LOC100250397 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100250397
Entrez Gene ID	100250397
Full Name	DNA helicase INO80
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010655437.2	XP_010653739.1	DNA helicase INO80 isoform X1
XM_010655438.2	XP_010653740.1	DNA helicase INO80 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC100250397 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100250397 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OVa26793	XM_010655437.2 Latest version!	Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OVa26794	XM_010655438.2 Latest version!	Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

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

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

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

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

Reference Sequences (Refseq)

LOC100250397 ( XM_010655437.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010653739.1 Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa26793
Clone ID Related Accession (Same CDS sequence)	XM_010655437.2
Accession Version	XM_010655437.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4677bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1479916800000
Organism	Vitis vinifera(wine grape)
Product	DNA helicase INO80 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012014.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 25, 2016 this sequence version replaced XM_010655437.1. ##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##

ATGGAACCCA AGCCCCACCC CAACAACGGC TTCTCCTTCT CGAATCTCTT CAATCTTGAG 
TCTTTGATGA ACTTTCAACT CCCACAACAA GATGATGATT TTGATTATTA TGGGAATAGT 
AGTCAGGATG AGAGCAGAGG TAGCCAAGGT GGAACAATGG GAGACTATCA CAATGGAATT 
ATGTCTGAGC GAGAATTGAG CTTGGTGAGT AAGAAGAGAC GGTCTCAAAA CAGTGAGGAC 
GAGGAAGAGG ACGGTAATTA CAGCACCTTC ATTTCAGAGG AGCGGTATCG GTCAATGCTT 
GGAGAACACA TTCAGAAATA TAAGAGGAGG TTTAAAGATC CCTCACCAAG CCCTGCTCCG 
GCACGGATGG GGGTTTCAGT TCCAAAAAGT ACTTTAGGCT CCAAAACGAG GAAGTTGGGG 
AATGAGCACA GAGGAGGTTT GCATGAAGTT GAAACCCCGT CTGAGTGGCT TGCTGACGTT 
GGTCCTCAAA AGATGGTTGG CTTTCATGAT GCGGATTTTG CACCAGAATA TGGCACTTCT 
AGAACGATCT ATGAATCATC TTATTTGGAT ATTGGGGAGG GCATCGCTTA TAGGATCCCA 
CCAGCTTATG AAAAATTGGC TGTTACACTA AACTTGCCAA CCTTCTCAGA TATACGGGTG 
GAGGAATATT ACTTAAAGAG CACCCTAGAT TTAGGTTCCT TAGCAGAAAT GATGACCGCT 
GATAAGAGAT TTGGGCCTAA AAGCCGAGCA GGGATGGGTG AGCCTCAGTC CCAGTATGAA 
TCACTTCAGG CGAGATTGAG GGCCTTGTCA TCTTCTAATT CAGTCCAGAA GTTCAGTCTG 
AAAGTATCTG ATATTGCACT AAATTCATCC TCCATCCCAG AAGGGGCTGC TGGAAGTATA 
CAGCGGTCTA TTTTGTCAGA GGGTGGTGCA TTGCAGGTGT ACTATGTGAA GGTCTTGGAG 
AAAGGAGACA CTTATGAGAT CATTGAACGA AGTTTACCAA AGAAGCAAAA GGTAAAGAAG 
GACCCATCTA TGATCGAGAA AGAGGAAATG GAGAGGATTG GAAAAGTTTG GGTAAACATT 
GTAAGAAGAG ACATACCAAA GCATCAGAGA ATATTTATTA ATTTCCATCG AAAGCAACTA 
ATTGATGCCA AAAGGTTCTC AGAAAACTGT CAACGAGAGG TGAAACTGAA GGTGAGCAGA 
TCACTTAAAT TGATGAGGGG TGCTGCAATC CGCACGAGGA AACTTGCTAG AGATATGCTT 
GTATTTTGGA AAAGAGTGGA TAAAGAGATG GCAGAATTGA GGAAGAAAGA GGAAAGAGAA 
GCTGCAGAAG CTTTGAGGCG TGAACAGGAA CTTCGAGAAG TGAAGAGACA ACAGCAAAGG 
CTCAATTTTC TGATAACACA AACGGAGCTG TTCAGTCACT TCATGCAGAA CAAGGCAACT 
TCACAGCCCT CTGAAGCTTT ACCTGTCGAT GGTGAAAAAC CGAAGGACCA GGAACTGCTT 
GTAAGCTCTT CAGATGATGT TCCTGGAGAA GAACAAGATC CTGAGGATGA TGAATTGAAG 
AAGGAAGCTC TGAAAGCTGC TCAAGATGCA GTTTCTAAGC AGAAAAGGTT AACTAGTGCA 
TTTGATAATG AATGTTTGAA GCTGCGCCAA GCTGCTGAAC CTGAGGTCCC TTCACCGGAT 
GCATCTGGTG CTGCAGGTTC TAGTAACATA GATCTACTGC ACCCCTCCAC CATGCCAGTG 
GCATCATCTG TGCAGACGCC AGAGTTGTTT AAAGGTTCTC TTAAAGAATA TCAGCTAAAA 
GGCCTTCAGT GGCTGGTTAA TTGTTATGAG CAGGGTCTAA ACGGTATTCT TGCCGATGAG 
ATGGGCCTGG GAAAGACTAT CCAGGCAATG GCATTCTTGG CTCATTTGGC AGAGGAAAAG 
AATATATGGG GGCCTTTTCT GGTTGTTGCA CCTGCTTCTG TCTTGAACAA CTGGGCTGAT 
GAAATTAGCC GCTTCTGCCC TGACTTGAAA ACTCTTCCAT ATTGGGGAGG GCTTCAAGAA 
CGAATGATAC TTAGGAAAAA CATCAATCCA AAGCGTTTAT ATAGAAGGGA GGCAGGATTT 
CACATTCTCA TCACCAGTTA CCAACTGTTG GTGTCTGATG AGAAGTATTT CCGACGTGTG 
AAATGGCAGT ATATGGTATT GGATGAAGCT CAGGCAATCA AAAGCTCAAA CAGTATAAGG 
TGGAAGACAC TGCTCAGTTT TAATTGTCGA AATCGGTTAC TCCTGACTGG TACGCCTATC 
CAGAATAACA TGGCTGAATT GTGGGCCCTT CTACATTTCA TTATGCCTAC CTTATTTGAC 
AGCCATGAAC AATTCAATGA ATGGTTTTCA AAGGGAATTG AGAATCATGC TGAGCACGGG 
GGGACGTTAA ATGAGCACCA GCTCAACAGA TTGCATGCAA TTTTGAAGCC CTTCATGCTG 
CGGCGGGTTA AGAAAGATGT GGTTTCTGAG CTTACAGGCA AAACAGAGGT TACAGTGCAT 
TGCAAGTTGA GTTCTCGGCA ACAAGCTTTC TATCAAGCTA TAAAGAATAA GATATCTCTT 
GCTGAGTTGT TTGATGGTAA TCGTGGGCAC CTTAATGAGA AGAAAATTCT CAATTTAATG 
AATATTGTTA TTCAGTTGAG AAAGGTTTGC AACCATCCAG AGTTGTTTGA AAGGAATGAG 
GGAAGCACAT ACCTTTATTT TGGAGAGATT CCAAATTCTC TTCTTCCCCC ACCCTTTGGG 
GAGTTGGAGG ACATGCACTA CGCAGGAGCT CAGAATCCTA TTACATACAA GGTGCCAAAA 
CTCGTCCACC AAGAAGTAAT GCAAAGTTCC GGGATCATTT CCTCAACAGC TCGGCGCGGT 
GTTCATAGAG AAACATTTCT GAAGCATTTT AATATATTTT CCCCAGTAAA TATTTATCAG 
TCTGTGCTCC CACAAGAGAA TAACTCCAAT GGTTCAGCTG TTAAAAGTGG AACATTTGGT 
TTTACCCATC TGATGGATTT GTCCCCAGAA GAGGTTGCAT TTCTTGCAAC TGGTACCTTC 
ATGGAGAGAC TTCTCTTTTT CATTATGAGA TGGGACCGGC AATTTTTGGA TGGAATCTTG 
GACTTGCTCA TGGAAGCCGA GGAGGAGGAT TTTAGTAACA GTCATCTTGA TAGTGGTAAA 
GTAAGAGCTG TTACACGAAT GCTACTGATG CCATCGAGAT CTGAGACTAA TTTACTTAGA 
AGAAAGCTTG CAACTGGTCT GGGTCATGCT CCTTTTGAGG CTCTAGTTGT CCCTCATCAG 
GATAGGCTTC AAGCAAACAC TAGGCTTGTT CATGCTACAT ACACTTTCAT CCCACGGACC 
AGAGCTCCCC CAATCAATGC CCATTGCTCG AATAGAAACT TTGCTTATAA ATTGCTTGAA 
GAACTGCATC ACCCCTGGCT TAAGAGGTTG TTTATTGGGT TTGCACGCAC ATCTGACTAT 
AATGGACCCA AAAAGCCAGA TGTTCCTCAT CATTTGATTC AAGAGATTGA CTCTGAATTG 
CCTGTTTCAA AACCTGCTCT TCAGTTGACT TACAAGATAT TTGGTTCATC TCCCCCCATG 
CAAAGCTTTG ACCCAGCAAA ATTGCTCACA GACTCTGGGA AGCTTCAAAC ACTTGACATT 
TTACTAAAAC GCTTGAGGGC TGAAAATCAC CGAGTACTCT TGTTCGCTCA AATGACAAAA 
ATGCTAAATA TACTGGAGGA CTACATGAAC TATAGGAAAT ATAGATATCT CAGACTTGAT 
GGTTCTTCCA CAATTATGGA CCGGCGTGAC ATGGTCAGAG ATTTCCAGCT TCGGAGTGAT 
ATCTTTGTGT TCTTGCTGAG TACCAGAGCT GGTGGACTGG GTATTAATTT GACTGCAGCT 
GACACTGTCA TTTTCTATGA AAGTGATTGG AACCCAACCT TGGATTTACA GGCAATGGAT 
AGGGCTCATC GCTTGGGTCA GACCAAGGAT GTTACTGTCT ACCGGTTAAT TTGTAAAGAG 
ACAGTTGAGG AGAAGATTTT GCAAAGAGCA AGTCAGAAAA GTACAGTGCA GCAGCTTGTG 
ATGACAGGTG GTCATGTTCA GGGTGATCTC TTGGCTCCTG AGGATGTTGT TTCTTTACTT 
CTTGATGACG CCCAGTTGGA GCAGAAACTA AGAGATCTGC CACTTCAGAA GGATAAACAA 
AAGAAAAAGC GTGGGACAAA AGGTATATTG CTGGATGCAG AAGGGGATGC AACTTTGGAA 
GATTTCCCAA ACATATCTCA GGGTAATGGA CAGGAGCCCT CTCCAGATGC AGAGAGACCA 
AAATCCAGTA GTAAAAAGAG GAAGGCTGCC ACTGACAAGC AAACTCCTCC AAAGCCAAGG 
AATTCTCAAA AAGCAATGAA AAATGTTGAT TCTTATACGG GGATGACTGA TCCCAACTCG 
ATGGCAATGG ACTATGAGTT GGATGATTCC CTTCAAAATG ATGACATGCA GCTACAGAAG 
CATAAGAGAC CGAAAAGACC AACAAAGAGT GTGAATGAAA ATCTTGAACC AGCATTTACC 
AACTCCACAG TGATTATAGA GCAAACACAA TACCAACCTC ACCTTGAGCT TGGTCCTGGT 
GGCCTCAGAG CGGGAGGAAA GGATGATACG CCCCTGCATA CTGACTCTTT AACGTGA

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

RefSeq	XP_010653739.1
CDS	251..4927
Translation	MEPKPHPNNGFSFSNLFNLESLMNFQLPQQDDDFDYYGNSSQDESRGSQGGTMGDYHNGIMSERELSLVSKKRRSQNSEDEEEDGNYSTFISEERYRSMLGEHIQKYKRRFKDPSPSPAPARMGVSVPKSTLGSKTRKLGNEHRGGLHEVETPSEWLADVGPQKMVGFHDADFAPEYGTSRTIYESSYLDIGEGIAYRIPPAYEKLAVTLNLPTFSDIRVEEYYLKSTLDLGSLAEMMTADKRFGPKSRAGMGEPQSQYESLQARLRALSSSNSVQKFSLKVSDIALNSSSIPEGAAGSIQRSILSEGGALQVYYVKVLEKGDTYEIIERSLPKKQKVKKDPSMIEKEEMERIGKVWVNIVRRDIPKHQRIFINFHRKQLIDAKRFSENCQREVKLKVSRSLKLMRGAAIRTRKLARDMLVFWKRVDKEMAELRKKEEREAAEALRREQELREVKRQQQRLNFLITQTELFSHFMQNKATSQPSEALPVDGEKPKDQELLVSSSDDVPGEEQDPEDDELKKEALKAAQDAVSKQKRLTSAFDNECLKLRQAAEPEVPSPDASGAAGSSNIDLLHPSTMPVASSVQTPELFKGSLKEYQLKGLQWLVNCYEQGLNGILADEMGLGKTIQAMAFLAHLAEEKNIWGPFLVVAPASVLNNWADEISRFCPDLKTLPYWGGLQERMILRKNINPKRLYRREAGFHILITSYQLLVSDEKYFRRVKWQYMVLDEAQAIKSSNSIRWKTLLSFNCRNRLLLTGTPIQNNMAELWALLHFIMPTLFDSHEQFNEWFSKGIENHAEHGGTLNEHQLNRLHAILKPFMLRRVKKDVVSELTGKTEVTVHCKLSSRQQAFYQAIKNKISLAELFDGNRGHLNEKKILNLMNIVIQLRKVCNHPELFERNEGSTYLYFGEIPNSLLPPPFGELEDMHYAGAQNPITYKVPKLVHQEVMQSSGIISSTARRGVHRETFLKHFNIFSPVNIYQSVLPQENNSNGSAVKSGTFGFTHLMDLSPEEVAFLATGTFMERLLFFIMRWDRQFLDGILDLLMEAEEEDFSNSHLDSGKVRAVTRMLLMPSRSETNLLRRKLATGLGHAPFEALVVPHQDRLQANTRLVHATYTFIPRTRAPPINAHCSNRNFAYKLLEELHHPWLKRLFIGFARTSDYNGPKKPDVPHHLIQEIDSELPVSKPALQLTYKIFGSSPPMQSFDPAKLLTDSGKLQTLDILLKRLRAENHRVLLFAQMTKMLNILEDYMNYRKYRYLRLDGSSTIMDRRDMVRDFQLRSDIFVFLLSTRAGGLGINLTAADTVIFYESDWNPTLDLQAMDRAHRLGQTKDVTVYRLICKETVEEKILQRASQKSTVQQLVMTGGHVQGDLLAPEDVVSLLLDDAQLEQKLRDLPLQKDKQKKKRGTKGILLDAEGDATLEDFPNISQGNGQEPSPDAERPKSSSKKRKAATDKQTPPKPRNSQKAMKNVDSYTGMTDPNSMAMDYELDDSLQNDDMQLQKHKRPKRPTKSVNENLEPAFTNSTVIIEQTQYQPHLELGPGGLRAGGKDDTPLHTDSLT

Target ORF information:

RefSeq Version	XM_010655437.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X1, mRNA.

Target ORF information:

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

XM_010655437.2

ORF Insert Sequence:

ATGGAACCCA AGCCCCACCC CAACAACGGC TTCTCCTTCT CGAATCTCTT CAATCTTGAG 
TCTTTGATGA ACTTTCAACT CCCACAACAA GATGATGATT TTGATTATTA TGGGAATAGT 
AGTCAGGATG AGAGCAGAGG TAGCCAAGGT GGAACAATGG GAGACTATCA CAATGGAATT 
ATGTCTGAGC GAGAATTGAG CTTGGTGAGT AAGAAGAGAC GGTCTCAAAA CAGTGAGGAC 
GAGGAAGAGG ACGGTAATTA CAGCACCTTC ATTTCAGAGG AGCGGTATCG GTCAATGCTT 
GGAGAACACA TTCAGAAATA TAAGAGGAGG TTTAAAGATC CCTCACCAAG CCCTGCTCCG 
GCACGGATGG GGGTTTCAGT TCCAAAAAGT ACTTTAGGCT CCAAAACGAG GAAGTTGGGG 
AATGAGCACA GAGGAGGTTT GCATGAAGTT GAAACCCCGT CTGAGTGGCT TGCTGACGTT 
GGTCCTCAAA AGATGGTTGG CTTTCATGAT GCGGATTTTG CACCAGAATA TGGCACTTCT 
AGAACGATCT ATGAATCATC TTATTTGGAT ATTGGGGAGG GCATCGCTTA TAGGATCCCA 
CCAGCTTATG AAAAATTGGC TGTTACACTA AACTTGCCAA CCTTCTCAGA TATACGGGTG 
GAGGAATATT ACTTAAAGAG CACCCTAGAT TTAGGTTCCT TAGCAGAAAT GATGACCGCT 
GATAAGAGAT TTGGGCCTAA AAGCCGAGCA GGGATGGGTG AGCCTCAGTC CCAGTATGAA 
TCACTTCAGG CGAGATTGAG GGCCTTGTCA TCTTCTAATT CAGTCCAGAA GTTCAGTCTG 
AAAGTATCTG ATATTGCACT AAATTCATCC TCCATCCCAG AAGGGGCTGC TGGAAGTATA 
CAGCGGTCTA TTTTGTCAGA GGGTGGTGCA TTGCAGGTGT ACTATGTGAA GGTCTTGGAG 
AAAGGAGACA CTTATGAGAT CATTGAACGA AGTTTACCAA AGAAGCAAAA GGTAAAGAAG 
GACCCATCTA TGATCGAGAA AGAGGAAATG GAGAGGATTG GAAAAGTTTG GGTAAACATT 
GTAAGAAGAG ACATACCAAA GCATCAGAGA ATATTTATTA ATTTCCATCG AAAGCAACTA 
ATTGATGCCA AAAGGTTCTC AGAAAACTGT CAACGAGAGG TGAAACTGAA GGTGAGCAGA 
TCACTTAAAT TGATGAGGGG TGCTGCAATC CGCACGAGGA AACTTGCTAG AGATATGCTT 
GTATTTTGGA AAAGAGTGGA TAAAGAGATG GCAGAATTGA GGAAGAAAGA GGAAAGAGAA 
GCTGCAGAAG CTTTGAGGCG TGAACAGGAA CTTCGAGAAG TGAAGAGACA ACAGCAAAGG 
CTCAATTTTC TGATAACACA AACGGAGCTG TTCAGTCACT TCATGCAGAA CAAGGCAACT 
TCACAGCCCT CTGAAGCTTT ACCTGTCGAT GGTGAAAAAC CGAAGGACCA GGAACTGCTT 
GTAAGCTCTT CAGATGATGT TCCTGGAGAA GAACAAGATC CTGAGGATGA TGAATTGAAG 
AAGGAAGCTC TGAAAGCTGC TCAAGATGCA GTTTCTAAGC AGAAAAGGTT AACTAGTGCA 
TTTGATAATG AATGTTTGAA GCTGCGCCAA GCTGCTGAAC CTGAGGTCCC TTCACCGGAT 
GCATCTGGTG CTGCAGGTTC TAGTAACATA GATCTACTGC ACCCCTCCAC CATGCCAGTG 
GCATCATCTG TGCAGACGCC AGAGTTGTTT AAAGGTTCTC TTAAAGAATA TCAGCTAAAA 
GGCCTTCAGT GGCTGGTTAA TTGTTATGAG CAGGGTCTAA ACGGTATTCT TGCCGATGAG 
ATGGGCCTGG GAAAGACTAT CCAGGCAATG GCATTCTTGG CTCATTTGGC AGAGGAAAAG 
AATATATGGG GGCCTTTTCT GGTTGTTGCA CCTGCTTCTG TCTTGAACAA CTGGGCTGAT 
GAAATTAGCC GCTTCTGCCC TGACTTGAAA ACTCTTCCAT ATTGGGGAGG GCTTCAAGAA 
CGAATGATAC TTAGGAAAAA CATCAATCCA AAGCGTTTAT ATAGAAGGGA GGCAGGATTT 
CACATTCTCA TCACCAGTTA CCAACTGTTG GTGTCTGATG AGAAGTATTT CCGACGTGTG 
AAATGGCAGT ATATGGTATT GGATGAAGCT CAGGCAATCA AAAGCTCAAA CAGTATAAGG 
TGGAAGACAC TGCTCAGTTT TAATTGTCGA AATCGGTTAC TCCTGACTGG TACGCCTATC 
CAGAATAACA TGGCTGAATT GTGGGCCCTT CTACATTTCA TTATGCCTAC CTTATTTGAC 
AGCCATGAAC AATTCAATGA ATGGTTTTCA AAGGGAATTG AGAATCATGC TGAGCACGGG 
GGGACGTTAA ATGAGCACCA GCTCAACAGA TTGCATGCAA TTTTGAAGCC CTTCATGCTG 
CGGCGGGTTA AGAAAGATGT GGTTTCTGAG CTTACAGGCA AAACAGAGGT TACAGTGCAT 
TGCAAGTTGA GTTCTCGGCA ACAAGCTTTC TATCAAGCTA TAAAGAATAA GATATCTCTT 
GCTGAGTTGT TTGATGGTAA TCGTGGGCAC CTTAATGAGA AGAAAATTCT CAATTTAATG 
AATATTGTTA TTCAGTTGAG AAAGGTTTGC AACCATCCAG AGTTGTTTGA AAGGAATGAG 
GGAAGCACAT ACCTTTATTT TGGAGAGATT CCAAATTCTC TTCTTCCCCC ACCCTTTGGG 
GAGTTGGAGG ACATGCACTA CGCAGGAGCT CAGAATCCTA TTACATACAA GGTGCCAAAA 
CTCGTCCACC AAGAAGTAAT GCAAAGTTCC GGGATCATTT CCTCAACAGC TCGGCGCGGT 
GTTCATAGAG AAACATTTCT GAAGCATTTT AATATATTTT CCCCAGTAAA TATTTATCAG 
TCTGTGCTCC CACAAGAGAA TAACTCCAAT GGTTCAGCTG TTAAAAGTGG AACATTTGGT 
TTTACCCATC TGATGGATTT GTCCCCAGAA GAGGTTGCAT TTCTTGCAAC TGGTACCTTC 
ATGGAGAGAC TTCTCTTTTT CATTATGAGA TGGGACCGGC AATTTTTGGA TGGAATCTTG 
GACTTGCTCA TGGAAGCCGA GGAGGAGGAT TTTAGTAACA GTCATCTTGA TAGTGGTAAA 
GTAAGAGCTG TTACACGAAT GCTACTGATG CCATCGAGAT CTGAGACTAA TTTACTTAGA 
AGAAAGCTTG CAACTGGTCT GGGTCATGCT CCTTTTGAGG CTCTAGTTGT CCCTCATCAG 
GATAGGCTTC AAGCAAACAC TAGGCTTGTT CATGCTACAT ACACTTTCAT CCCACGGACC 
AGAGCTCCCC CAATCAATGC CCATTGCTCG AATAGAAACT TTGCTTATAA ATTGCTTGAA 
GAACTGCATC ACCCCTGGCT TAAGAGGTTG TTTATTGGGT TTGCACGCAC ATCTGACTAT 
AATGGACCCA AAAAGCCAGA TGTTCCTCAT CATTTGATTC AAGAGATTGA CTCTGAATTG 
CCTGTTTCAA AACCTGCTCT TCAGTTGACT TACAAGATAT TTGGTTCATC TCCCCCCATG 
CAAAGCTTTG ACCCAGCAAA ATTGCTCACA GACTCTGGGA AGCTTCAAAC ACTTGACATT 
TTACTAAAAC GCTTGAGGGC TGAAAATCAC CGAGTACTCT TGTTCGCTCA AATGACAAAA 
ATGCTAAATA TACTGGAGGA CTACATGAAC TATAGGAAAT ATAGATATCT CAGACTTGAT 
GGTTCTTCCA CAATTATGGA CCGGCGTGAC ATGGTCAGAG ATTTCCAGCT TCGGAGTGAT 
ATCTTTGTGT TCTTGCTGAG TACCAGAGCT GGTGGACTGG GTATTAATTT GACTGCAGCT 
GACACTGTCA TTTTCTATGA AAGTGATTGG AACCCAACCT TGGATTTACA GGCAATGGAT 
AGGGCTCATC GCTTGGGTCA GACCAAGGAT GTTACTGTCT ACCGGTTAAT TTGTAAAGAG 
ACAGTTGAGG AGAAGATTTT GCAAAGAGCA AGTCAGAAAA GTACAGTGCA GCAGCTTGTG 
ATGACAGGTG GTCATGTTCA GGGTGATCTC TTGGCTCCTG AGGATGTTGT TTCTTTACTT 
CTTGATGACG CCCAGTTGGA GCAGAAACTA AGAGATCTGC CACTTCAGAA GGATAAACAA 
AAGAAAAAGC GTGGGACAAA AGGTATATTG CTGGATGCAG AAGGGGATGC AACTTTGGAA 
GATTTCCCAA ACATATCTCA GGGTAATGGA CAGGAGCCCT CTCCAGATGC AGAGAGACCA 
AAATCCAGTA GTAAAAAGAG GAAGGCTGCC ACTGACAAGC AAACTCCTCC AAAGCCAAGG 
AATTCTCAAA AAGCAATGAA AAATGTTGAT TCTTATACGG GGATGACTGA TCCCAACTCG 
ATGGCAATGG ACTATGAGTT GGATGATTCC CTTCAAAATG ATGACATGCA GCTACAGAAG 
CATAAGAGAC CGAAAAGACC AACAAAGAGT GTGAATGAAA ATCTTGAACC AGCATTTACC 
AACTCCACAG TGATTATAGA GCAAACACAA TACCAACCTC ACCTTGAGCT TGGTCCTGGT 
GGCCTCAGAG CGGGAGGAAA GGATGATACG CCCCTGCATA CTGACTCTTT AACGTGA

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

LOC100250397 ( XM_010655438.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010653740.1 Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa26794
Clone ID Related Accession (Same CDS sequence)	XM_010655438.2
Accession Version	XM_010655438.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4521bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1479916800000
Organism	Vitis vinifera(wine grape)
Product	DNA helicase INO80 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012014.3) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 25, 2016 this sequence version replaced XM_010655438.1. ##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##

ATGGGAGACT ATCACAATGG AATTATGTCT GAGCGAGAAT TGAGCTTGGT GAGTAAGAAG 
AGACGGTCTC AAAACAGTGA GGACGAGGAA GAGGACGGTA ATTACAGCAC CTTCATTTCA 
GAGGAGCGGT ATCGGTCAAT GCTTGGAGAA CACATTCAGA AATATAAGAG GAGGTTTAAA 
GATCCCTCAC CAAGCCCTGC TCCGGCACGG ATGGGGGTTT CAGTTCCAAA AAGTACTTTA 
GGCTCCAAAA CGAGGAAGTT GGGGAATGAG CACAGAGGAG GTTTGCATGA AGTTGAAACC 
CCGTCTGAGT GGCTTGCTGA CGTTGGTCCT CAAAAGATGG TTGGCTTTCA TGATGCGGAT 
TTTGCACCAG AATATGGCAC TTCTAGAACG ATCTATGAAT CATCTTATTT GGATATTGGG 
GAGGGCATCG CTTATAGGAT CCCACCAGCT TATGAAAAAT TGGCTGTTAC ACTAAACTTG 
CCAACCTTCT CAGATATACG GGTGGAGGAA TATTACTTAA AGAGCACCCT AGATTTAGGT 
TCCTTAGCAG AAATGATGAC CGCTGATAAG AGATTTGGGC CTAAAAGCCG AGCAGGGATG 
GGTGAGCCTC AGTCCCAGTA TGAATCACTT CAGGCGAGAT TGAGGGCCTT GTCATCTTCT 
AATTCAGTCC AGAAGTTCAG TCTGAAAGTA TCTGATATTG CACTAAATTC ATCCTCCATC 
CCAGAAGGGG CTGCTGGAAG TATACAGCGG TCTATTTTGT CAGAGGGTGG TGCATTGCAG 
GTGTACTATG TGAAGGTCTT GGAGAAAGGA GACACTTATG AGATCATTGA ACGAAGTTTA 
CCAAAGAAGC AAAAGGTAAA GAAGGACCCA TCTATGATCG AGAAAGAGGA AATGGAGAGG 
ATTGGAAAAG TTTGGGTAAA CATTGTAAGA AGAGACATAC CAAAGCATCA GAGAATATTT 
ATTAATTTCC ATCGAAAGCA ACTAATTGAT GCCAAAAGGT TCTCAGAAAA CTGTCAACGA 
GAGGTGAAAC TGAAGGTGAG CAGATCACTT AAATTGATGA GGGGTGCTGC AATCCGCACG 
AGGAAACTTG CTAGAGATAT GCTTGTATTT TGGAAAAGAG TGGATAAAGA GATGGCAGAA 
TTGAGGAAGA AAGAGGAAAG AGAAGCTGCA GAAGCTTTGA GGCGTGAACA GGAACTTCGA 
GAAGTGAAGA GACAACAGCA AAGGCTCAAT TTTCTGATAA CACAAACGGA GCTGTTCAGT 
CACTTCATGC AGAACAAGGC AACTTCACAG CCCTCTGAAG CTTTACCTGT CGATGGTGAA 
AAACCGAAGG ACCAGGAACT GCTTGTAAGC TCTTCAGATG ATGTTCCTGG AGAAGAACAA 
GATCCTGAGG ATGATGAATT GAAGAAGGAA GCTCTGAAAG CTGCTCAAGA TGCAGTTTCT 
AAGCAGAAAA GGTTAACTAG TGCATTTGAT AATGAATGTT TGAAGCTGCG CCAAGCTGCT 
GAACCTGAGG TCCCTTCACC GGATGCATCT GGTGCTGCAG GTTCTAGTAA CATAGATCTA 
CTGCACCCCT CCACCATGCC AGTGGCATCA TCTGTGCAGA CGCCAGAGTT GTTTAAAGGT 
TCTCTTAAAG AATATCAGCT AAAAGGCCTT CAGTGGCTGG TTAATTGTTA TGAGCAGGGT 
CTAAACGGTA TTCTTGCCGA TGAGATGGGC CTGGGAAAGA CTATCCAGGC AATGGCATTC 
TTGGCTCATT TGGCAGAGGA AAAGAATATA TGGGGGCCTT TTCTGGTTGT TGCACCTGCT 
TCTGTCTTGA ACAACTGGGC TGATGAAATT AGCCGCTTCT GCCCTGACTT GAAAACTCTT 
CCATATTGGG GAGGGCTTCA AGAACGAATG ATACTTAGGA AAAACATCAA TCCAAAGCGT 
TTATATAGAA GGGAGGCAGG ATTTCACATT CTCATCACCA GTTACCAACT GTTGGTGTCT 
GATGAGAAGT ATTTCCGACG TGTGAAATGG CAGTATATGG TATTGGATGA AGCTCAGGCA 
ATCAAAAGCT CAAACAGTAT AAGGTGGAAG ACACTGCTCA GTTTTAATTG TCGAAATCGG 
TTACTCCTGA CTGGTACGCC TATCCAGAAT AACATGGCTG AATTGTGGGC CCTTCTACAT 
TTCATTATGC CTACCTTATT TGACAGCCAT GAACAATTCA ATGAATGGTT TTCAAAGGGA 
ATTGAGAATC ATGCTGAGCA CGGGGGGACG TTAAATGAGC ACCAGCTCAA CAGATTGCAT 
GCAATTTTGA AGCCCTTCAT GCTGCGGCGG GTTAAGAAAG ATGTGGTTTC TGAGCTTACA 
GGCAAAACAG AGGTTACAGT GCATTGCAAG TTGAGTTCTC GGCAACAAGC TTTCTATCAA 
GCTATAAAGA ATAAGATATC TCTTGCTGAG TTGTTTGATG GTAATCGTGG GCACCTTAAT 
GAGAAGAAAA TTCTCAATTT AATGAATATT GTTATTCAGT TGAGAAAGGT TTGCAACCAT 
CCAGAGTTGT TTGAAAGGAA TGAGGGAAGC ACATACCTTT ATTTTGGAGA GATTCCAAAT 
TCTCTTCTTC CCCCACCCTT TGGGGAGTTG GAGGACATGC ACTACGCAGG AGCTCAGAAT 
CCTATTACAT ACAAGGTGCC AAAACTCGTC CACCAAGAAG TAATGCAAAG TTCCGGGATC 
ATTTCCTCAA CAGCTCGGCG CGGTGTTCAT AGAGAAACAT TTCTGAAGCA TTTTAATATA 
TTTTCCCCAG TAAATATTTA TCAGTCTGTG CTCCCACAAG AGAATAACTC CAATGGTTCA 
GCTGTTAAAA GTGGAACATT TGGTTTTACC CATCTGATGG ATTTGTCCCC AGAAGAGGTT 
GCATTTCTTG CAACTGGTAC CTTCATGGAG AGACTTCTCT TTTTCATTAT GAGATGGGAC 
CGGCAATTTT TGGATGGAAT CTTGGACTTG CTCATGGAAG CCGAGGAGGA GGATTTTAGT 
AACAGTCATC TTGATAGTGG TAAAGTAAGA GCTGTTACAC GAATGCTACT GATGCCATCG 
AGATCTGAGA CTAATTTACT TAGAAGAAAG CTTGCAACTG GTCTGGGTCA TGCTCCTTTT 
GAGGCTCTAG TTGTCCCTCA TCAGGATAGG CTTCAAGCAA ACACTAGGCT TGTTCATGCT 
ACATACACTT TCATCCCACG GACCAGAGCT CCCCCAATCA ATGCCCATTG CTCGAATAGA 
AACTTTGCTT ATAAATTGCT TGAAGAACTG CATCACCCCT GGCTTAAGAG GTTGTTTATT 
GGGTTTGCAC GCACATCTGA CTATAATGGA CCCAAAAAGC CAGATGTTCC TCATCATTTG 
ATTCAAGAGA TTGACTCTGA ATTGCCTGTT TCAAAACCTG CTCTTCAGTT GACTTACAAG 
ATATTTGGTT CATCTCCCCC CATGCAAAGC TTTGACCCAG CAAAATTGCT CACAGACTCT 
GGGAAGCTTC AAACACTTGA CATTTTACTA AAACGCTTGA GGGCTGAAAA TCACCGAGTA 
CTCTTGTTCG CTCAAATGAC AAAAATGCTA AATATACTGG AGGACTACAT GAACTATAGG 
AAATATAGAT ATCTCAGACT TGATGGTTCT TCCACAATTA TGGACCGGCG TGACATGGTC 
AGAGATTTCC AGCTTCGGAG TGATATCTTT GTGTTCTTGC TGAGTACCAG AGCTGGTGGA 
CTGGGTATTA ATTTGACTGC AGCTGACACT GTCATTTTCT ATGAAAGTGA TTGGAACCCA 
ACCTTGGATT TACAGGCAAT GGATAGGGCT CATCGCTTGG GTCAGACCAA GGATGTTACT 
GTCTACCGGT TAATTTGTAA AGAGACAGTT GAGGAGAAGA TTTTGCAAAG AGCAAGTCAG 
AAAAGTACAG TGCAGCAGCT TGTGATGACA GGTGGTCATG TTCAGGGTGA TCTCTTGGCT 
CCTGAGGATG TTGTTTCTTT ACTTCTTGAT GACGCCCAGT TGGAGCAGAA ACTAAGAGAT 
CTGCCACTTC AGAAGGATAA ACAAAAGAAA AAGCGTGGGA CAAAAGGTAT ATTGCTGGAT 
GCAGAAGGGG ATGCAACTTT GGAAGATTTC CCAAACATAT CTCAGGGTAA TGGACAGGAG 
CCCTCTCCAG ATGCAGAGAG ACCAAAATCC AGTAGTAAAA AGAGGAAGGC TGCCACTGAC 
AAGCAAACTC CTCCAAAGCC AAGGAATTCT CAAAAAGCAA TGAAAAATGT TGATTCTTAT 
ACGGGGATGA CTGATCCCAA CTCGATGGCA ATGGACTATG AGTTGGATGA TTCCCTTCAA 
AATGATGACA TGCAGCTACA GAAGCATAAG AGACCGAAAA GACCAACAAA GAGTGTGAAT 
GAAAATCTTG AACCAGCATT TACCAACTCC ACAGTGATTA TAGAGCAAAC ACAATACCAA 
CCTCACCTTG AGCTTGGTCC TGGTGGCCTC AGAGCGGGAG GAAAGGATGA TACGCCCCTG 
CATACTGACT CTTTAACGTG A

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

RefSeq	XP_010653740.1
CDS	318..4838
Translation	MGDYHNGIMSERELSLVSKKRRSQNSEDEEEDGNYSTFISEERYRSMLGEHIQKYKRRFKDPSPSPAPARMGVSVPKSTLGSKTRKLGNEHRGGLHEVETPSEWLADVGPQKMVGFHDADFAPEYGTSRTIYESSYLDIGEGIAYRIPPAYEKLAVTLNLPTFSDIRVEEYYLKSTLDLGSLAEMMTADKRFGPKSRAGMGEPQSQYESLQARLRALSSSNSVQKFSLKVSDIALNSSSIPEGAAGSIQRSILSEGGALQVYYVKVLEKGDTYEIIERSLPKKQKVKKDPSMIEKEEMERIGKVWVNIVRRDIPKHQRIFINFHRKQLIDAKRFSENCQREVKLKVSRSLKLMRGAAIRTRKLARDMLVFWKRVDKEMAELRKKEEREAAEALRREQELREVKRQQQRLNFLITQTELFSHFMQNKATSQPSEALPVDGEKPKDQELLVSSSDDVPGEEQDPEDDELKKEALKAAQDAVSKQKRLTSAFDNECLKLRQAAEPEVPSPDASGAAGSSNIDLLHPSTMPVASSVQTPELFKGSLKEYQLKGLQWLVNCYEQGLNGILADEMGLGKTIQAMAFLAHLAEEKNIWGPFLVVAPASVLNNWADEISRFCPDLKTLPYWGGLQERMILRKNINPKRLYRREAGFHILITSYQLLVSDEKYFRRVKWQYMVLDEAQAIKSSNSIRWKTLLSFNCRNRLLLTGTPIQNNMAELWALLHFIMPTLFDSHEQFNEWFSKGIENHAEHGGTLNEHQLNRLHAILKPFMLRRVKKDVVSELTGKTEVTVHCKLSSRQQAFYQAIKNKISLAELFDGNRGHLNEKKILNLMNIVIQLRKVCNHPELFERNEGSTYLYFGEIPNSLLPPPFGELEDMHYAGAQNPITYKVPKLVHQEVMQSSGIISSTARRGVHRETFLKHFNIFSPVNIYQSVLPQENNSNGSAVKSGTFGFTHLMDLSPEEVAFLATGTFMERLLFFIMRWDRQFLDGILDLLMEAEEEDFSNSHLDSGKVRAVTRMLLMPSRSETNLLRRKLATGLGHAPFEALVVPHQDRLQANTRLVHATYTFIPRTRAPPINAHCSNRNFAYKLLEELHHPWLKRLFIGFARTSDYNGPKKPDVPHHLIQEIDSELPVSKPALQLTYKIFGSSPPMQSFDPAKLLTDSGKLQTLDILLKRLRAENHRVLLFAQMTKMLNILEDYMNYRKYRYLRLDGSSTIMDRRDMVRDFQLRSDIFVFLLSTRAGGLGINLTAADTVIFYESDWNPTLDLQAMDRAHRLGQTKDVTVYRLICKETVEEKILQRASQKSTVQQLVMTGGHVQGDLLAPEDVVSLLLDDAQLEQKLRDLPLQKDKQKKKRGTKGILLDAEGDATLEDFPNISQGNGQEPSPDAERPKSSSKKRKAATDKQTPPKPRNSQKAMKNVDSYTGMTDPNSMAMDYELDDSLQNDDMQLQKHKRPKRPTKSVNENLEPAFTNSTVIIEQTQYQPHLELGPGGLRAGGKDDTPLHTDSLT

Target ORF information:

RefSeq Version	XM_010655438.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera DNA helicase INO80 (LOC100250397), transcript variant X2, mRNA.

Target ORF information:

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

XM_010655438.2

ORF Insert Sequence:

ATGGGAGACT ATCACAATGG AATTATGTCT GAGCGAGAAT TGAGCTTGGT GAGTAAGAAG 
AGACGGTCTC AAAACAGTGA GGACGAGGAA GAGGACGGTA ATTACAGCAC CTTCATTTCA 
GAGGAGCGGT ATCGGTCAAT GCTTGGAGAA CACATTCAGA AATATAAGAG GAGGTTTAAA 
GATCCCTCAC CAAGCCCTGC TCCGGCACGG ATGGGGGTTT CAGTTCCAAA AAGTACTTTA 
GGCTCCAAAA CGAGGAAGTT GGGGAATGAG CACAGAGGAG GTTTGCATGA AGTTGAAACC 
CCGTCTGAGT GGCTTGCTGA CGTTGGTCCT CAAAAGATGG TTGGCTTTCA TGATGCGGAT 
TTTGCACCAG AATATGGCAC TTCTAGAACG ATCTATGAAT CATCTTATTT GGATATTGGG 
GAGGGCATCG CTTATAGGAT CCCACCAGCT TATGAAAAAT TGGCTGTTAC ACTAAACTTG 
CCAACCTTCT CAGATATACG GGTGGAGGAA TATTACTTAA AGAGCACCCT AGATTTAGGT 
TCCTTAGCAG AAATGATGAC CGCTGATAAG AGATTTGGGC CTAAAAGCCG AGCAGGGATG 
GGTGAGCCTC AGTCCCAGTA TGAATCACTT CAGGCGAGAT TGAGGGCCTT GTCATCTTCT 
AATTCAGTCC AGAAGTTCAG TCTGAAAGTA TCTGATATTG CACTAAATTC ATCCTCCATC 
CCAGAAGGGG CTGCTGGAAG TATACAGCGG TCTATTTTGT CAGAGGGTGG TGCATTGCAG 
GTGTACTATG TGAAGGTCTT GGAGAAAGGA GACACTTATG AGATCATTGA ACGAAGTTTA 
CCAAAGAAGC AAAAGGTAAA GAAGGACCCA TCTATGATCG AGAAAGAGGA AATGGAGAGG 
ATTGGAAAAG TTTGGGTAAA CATTGTAAGA AGAGACATAC CAAAGCATCA GAGAATATTT 
ATTAATTTCC ATCGAAAGCA ACTAATTGAT GCCAAAAGGT TCTCAGAAAA CTGTCAACGA 
GAGGTGAAAC TGAAGGTGAG CAGATCACTT AAATTGATGA GGGGTGCTGC AATCCGCACG 
AGGAAACTTG CTAGAGATAT GCTTGTATTT TGGAAAAGAG TGGATAAAGA GATGGCAGAA 
TTGAGGAAGA AAGAGGAAAG AGAAGCTGCA GAAGCTTTGA GGCGTGAACA GGAACTTCGA 
GAAGTGAAGA GACAACAGCA AAGGCTCAAT TTTCTGATAA CACAAACGGA GCTGTTCAGT 
CACTTCATGC AGAACAAGGC AACTTCACAG CCCTCTGAAG CTTTACCTGT CGATGGTGAA 
AAACCGAAGG ACCAGGAACT GCTTGTAAGC TCTTCAGATG ATGTTCCTGG AGAAGAACAA 
GATCCTGAGG ATGATGAATT GAAGAAGGAA GCTCTGAAAG CTGCTCAAGA TGCAGTTTCT 
AAGCAGAAAA GGTTAACTAG TGCATTTGAT AATGAATGTT TGAAGCTGCG CCAAGCTGCT 
GAACCTGAGG TCCCTTCACC GGATGCATCT GGTGCTGCAG GTTCTAGTAA CATAGATCTA 
CTGCACCCCT CCACCATGCC AGTGGCATCA TCTGTGCAGA CGCCAGAGTT GTTTAAAGGT 
TCTCTTAAAG AATATCAGCT AAAAGGCCTT CAGTGGCTGG TTAATTGTTA TGAGCAGGGT 
CTAAACGGTA TTCTTGCCGA TGAGATGGGC CTGGGAAAGA CTATCCAGGC AATGGCATTC 
TTGGCTCATT TGGCAGAGGA AAAGAATATA TGGGGGCCTT TTCTGGTTGT TGCACCTGCT 
TCTGTCTTGA ACAACTGGGC TGATGAAATT AGCCGCTTCT GCCCTGACTT GAAAACTCTT 
CCATATTGGG GAGGGCTTCA AGAACGAATG ATACTTAGGA AAAACATCAA TCCAAAGCGT 
TTATATAGAA GGGAGGCAGG ATTTCACATT CTCATCACCA GTTACCAACT GTTGGTGTCT 
GATGAGAAGT ATTTCCGACG TGTGAAATGG CAGTATATGG TATTGGATGA AGCTCAGGCA 
ATCAAAAGCT CAAACAGTAT AAGGTGGAAG ACACTGCTCA GTTTTAATTG TCGAAATCGG 
TTACTCCTGA CTGGTACGCC TATCCAGAAT AACATGGCTG AATTGTGGGC CCTTCTACAT 
TTCATTATGC CTACCTTATT TGACAGCCAT GAACAATTCA ATGAATGGTT TTCAAAGGGA 
ATTGAGAATC ATGCTGAGCA CGGGGGGACG TTAAATGAGC ACCAGCTCAA CAGATTGCAT 
GCAATTTTGA AGCCCTTCAT GCTGCGGCGG GTTAAGAAAG ATGTGGTTTC TGAGCTTACA 
GGCAAAACAG AGGTTACAGT GCATTGCAAG TTGAGTTCTC GGCAACAAGC TTTCTATCAA 
GCTATAAAGA ATAAGATATC TCTTGCTGAG TTGTTTGATG GTAATCGTGG GCACCTTAAT 
GAGAAGAAAA TTCTCAATTT AATGAATATT GTTATTCAGT TGAGAAAGGT TTGCAACCAT 
CCAGAGTTGT TTGAAAGGAA TGAGGGAAGC ACATACCTTT ATTTTGGAGA GATTCCAAAT 
TCTCTTCTTC CCCCACCCTT TGGGGAGTTG GAGGACATGC ACTACGCAGG AGCTCAGAAT 
CCTATTACAT ACAAGGTGCC AAAACTCGTC CACCAAGAAG TAATGCAAAG TTCCGGGATC 
ATTTCCTCAA CAGCTCGGCG CGGTGTTCAT AGAGAAACAT TTCTGAAGCA TTTTAATATA 
TTTTCCCCAG TAAATATTTA TCAGTCTGTG CTCCCACAAG AGAATAACTC CAATGGTTCA 
GCTGTTAAAA GTGGAACATT TGGTTTTACC CATCTGATGG ATTTGTCCCC AGAAGAGGTT 
GCATTTCTTG CAACTGGTAC CTTCATGGAG AGACTTCTCT TTTTCATTAT GAGATGGGAC 
CGGCAATTTT TGGATGGAAT CTTGGACTTG CTCATGGAAG CCGAGGAGGA GGATTTTAGT 
AACAGTCATC TTGATAGTGG TAAAGTAAGA GCTGTTACAC GAATGCTACT GATGCCATCG 
AGATCTGAGA CTAATTTACT TAGAAGAAAG CTTGCAACTG GTCTGGGTCA TGCTCCTTTT 
GAGGCTCTAG TTGTCCCTCA TCAGGATAGG CTTCAAGCAA ACACTAGGCT TGTTCATGCT 
ACATACACTT TCATCCCACG GACCAGAGCT CCCCCAATCA ATGCCCATTG CTCGAATAGA 
AACTTTGCTT ATAAATTGCT TGAAGAACTG CATCACCCCT GGCTTAAGAG GTTGTTTATT 
GGGTTTGCAC GCACATCTGA CTATAATGGA CCCAAAAAGC CAGATGTTCC TCATCATTTG 
ATTCAAGAGA TTGACTCTGA ATTGCCTGTT TCAAAACCTG CTCTTCAGTT GACTTACAAG 
ATATTTGGTT CATCTCCCCC CATGCAAAGC TTTGACCCAG CAAAATTGCT CACAGACTCT 
GGGAAGCTTC AAACACTTGA CATTTTACTA AAACGCTTGA GGGCTGAAAA TCACCGAGTA 
CTCTTGTTCG CTCAAATGAC AAAAATGCTA AATATACTGG AGGACTACAT GAACTATAGG 
AAATATAGAT ATCTCAGACT TGATGGTTCT TCCACAATTA TGGACCGGCG TGACATGGTC 
AGAGATTTCC AGCTTCGGAG TGATATCTTT GTGTTCTTGC TGAGTACCAG AGCTGGTGGA 
CTGGGTATTA ATTTGACTGC AGCTGACACT GTCATTTTCT ATGAAAGTGA TTGGAACCCA 
ACCTTGGATT TACAGGCAAT GGATAGGGCT CATCGCTTGG GTCAGACCAA GGATGTTACT 
GTCTACCGGT TAATTTGTAA AGAGACAGTT GAGGAGAAGA TTTTGCAAAG AGCAAGTCAG 
AAAAGTACAG TGCAGCAGCT TGTGATGACA GGTGGTCATG TTCAGGGTGA TCTCTTGGCT 
CCTGAGGATG TTGTTTCTTT ACTTCTTGAT GACGCCCAGT TGGAGCAGAA ACTAAGAGAT 
CTGCCACTTC AGAAGGATAA ACAAAAGAAA AAGCGTGGGA CAAAAGGTAT ATTGCTGGAT 
GCAGAAGGGG ATGCAACTTT GGAAGATTTC CCAAACATAT CTCAGGGTAA TGGACAGGAG 
CCCTCTCCAG ATGCAGAGAG ACCAAAATCC AGTAGTAAAA AGAGGAAGGC TGCCACTGAC 
AAGCAAACTC CTCCAAAGCC AAGGAATTCT CAAAAAGCAA TGAAAAATGT TGATTCTTAT 
ACGGGGATGA CTGATCCCAA CTCGATGGCA ATGGACTATG AGTTGGATGA TTCCCTTCAA 
AATGATGACA TGCAGCTACA GAAGCATAAG AGACCGAAAA GACCAACAAA GAGTGTGAAT 
GAAAATCTTG AACCAGCATT TACCAACTCC ACAGTGATTA TAGAGCAAAC ACAATACCAA 
CCTCACCTTG AGCTTGGTCC TGGTGGCCTC AGAGCGGGAG GAAAGGATGA TACGCCCCTG 
CATACTGACT CTTTAACGTG A

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

PubMed

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LOC100250397 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:

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