 
AATGTATTTA AATCCCATTT TAAATCAACC AGTAATTCAG AAACAACTTC CTCCACATCA 
CAGAAGCTGG ATGATCAAGA TGCCCACAAA GGAGGGAGTG GCCCATCTGA GTTTGGAGTA 
TATTCTTTGA AAGATCAAGC CTTTGGTTCT GTGGAAGAGC AGCCAGTGAA AGACAGCCCC 
TGGAAGCAAG TGTCGTCTGA GAACATTGAC CCAGTCCAAA AGCCAATGCA TGGTTCACAA 
GGAAAAGAAT CTGTTGGTAA TCATCTTTCT GCTGCATCTC CTTCAAACCC TGCTGCCACC 
CAAAGAGATA TTGAAGCTTT TGGCCGTTCT TTGAAACCAA ATAATAGTTT GAATCAGAAT 
TTCTCATTGT TGCATCAGAT GCATGCCATG AAGGGTACTG AGATTGATCC TGGTAATAGG 
GGCTTGAAGA GATTTAAAGG ACTGGATTGC AGTCTGGACT CTCAGGGAGC TCCTAAGGCA 
GGACAACAGT TGGCATATGG CTACAATACA GTGGCCAGGG ATGCATCAGT TAATCATACC 
TCAGTTCCAT CTGAAGATCC TAAGATACTA AGTTTTTCAT CAGAGCAAAT GGATAATCGA 
AATAGAAATG CATCTTCTCA AGTTTTGCCT GGAAGCATAC CTTCCCAGGA TATGCTTGTG 
TTTGGACGAA ATGATTCTCA AAATTACTCC AGTGGTAATA ATTCAGTTTC TTCTAGAGCC 
GAGCATTCTC AGATTAGTCC CCAGATGGCA CCTTCCTGGT TTGATCAATA TGGGACCTTT 
AAAAATGGGC AGATGTTCCC TATGTATGAT GCGCATAAAA CCACCACTAT GAGGACTGTG 
GAGCAGCCAT TTTTTGTTGG TAAATCTTCT GATAGTTTGC ACACACGGAA TTCAATGGAC 
CAAGTAAATG GTGCTTTTGA TACCAGTCAG GTTGCTAATG TCCAGCATAG TTCTACCCCC 
ATCTCAATGG CAAGTGATCA TCTCTCTGCC CCTCTTTCAT TGCCTCCAAA TGTCACTGAT 
CAAAGTTTGG TGGTTGTGAG GCCAAAGAAG CGTAAGAGTG CTACATGTGA GCTTCTGCCA 
TGGCATAAAG AGGTGACTCA GTTCCGTAGG CTTCAGAGGA ACAGCATGGC AGAACTAGAC 
TGGGCTCAAG CAACAAATCG ATTGATTGAT AGGGTGGAAG ATGAAGCTGA AATTTTTGAA 
GATGGTTTTC CATTTCTTAG ACCGAAGAGA AGGCTTATTT TGACAACACA GCTTATGCAG 
CAATTGCTTC GCCCTCCTCC AGCTGCAATT CTCTCAGTGG ATGCCAGTTC AAATTGTGAG 
AGTGTGGTCT ACTCTGTTGC TAGATTAACA TTAGGGGATG TGTGCAGCTT TCTGTCTGTC 
TCAGGAAGTG ATTCGTCTAT GTCTCTGGAG AGTGGAAACC TCCTGGCTGA GAAGCACAAG 
ACATCTGAGA AAATTGGTGA TCAGTACTTC ACAAAAGTAA TGGAAGACTT CATTAGTAGA 
GCAAGAAAGC TGGAAAATGA TTTGTTCAGA TTGGACAATA GAGCCTCAGT CTTGGACTTG 
AGAGTGGATT GCCAAGATCT AGAGAAGTTT TCTGTCATCA ACCGTTTTGC TAAGTTCCAT 
AGCCGGGGGC AAGCTGACGG GCCTGAGACC TCGTCCTCCT CTGATGCAAC TGCAAATGCT 
CAGAAAACCT GCCCTCAGAG ATATGTCACC GCACTCCCAA TGCCTAGGAA TCTCCCTGAC 
AGGGAATGGG AATGCGGGAG AAGAATGGAT GCTAGATCTG TCTCCTTAAA AGCAGTGGAG 
GCTCTTTGA

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

LOC100265641 ( XM_010664960.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663262.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X6, mRNA.

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CloneID	OVa32742
Clone ID Related Accession (Same CDS sequence)	XM_010664960.2
Accession Version	XM_010664960.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5625bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010664960.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGTACAA TGTCTTTCAC TTTGA

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

RefSeq	XP_010663262.1
CDS	253..5877
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQVASSLSSKPFSLPNDVNMTTNYSSFPGFQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDRVQCLSL

Target ORF information:

RefSeq Version	XM_010664960.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X6, mRNA.

Target ORF information:

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

XM_010664960.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGGTTGCCT CTTCATTAAG TTCTAAACCT 
TTTAGTTTAC CTAATGATGT CAATATGACT ACTAATTATA GTAGCTTCCC TGGATTTCAG 
CAATCTGGAC TCAAATTTTC AAATGAAGAG AGTGAGAGGT TGCAGATGAA TTCTTCTCAC 
AGATCCATAC AGCATTCTTC TGAAGAAGGA AGCAAGTGGC TAGATCGCAA CCCTCCACAA 
AAGACAGTTG GTGAAGGGAA TCAAAATTAT GGAAGTGCCA CCCGTTCTTC TGATGCAGGT 
CCAAACTTGA AGAGCATTTC AGGACCTTGG GTCCATCGAC AGAGCATATC CTCTTACAGC 
ACTGGTGGCC AACCCAGCAA TAAACCAAAT GGTTGGAATT TTATTGAGTC TGGAGCACCT 
GGTGGGGATG CTACAATGAG AGCTCATGAA AATGAAAACT TATTGCACCA TTCTCAGAGT 
AATGATCTTA ACAGAGCCAT GCATGGTTCT GGTACATGGA AAGCTGATTC CCTTCCTGAT 
TCAACAGTTG AATTGGACCA TGTAAAGTGT GGCACTGGAA GTTCACAGGT CAGTAGAGAA 
GATTCCAATC GTAATAATGT TGCTGCAATA CCAAATTTTA GTTCTGGAAA GACCAGCCAG 
GAAACTAGCC AACAGCTTCC AAATAGTCAA CATGATTATT GGAAAAATGT TGCTTCTCCT 
GTGAACTCTA AAGGAAATGA AGGCTTGGGG AAACACCAGC ATCATCTAAA TAAGGGCCCT 
CAGGTTTTGG AGTCATCAGT GAATAGCTTT ACCAAGGGAG CAGTTGAAAT GCATGAGATG 
GAGAACTGTG ATAAAAAAGA GAACTCCAGT GATGGCTATC GCTCTAACTT ATCCCATCGT 
GCTTCCTCTG GTGGTTTGAG AGAAAATGTT TGGTTAGATG CAAGTGACTC ACGTTCTTTG 
CCAGGCGCCA AACAAAAGTT GTCCGGTCAG GTTGGTAGAA AAACCTTGGG GTCTCGCCGA 
TTTCAGTATC ATCCAATGGG AAATTTGGAA GTGGATATAG AACCGTCTTA TGAAGCAAAA 
CATGTTTCAC ACGCACAGGC CATGTCTCAG CAGGTTTCCC GGGGATTAAA AAGTCATGAA 
CAAGGATTTT CTGGACCATC TAAATTTTCT GGTCATGTTC CTAAAGATTC GAATGAAATG 
GAAAAGGGTC CATCGCCTGA ATTTCAGGGA GACACAAGAG GAGTAGATGA GGTACCTTCT 
AGAGGCATAT TTCCTGGTTC TATGCCTAAT ATGTCTGCTC CTCCTGACAG ATCAGTTGGT 
ATCTATATCC AAAACAAGAC TGCTCAATCA AGTCAAAATA TGCTTGAACT TCTTCACAAG 
GTGGATCAAT CAAGGGATCG AGGCACAGCA GCTCAGTTCA GTTCTTCAGA GCGGAATTCA 
CTATCTGAGA TGCCAGAACC AGAAACTTCT GATGGGTCTG TAGGTCACCT TCAGCGAAAT 
CAGTCCTCTG CTTCTCAGGG TTTTGGTTTG CAACTGGCCC CTCCTTCTCA GCGATTGCCT 
GTTCCAAACC GTTCCTTGGT TTCTCAGAGC TCCTCACAGA CAGTTAATTT GCTCAACTCA 
CATACCTCTC CTGAGATAGG AGATAAGAGT CGTGCATGGT TGGCATCCAC TGCTTCTGTT 
CAGTCTTTGC CTCCTTCCCG TGAAGCATCT CAGGGAGAGT TGAGAAATAA TAGATCTGTT 
ACTCAAGGAC AAACTGGAAA GGAAGCCCCA CAGCCTAACA TTGGAGGAAG CTTTTCTACT 
GCTTTTACAC CTGGCTTCCC TTATTCTAGG AGTCCGCTTC AGAATCAGCA TATGACTGTT 
GCAAGTGGGC AAGTTACATC TGATCAATCT GTCAATGCAT CTTTTGATAG GTTTGCTGCC 
TGTTCTAGAA AGGTTGATGA CTCTTATGAT AGAATTCCAA CTAGTCAATC TGCAACTGCA 
CCATTATCTG ATTTAGCTGC CAATGCACCA TATAACAACA TTGCTTCCAT GTCAGACATG 
TCCCGCCTGA GTAGTAGCAA CCAATTGCAT GTGAGAGGTT CCACCCAACA GACCCCTGTG 
TTGGAGGCTG TGCCTGTTTC ACGGCCTTCT TTTTCATCTG GCACATCCCA TCAGGATGGT 
TTTTCAAAGG TACCTAATGT ATGGACCAAT GTTTCAACTC AACAATGTTT ACCAGGTGTT 
GAAGCTCACA AGGCCCCTTC CAATGTATTT AAATCCCATT TTAAATCAAC CAGTAATTCA 
GAAACAACTT CCTCCACATC ACAGAAGCTG GATGATCAAG ATGCCCACAA AGGAGGGAGT 
GGCCCATCTG AGTTTGGAGT ATATTCTTTG AAAGATCAAG CCTTTGGTTC TGTGGAAGAG 
CAGCCAGTGA AAGACAGCCC CTGGAAGCAA GTGTCGTCTG AGAACATTGA CCCAGTCCAA 
AAGCCAATGC ATGGTTCACA AGGAAAAGAA TCTGTTGGTA ATCATCTTTC TGCTGCATCT 
CCTTCAAACC CTGCTGCCAC CCAAAGAGAT ATTGAAGCTT TTGGCCGTTC TTTGAAACCA 
AATAATAGTT TGAATCAGAA TTTCTCATTG TTGCATCAGA TGCATGCCAT GAAGGGTACT 
GAGATTGATC CTGGTAATAG GGGCTTGAAG AGATTTAAAG GACTGGATTG CAGTCTGGAC 
TCTCAGGGAG CTCCTAAGGC AGGACAACAG TTGGCATATG GCTACAATAC AGTGGCCAGG 
GATGCATCAG TTAATCATAC CTCAGTTCCA TCTGAAGATC CTAAGATACT AAGTTTTTCA 
TCAGAGCAAA TGGATAATCG AAATAGAAAT GCATCTTCTC AAGTTTTGCC TGGAAGCATA 
CCTTCCCAGG ATATGCTTGT GTTTGGACGA AATGATTCTC AAAATTACTC CAGTGGTAAT 
AATTCAGTTT CTTCTAGAGC CGAGCATTCT CAGATTAGTC CCCAGATGGC ACCTTCCTGG 
TTTGATCAAT ATGGGACCTT TAAAAATGGG CAGATGTTCC CTATGTATGA TGCGCATAAA 
ACCACCACTA TGAGGACTGT GGAGCAGCCA TTTTTTGTTG GTAAATCTTC TGATAGTTTG 
CACACACGGA ATTCAATGGA CCAAGTAAAT GGTGCTTTTG ATACCAGTCA GGTTGCTAAT 
GTCCAGCATA GTTCTACCCC CATCTCAATG GCAAGTGATC ATCTCTCTGC CCCTCTTTCA 
TTGCCTCCAA ATGTCACTGA TCAAAGTTTG GTGGTTGTGA GGCCAAAGAA GCGTAAGAGT 
GCTACATGTG AGCTTCTGCC ATGGCATAAA GAGGTGACTC AGTTCCGTAG GCTTCAGAGG 
AACAGCATGG CAGAACTAGA CTGGGCTCAA GCAACAAATC GATTGATTGA TAGGGTGGAA 
GATGAAGCTG AAATTTTTGA AGATGGTTTT CCATTTCTTA GACCGAAGAG AAGGCTTATT 
TTGACAACAC AGCTTATGCA GCAATTGCTT CGCCCTCCTC CAGCTGCAAT TCTCTCAGTG 
GATGCCAGTT CAAATTGTGA GAGTGTGGTC TACTCTGTTG CTAGATTAAC ATTAGGGGAT 
GTGTGCAGCT TTCTGTCTGT CTCAGGAAGT GATTCGTCTA TGTCTCTGGA GAGTGGAAAC 
CTCCTGGCTG AGAAGCACAA GACATCTGAG AAAATTGGTG ATCAGTACTT CACAAAAGTA 
ATGGAAGACT TCATTAGTAG AGCAAGAAAG CTGGAAAATG ATTTGTTCAG ATTGGACAAT 
AGAGCCTCAG TCTTGGACTT GAGAGTGGAT TGCCAAGATC TAGAGAAGTT TTCTGTCATC 
AACCGTTTTG CTAAGTTCCA TAGCCGGGGG CAAGCTGACG GGCCTGAGAC CTCGTCCTCC 
TCTGATGCAA CTGCAAATGC TCAGAAAACC TGCCCTCAGA GATATGTCAC CGCACTCCCA 
ATGCCTAGGA ATCTCCCTGA CAGGGTACAA TGTCTTTCAC TTTGA

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

LOC100265641 ( XM_010664961.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010663263.1 Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X7, mRNA.

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CloneID	OVa32743
Clone ID Related Accession (Same CDS sequence)	XM_010664961.2
Accession Version	XM_010664961.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5583bp) 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	2016-11-21
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100265641 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012023.3) 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_010664961.1. ##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##

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGCAATCTG GACTCAAATT TTCAAATGAA 
GAGAGTGAGA GGTTGCAGAT GAATTCTTCT CACAGATCCA TACAGCATTC TTCTGAAGAA 
GGAAGCAAGT GGCTAGATCG CAACCCTCCA CAAAAGACAG TTGGTGAAGG GAATCAAAAT 
TATGGAAGTG CCACCCGTTC TTCTGATGCA GGTCCAAACT TGAAGAGCAT TTCAGGACCT 
TGGGTCCATC GACAGAGCAT ATCCTCTTAC AGCACTGGTG GCCAACCCAG CAATAAACCA 
AATGGTTGGA ATTTTATTGA GTCTGGAGCA CCTGGTGGGG ATGCTACAAT GAGAGCTCAT 
GAAAATGAAA ACTTATTGCA CCATTCTCAG AGTAATGATC TTAACAGAGC CATGCATGGT 
TCTGGTACAT GGAAAGCTGA TTCCCTTCCT GATTCAACAG TTGAATTGGA CCATGTAAAG 
TGTGGCACTG GAAGTTCACA GGTCAGTAGA GAAGATTCCA ATCGTAATAA TGTTGCTGCA 
ATACCAAATT TTAGTTCTGG AAAGACCAGC CAGGAAACTA GCCAACAGCT TCCAAATAGT 
CAACATGATT ATTGGAAAAA TGTTGCTTCT CCTGTGAACT CTAAAGGAAA TGAAGGCTTG 
GGGAAACACC AGCATCATCT AAATAAGGGC CCTCAGGTTT TGGAGTCATC AGTGAATAGC 
TTTACCAAGG GAGCAGTTGA AATGCATGAG ATGGAGAACT GTGATAAAAA AGAGAACTCC 
AGTGATGGCT ATCGCTCTAA CTTATCCCAT CGTGCTTCCT CTGGTGGTTT GAGAGAAAAT 
GTTTGGTTAG ATGCAAGTGA CTCACGTTCT TTGCCAGGCG CCAAACAAAA GTTGTCCGGT 
CAGGTTGGTA GAAAAACCTT GGGGTCTCGC CGATTTCAGT ATCATCCAAT GGGAAATTTG 
GAAGTGGATA TAGAACCGTC TTATGAAGCA AAACATGTTT CACACGCACA GGCCATGTCT 
CAGCAGGTTT CCCGGGGATT AAAAAGTCAT GAACAAGGAT TTTCTGGACC ATCTAAATTT 
TCTGGTCATG TTCCTAAAGA TTCGAATGAA ATGGAAAAGG GTCCATCGCC TGAATTTCAG 
GGAGACACAA GAGGAGTAGA TGAGGTACCT TCTAGAGGCA TATTTCCTGG TTCTATGCCT 
AATATGTCTG CTCCTCCTGA CAGATCAGTT GGTATCTATA TCCAAAACAA GACTGCTCAA 
TCAAGTCAAA ATATGCTTGA ACTTCTTCAC AAGGTGGATC AATCAAGGGA TCGAGGCACA 
GCAGCTCAGT TCAGTTCTTC AGAGCGGAAT TCACTATCTG AGATGCCAGA ACCAGAAACT 
TCTGATGGGT CTGTAGGTCA CCTTCAGCGA AATCAGTCCT CTGCTTCTCA GGGTTTTGGT 
TTGCAACTGG CCCCTCCTTC TCAGCGATTG CCTGTTCCAA ACCGTTCCTT GGTTTCTCAG 
AGCTCCTCAC AGACAGTTAA TTTGCTCAAC TCACATACCT CTCCTGAGAT AGGAGATAAG 
AGTCGTGCAT GGTTGGCATC CACTGCTTCT GTTCAGTCTT TGCCTCCTTC CCGTGAAGCA 
TCTCAGGGAG AGTTGAGAAA TAATAGATCT GTTACTCAAG GACAAACTGG AAAGGAAGCC 
CCACAGCCTA ACATTGGAGG AAGCTTTTCT ACTGCTTTTA CACCTGGCTT CCCTTATTCT 
AGGAGTCCGC TTCAGAATCA GCATATGACT GTTGCAAGTG GGCAAGTTAC ATCTGATCAA 
TCTGTCAATG CATCTTTTGA TAGGTTTGCT GCCTGTTCTA GAAAGGTTGA TGACTCTTAT 
GATAGAATTC CAACTAGTCA ATCTGCAACT GCACCATTAT CTGATTTAGC TGCCAATGCA 
CCATATAACA ACATTGCTTC CATGTCAGAC ATGTCCCGCC TGAGTAGTAG CAACCAATTG 
CATGTGAGAG GTTCCACCCA ACAGACCCCT GTGTTGGAGG CTGTGCCTGT TTCACGGCCT 
TCTTTTTCAT CTGGCACATC CCATCAGGAT GGTTTTTCAA AGGTACCTAA TGTATGGACC 
AATGTTTCAA CTCAACAATG TTTACCAGGT GTTGAAGCTC ACAAGGCCCC TTCCAATGTA 
TTTAAATCCC ATTTTAAATC AACCAGTAAT TCAGAAACAA CTTCCTCCAC ATCACAGAAG 
CTGGATGATC AAGATGCCCA CAAAGGAGGG AGTGGCCCAT CTGAGTTTGG AGTATATTCT 
TTGAAAGATC AAGCCTTTGG TTCTGTGGAA GAGCAGCCAG TGAAAGACAG CCCCTGGAAG 
CAAGTGTCGT CTGAGAACAT TGACCCAGTC CAAAAGCCAA TGCATGGTTC ACAAGGAAAA 
GAATCTGTTG GTAATCATCT TTCTGCTGCA TCTCCTTCAA ACCCTGCTGC CACCCAAAGA 
GATATTGAAG CTTTTGGCCG TTCTTTGAAA CCAAATAATA GTTTGAATCA GAATTTCTCA 
TTGTTGCATC AGATGCATGC CATGAAGGGT ACTGAGATTG ATCCTGGTAA TAGGGGCTTG 
AAGAGATTTA AAGGACTGGA TTGCAGTCTG GACTCTCAGG GAGCTCCTAA GGCAGGACAA 
CAGTTGGCAT ATGGCTACAA TACAGTGGCC AGGGATGCAT CAGTTAATCA TACCTCAGTT 
CCATCTGAAG ATCCTAAGAT ACTAAGTTTT TCATCAGAGC AAATGGATAA TCGAAATAGA 
AATGCATCTT CTCAAGTTTT GCCTGGAAGC ATACCTTCCC AGGATATGCT TGTGTTTGGA 
CGAAATGATT CTCAAAATTA CTCCAGTGGT AATAATTCAG TTTCTTCTAG AGCCGAGCAT 
TCTCAGATTA GTCCCCAGAT GGCACCTTCC TGGTTTGATC AATATGGGAC CTTTAAAAAT 
GGGCAGATGT TCCCTATGTA TGATGCGCAT AAAACCACCA CTATGAGGAC TGTGGAGCAG 
CCATTTTTTG TTGGTAAATC TTCTGATAGT TTGCACACAC GGAATTCAAT GGACCAAGTA 
AATGGTGCTT TTGATACCAG TCAGGTTGCT AATGTCCAGC ATAGTTCTAC CCCCATCTCA 
ATGGCAAGTG ATCATCTCTC TGCCCCTCTT TCATTGCCTC CAAATGTCAC TGATCAAAGT 
TTGGTGGTTG TGAGGCCAAA GAAGCGTAAG AGTGCTACAT GTGAGCTTCT GCCATGGCAT 
AAAGAGGTGA CTCAGTTCCG TAGGCTTCAG AGGAACAGCA TGGCAGAACT AGACTGGGCT 
CAAGCAACAA ATCGATTGAT TGATAGGGTG GAAGATGAAG CTGAAATTTT TGAAGATGGT 
TTTCCATTTC TTAGACCGAA GAGAAGGCTT ATTTTGACAA CACAGCTTAT GCAGCAATTG 
CTTCGCCCTC CTCCAGCTGC AATTCTCTCA GTGGATGCCA GTTCAAATTG TGAGAGTGTG 
GTCTACTCTG TTGCTAGATT AACATTAGGG GATGTGTGCA GCTTTCTGTC TGTCTCAGGA 
AGTGATTCGT CTATGTCTCT GGAGAGTGGA AACCTCCTGG CTGAGAAGCA CAAGACATCT 
GAGAAAATTG GTGATCAGTA CTTCACAAAA GTAATGGAAG ACTTCATTAG TAGAGCAAGA 
AAGCTGGAAA ATGATTTGTT CAGATTGGAC AATAGAGCCT CAGTCTTGGA CTTGAGAGTG 
GATTGCCAAG ATCTAGAGAA GTTTTCTGTC ATCAACCGTT TTGCTAAGTT CCATAGCCGG 
GGGCAAGCTG ACGGGCCTGA GACCTCGTCC TCCTCTGATG CAACTGCAAA TGCTCAGAAA 
ACCTGCCCTC AGAGATATGT CACCGCACTC CCAATGCCTA GGAATCTCCC TGACAGGGAA 
TGGGAATGCG GGAGAAGAAT GGATGCTAGA TCTGTCTCCT TAAAAGCAGT GGAGGCTCTT 
TGA

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

RefSeq	XP_010663263.1
CDS	253..5835
Translation	MPGNEVGDRVHNFFGQDNLSQGQHHSQAVDGNWPGLNNNLWVGNQRQIGTLPTSNPKNYSVQQPADSERGHGSQSSRVPHGLNFTQSTLRPDIVKNQSQNQQLNLNGYMHGHTGFQTRQNEANLLGVDTESDRHSLTSRGLSSFESQRGNGPEHHRKNSVMMETTESPVNFDFLGGQPQMGGQQSGMLQSLARQQSGFNDMQILQQQVMLKQMQELQRQQQIQQQETRQHNSINQIPSFSNQAPGNHSPAMINGAPIHDASNYSWHPEFMSGNTNWIQRGASPVIQGSSNGLMFSPDQGQALRMMGLAPQQGDQSLYGVPVSNTRGTSSQYSHMQVDRAAMQQTPSGSNSFPSNQYTAFQDQPSMQDGNLVSKQGFPVKKLFGQAPGQNLSGGVVLENLQQLNSQQRNAPLQEFHGRQNLAGSSETLQEKTVMPVARAQSSAGLDPTEEKFLYGTDDSIWDVFGKGSNMGTGGHNQLDGTDIGGAFPSMQSGSWSALMQSAVAETSSNDIGLPEEWSGPIFQSIEPPTGNPQPATYSDGGKKQTVWADNLQQSGLKFSNEESERLQMNSSHRSIQHSSEEGSKWLDRNPPQKTVGEGNQNYGSATRSSDAGPNLKSISGPWVHRQSISSYSTGGQPSNKPNGWNFIESGAPGGDATMRAHENENLLHHSQSNDLNRAMHGSGTWKADSLPDSTVELDHVKCGTGSSQVSREDSNRNNVAAIPNFSSGKTSQETSQQLPNSQHDYWKNVASPVNSKGNEGLGKHQHHLNKGPQVLESSVNSFTKGAVEMHEMENCDKKENSSDGYRSNLSHRASSGGLRENVWLDASDSRSLPGAKQKLSGQVGRKTLGSRRFQYHPMGNLEVDIEPSYEAKHVSHAQAMSQQVSRGLKSHEQGFSGPSKFSGHVPKDSNEMEKGPSPEFQGDTRGVDEVPSRGIFPGSMPNMSAPPDRSVGIYIQNKTAQSSQNMLELLHKVDQSRDRGTAAQFSSSERNSLSEMPEPETSDGSVGHLQRNQSSASQGFGLQLAPPSQRLPVPNRSLVSQSSSQTVNLLNSHTSPEIGDKSRAWLASTASVQSLPPSREASQGELRNNRSVTQGQTGKEAPQPNIGGSFSTAFTPGFPYSRSPLQNQHMTVASGQVTSDQSVNASFDRFAACSRKVDDSYDRIPTSQSATAPLSDLAANAPYNNIASMSDMSRLSSSNQLHVRGSTQQTPVLEAVPVSRPSFSSGTSHQDGFSKVPNVWTNVSTQQCLPGVEAHKAPSNVFKSHFKSTSNSETTSSTSQKLDDQDAHKGGSGPSEFGVYSLKDQAFGSVEEQPVKDSPWKQVSSENIDPVQKPMHGSQGKESVGNHLSAASPSNPAATQRDIEAFGRSLKPNNSLNQNFSLLHQMHAMKGTEIDPGNRGLKRFKGLDCSLDSQGAPKAGQQLAYGYNTVARDASVNHTSVPSEDPKILSFSSEQMDNRNRNASSQVLPGSIPSQDMLVFGRNDSQNYSSGNNSVSSRAEHSQISPQMAPSWFDQYGTFKNGQMFPMYDAHKTTTMRTVEQPFFVGKSSDSLHTRNSMDQVNGAFDTSQVANVQHSSTPISMASDHLSAPLSLPPNVTDQSLVVVRPKKRKSATCELLPWHKEVTQFRRLQRNSMAELDWAQATNRLIDRVEDEAEIFEDGFPFLRPKRRLILTTQLMQQLLRPPPAAILSVDASSNCESVVYSVARLTLGDVCSFLSVSGSDSSMSLESGNLLAEKHKTSEKIGDQYFTKVMEDFISRARKLENDLFRLDNRASVLDLRVDCQDLEKFSVINRFAKFHSRGQADGPETSSSSDATANAQKTCPQRYVTALPMPRNLPDREWECGRRMDARSVSLKAVEAL

Target ORF information:

RefSeq Version	XM_010664961.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100265641 (LOC100265641), transcript variant X7, mRNA.

Target ORF information:

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

XM_010664961.2

ORF Insert Sequence:

ATGCCTGGCA ACGAAGTTGG AGATAGGGTC CACAATTTTT TTGGGCAAGA CAACTTGTCT 
CAGGGCCAGC ATCATTCACA GGCTGTAGAC GGGAATTGGC CGGGTCTAAA TAACAATCTT 
TGGGTGGGAA ACCAGAGACA GATTGGTACA CTTCCAACTT CCAATCCCAA GAATTACAGT 
GTACAACAAC CAGCAGATTC TGAGAGAGGA CATGGCAGTC AGTCTTCTCG AGTCCCACAT 
GGCTTGAACT TTACACAATC AACTCTGAGG CCTGACATTG TCAAAAATCA GTCTCAGAAT 
CAACAGCTGA ATCTGAATGG CTATATGCAT GGTCATACTG GTTTTCAGAC AAGGCAGAAT 
GAAGCAAACC TTTTGGGAGT GGATACAGAA TCTGATCGGC ATAGTCTAAC ATCGAGAGGC 
TTATCTAGTT TTGAATCACA GCGAGGGAAT GGTCCTGAAC ATCATAGGAA AAATTCAGTA 
ATGATGGAAA CTACCGAATC TCCTGTTAAT TTTGATTTTC TTGGTGGTCA GCCACAGATG 
GGTGGCCAGC AATCAGGCAT GCTGCAATCT TTGGCAAGGC AGCAATCTGG GTTTAATGAC 
ATGCAGATTC TCCAGCAACA AGTGATGCTG AAACAAATGC AAGAACTTCA GAGACAGCAA 
CAAATTCAGC AACAAGAAAC AAGGCAACAC AATTCCATAA ATCAAATTCC CTCCTTTTCT 
AACCAGGCTC CTGGGAACCA TTCACCTGCC ATGATTAATG GAGCTCCCAT CCATGATGCA 
TCTAATTATT CATGGCACCC TGAGTTTATG TCAGGAAACA CAAACTGGAT CCAGCGTGGT 
GCATCACCTG TAATCCAGGG ATCCTCTAAT GGACTCATGT TTTCCCCTGA TCAAGGTCAG 
GCACTCCGCA TGATGGGTTT GGCTCCTCAA CAGGGTGATC AGTCTTTGTA TGGGGTTCCT 
GTTTCTAACA CAAGAGGTAC TTCGAGCCAA TATTCTCATA TGCAAGTGGA TAGGGCAGCA 
ATGCAGCAGA CTCCATCTGG CAGTAATTCA TTTCCAAGCA ATCAATATAC TGCATTCCAA 
GATCAACCTA GCATGCAGGA TGGTAATTTG GTTTCTAAGC AGGGTTTTCC AGTGAAAAAA 
TTGTTTGGGC AGGCTCCTGG TCAAAATTTA AGTGGTGGTG TTGTTTTGGA AAATTTGCAG 
CAATTGAACT CCCAGCAAAG AAATGCACCT TTGCAGGAAT TTCATGGAAG GCAAAATCTT 
GCTGGTTCAT CCGAAACATT ACAAGAGAAA ACAGTGATGC CGGTTGCTCG TGCTCAGAGT 
TCAGCTGGCC TTGATCCAAC TGAAGAAAAG TTTTTGTATG GTACTGATGA CAGTATTTGG 
GATGTCTTTG GCAAGGGCTC CAATATGGGT ACAGGAGGCC ATAATCAGCT GGATGGTACA 
GACATTGGAG GAGCATTTCC TTCCATGCAG AGTGGAAGTT GGAGTGCTCT TATGCAGTCC 
GCTGTAGCAG AAACTTCTAG TAATGATATA GGGCTACCGG AAGAGTGGAG TGGGCCGATT 
TTTCAGAGCA TTGAACCTCC AACTGGGAAC CCTCAGCCAG CGACATACAG TGATGGAGGC 
AAAAAGCAAA CAGTTTGGGC CGATAACTTG CAGCAATCTG GACTCAAATT TTCAAATGAA 
GAGAGTGAGA GGTTGCAGAT GAATTCTTCT CACAGATCCA TACAGCATTC TTCTGAAGAA 
GGAAGCAAGT GGCTAGATCG CAACCCTCCA CAAAAGACAG TTGGTGAAGG GAATCAAAAT 
TATGGAAGTG CCACCCGTTC TTCTGATGCA GGTCCAAACT TGAAGAGCAT TTCAGGACCT 
TGGGTCCATC GACAGAGCAT ATCCTCTTAC AGCACTGGTG GCCAACCCAG CAATAAACCA 
AATGGTTGGA ATTTTATTGA GTCTGGAGCA CCTGGTGGGG ATGCTACAAT GAGAGCTCAT 
GAAAATGAAA ACTTATTGCA CCATTCTCAG AGTAATGATC TTAACAGAGC CATGCATGGT 
TCTGGTACAT GGAAAGCTGA TTCCCTTCCT GATTCAACAG TTGAATTGGA CCATGTAAAG 
TGTGGCACTG GAAGTTCACA GGTCAGTAGA GAAGATTCCA ATCGTAATAA TGTTGCTGCA 
ATACCAAATT TTAGTTCTGG AAAGACCAGC CAGGAAACTA GCCAACAGCT TCCAAATAGT 
CAACATGATT ATTGGAAAAA TGTTGCTTCT CCTGTGAACT CTAAAGGAAA TGAAGGCTTG 
GGGAAACACC AGCATCATCT AAATAAGGGC CCTCAGGTTT TGGAGTCATC AGTGAATAGC 
TTTACCAAGG GAGCAGTTGA AATGCATGAG ATGGAGAACT GTGATAAAAA AGAGAACTCC 
AGTGATGGCT ATCGCTCTAA CTTATCCCAT CGTGCTTCCT CTGGTGGTTT GAGAGAAAAT 
GTTTGGTTAG ATGCAAGTGA CTCACGTTCT TTGCCAGGCG CCAAACAAAA GTTGTCCGGT 
CAGGTTGGTA GAAAAACCTT GGGGTCTCGC CGATTTCAGT ATCATCCAAT GGGAAATTTG 
GAAGTGGATA TAGAACCGTC TTATGAAGCA AAACATGTTT CACACGCACA GGCCATGTCT 
CAGCAGGTTT CCCGGGGATT AAAAAGTCAT GAACAAGGAT TTTCTGGACC ATCTAAATTT 
TCTGGTCATG TTCCTAAAGA TTCGAATGAA ATGGAAAAGG GTCCATCGCC TGAATTTCAG 
GGAGACACAA GAGGAGTAGA TGAGGTACCT TCTAGAGGCA TATTTCCTGG TTCTATGCCT 
AATATGTCTG CTCCTCCTGA CAGATCAGTT GGTATCTATA TCCAAAACAA GACTGCTCAA 
TCAAGTCAAA ATATGCTTGA ACTTCTTCAC AAGGTGGATC AATCAAGGGA TCGAGGCACA 
GCAGCTCAGT TCAGTTCTTC AGAGCGGAAT TCACTATCTG AGATGCCAGA ACCAGAAACT 
TCTGATGGGT CTGTAGGTCA CCTTCAGCGA AATCAGTCCT CTGCTTCTCA GGGTTTTGGT 
TTGCAACTGG CCCCTCCTTC TCAGCGATTG CCTGTTCCAA ACCGTTCCTT GGTTTCTCAG 
AGCTCCTCAC AGACAGTTAA TTTGCTCAAC TCACATACCT CTCCTGAGAT AGGAGATAAG 
AGTCGTGCAT GGTTGGCATC CACTGCTTCT GTTCAGTCTT TGCCTCCTTC CCGTGAAGCA 
TCTCAGGGAG AGTTGAGAAA TAATAGATCT GTTACTCAAG GACAAACTGG AAAGGAAGCC 
CCACAGCCTA ACATTGGAGG AAGCTTTTCT ACTGCTTTTA CACCTGGCTT CCCTTATTCT 
AGGAGTCCGC TTCAGAATCA GCATATGACT GTTGCAAGTG GGCAAGTTAC ATCTGATCAA 
TCTGTCAATG CATCTTTTGA TAGGTTTGCT GCCTGTTCTA GAAAGGTTGA TGACTCTTAT 
GATAGAATTC CAACTAGTCA ATCTGCAACT GCACCATTAT CTGATTTAGC TGCCAATGCA 
CCATATAACA ACATTGCTTC CATGTCAGAC ATGTCCCGCC TGAGTAGTAG CAACCAATTG 
CATGTGAGAG GTTCCACCCA ACAGACCCCT GTGTTGGAGG CTGTGCCTGT TTCACGGCCT 
TCTTTTTCAT CTGGCACATC CCATCAGGAT GGTTTTTCAA AGGTACCTAA TGTATGGACC 
AATGTTTCAA CTCAACAATG TTTACCAGGT GTTGAAGCTC ACAAGGCCCC TTCCAATGTA 
TTTAAATCCC ATTTTAAATC AACCAGTAAT TCAGAAACAA CTTCCTCCAC ATCACAGAAG 
CTGGATGATC AAGATGCCCA CAAAGGAGGG AGTGGCCCAT CTGAGTTTGG AGTATATTCT 
TTGAAAGATC AAGCCTTTGG TTCTGTGGAA GAGCAGCCAG TGAAAGACAG CCCCTGGAAG 
CAAGTGTCGT CTGAGAACAT TGACCCAGTC CAAAAGCCAA TGCATGGTTC ACAAGGAAAA 
GAATCTGTTG GTAATCATCT TTCTGCTGCA TCTCCTTCAA ACCCTGCTGC CACCCAAAGA 
GATATTGAAG CTTTTGGCCG TTCTTTGAAA CCAAATAATA GTTTGAATCA GAATTTCTCA 
TTGTTGCATC AGATGCATGC CATGAAGGGT ACTGAGATTG ATCCTGGTAA TAGGGGCTTG 
AAGAGATTTA AAGGACTGGA TTGCAGTCTG GACTCTCAGG GAGCTCCTAA GGCAGGACAA 
CAGTTGGCAT ATGGCTACAA TACAGTGGCC AGGGATGCAT CAGTTAATCA TACCTCAGTT 
CCATCTGAAG ATCCTAAGAT ACTAAGTTTT TCATCAGAGC AAATGGATAA TCGAAATAGA 
AATGCATCTT CTCAAGTTTT GCCTGGAAGC ATACCTTCCC AGGATATGCT TGTGTTTGGA 
CGAAATGATT CTCAAAATTA CTCCAGTGGT AATAATTCAG TTTCTTCTAG AGCCGAGCAT 
TCTCAGATTA GTCCCCAGAT GGCACCTTCC TGGTTTGATC AATATGGGAC CTTTAAAAAT 
GGGCAGATGT TCCCTATGTA TGATGCGCAT AAAACCACCA CTATGAGGAC TGTGGAGCAG 
CCATTTTTTG TTGGTAAATC TTCTGATAGT TTGCACACAC GGAATTCAAT GGACCAAGTA 
AATGGTGCTT TTGATACCAG TCAGGTTGCT AATGTCCAGC ATAGTTCTAC CCCCATCTCA 
ATGGCAAGTG ATCATCTCTC TGCCCCTCTT TCATTGCCTC CAAATGTCAC TGATCAAAGT 
TTGGTGGTTG TGAGGCCAAA GAAGCGTAAG AGTGCTACAT GTGAGCTTCT GCCATGGCAT 
AAAGAGGTGA CTCAGTTCCG TAGGCTTCAG AGGAACAGCA TGGCAGAACT AGACTGGGCT 
CAAGCAACAA ATCGATTGAT TGATAGGGTG GAAGATGAAG CTGAAATTTT TGAAGATGGT 
TTTCCATTTC TTAGACCGAA GAGAAGGCTT ATTTTGACAA CACAGCTTAT GCAGCAATTG 
CTTCGCCCTC CTCCAGCTGC AATTCTCTCA GTGGATGCCA GTTCAAATTG TGAGAGTGTG 
GTCTACTCTG TTGCTAGATT AACATTAGGG GATGTGTGCA GCTTTCTGTC TGTCTCAGGA 
AGTGATTCGT CTATGTCTCT GGAGAGTGGA AACCTCCTGG CTGAGAAGCA CAAGACATCT 
GAGAAAATTG GTGATCAGTA CTTCACAAAA GTAATGGAAG ACTTCATTAG TAGAGCAAGA 
AAGCTGGAAA ATGATTTGTT CAGATTGGAC AATAGAGCCT CAGTCTTGGA CTTGAGAGTG 
GATTGCCAAG ATCTAGAGAA GTTTTCTGTC ATCAACCGTT TTGCTAAGTT CCATAGCCGG 
GGGCAAGCTG ACGGGCCTGA GACCTCGTCC TCCTCTGATG CAACTGCAAA TGCTCAGAAA 
ACCTGCCCTC AGAGATATGT CACCGCACTC CCAATGCCTA GGAATCTCCC TGACAGGGAA 
TGGGAATGCG GGAGAAGAAT GGATGCTAGA TCTGTCTCCT TAAAAGCAGT GGAGGCTCTT 
TGA

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

PubMed

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1-877-436-7274

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1-732-210-0262

LOC100265641 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:

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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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