LOC100264068 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100264068
Entrez Gene ID	100264068
Full Name	protein MON2 homolog
Synonyms	GO:0004523 GO:0006278
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010661648.2	XP_010659950.1	protein MON2 homolog isoform X1
XM_019224901.1	XP_019080446.1	protein MON2 homolog isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC100264068 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100264068 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
OVa42032	XM_019224901.1 Latest version!	Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OVa32151	XM_010661648.2 Latest version!	Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X1, 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)
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5 or more Clone	50% OFF
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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)

LOC100264068 ( XM_019224901.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019080446.1 Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa42032
Clone ID Related Accession (Same CDS sequence)	XM_019224901.1
Accession Version	XM_019224901.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4053bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1479657600000
Organism	Vitis vinifera(wine grape)
Product	protein MON2 homolog isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012020.3) 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##

ATGACTTCTC TTCGTACCAA TGCTGAGGTT GAAGGAGAAG CAGGAGAGCC TTCTTTCCGT 
CGCTTGGTCT TGCGGTCTGT TGCCCATATT ATCAGGCTTT ACAGTTCCTC CCTTATCACT 
GAATGTGAGG TGTTTCTTAG TATGTTAGTG AAGGTTACAT CATTGGATTT GCCATTATGG 
CATCGGATTC TTGTTCTTGA AATCCTAAGG GGTTTTTGTG TAGAGGCGCG GACATTGCGA 
ATTCTTTTCC AAAACTTTGA CATGCATCCA AAGAACACTA ATGTTGTTGA GGGTATGGTT 
AAAGCTCTTG CTCGAGTTGT TTCAAGCTTA CAGGTTCAGG AAACCAGTGA GGAGAGCCTG 
ACAGCTGTTG CAGGGATGTT TAGCAGCAAA GCTAAAGGGA TTGAGTGGAG CTTAGATAAT 
GACGCATCCA ACGCTGCAGT CTTGGTAGCA AGTGAAGCAC ATGCAATTAC GTTGGCAGTT 
GAAGGTCTCT TGGGTGTTGT CTTTACTGTG GCTACTTTGA CCGATGAAGC CGTGGATGTT 
GGGGAGCTTG AATCTCCCAG ATGTGATAGT GATCCACCGG CAAAATGTAC TGGGAAAACT 
GCAGTTCTCT GCATCTCAAT GGTTGATTCA TTGTGGTTGA CTATACTTGA TGCATTGTCT 
CTGATTTTAT CAAGGTCACA AGGAGAGGCT ATTGTGTTGG AGATATTAAA AGGCTATCAG 
GCATTTACTC AGGCATGTGG GGTTCTTCGT GCTATAGAAC CTTTAAACTC TTTCCTAGCA 
TCACTATGCA AATTTACAAT CAATATCCCC AGTGAAGTTG AAAGGAGGAG CAATGCTTTA 
CAGTCTCCTG GCTCAAGACG TTCTGAACCA CTGGTAGACC AGAGGGATAG TATTGTCCTT 
ACGCCCAAGA ATGTGCAGGC TTTAAGGACT CTTTTCAACA TAGCTCATCG TTTACATAAT 
GTATTGGGCC CTTCTTGGGT TTTGGTGTTG GAGACTCTAG CAGCTTTAGA TCGAGCAATC 
CACTCTCCAC ATGCTGCCAC ACAGGAGGTA TCCGCCACTG TCCCAAAGCT TACAAGGGAA 
TCATCTGGCC AATACAGTGA CTTAAGTGTT CTCTCTTCTT TGAATTCTCA GCTTTTCGAG 
AGCTCAGCGC TGATGCATAT ATCTGCAGTT AAGTCACTTC TTTGTGCATT ATGTGAGTTG 
TCACATCAAT GCATTCCTGG AACCTCAAGT GTTTTTGGGC AAGCATCAAA CCAAAAGGTT 
GGCAGCATAA GTTTTTCGGT GGAAAGAATG ATATCCATCC TTGTCAATAA TCTCCACAGA 
GTAGAACCAT TATGGGATCA AGTTGTTACC TATTTTCTTG AGCTTACCAA TAGTTCTAAC 
CAGCATTTAC GAAATATGGC GCTTGACGCA TTGGATCAAT CAATTTGTGC TGTTTTAGGT 
TCAGATCGAT TTCAGGAATA TATACCATCT AAGGCCCATA GTGCATCTCA TGATATGGAA 
ACCATCAATT CAGAGTTGAG GTCACTTGAG TGTGCTGTCA TATCCCCATT ACGGGTCCTT 
TATTTTTCTA GTCAAATCAC TGATGGTCGT GTTGGAGCTT TGAAAATTCT TCTCCATGTG 
TTAGAGAGGC ACGGAGAGAA GTTGCACTAC AGCTGGCCAG ATATTCTTGA AATGTTGAGG 
TGTGTGGCTG ATGCATCAGA GAAGGATCTT GTCACTTTAG GATTCCAGAG TCTACGTGTC 
ATTATGAATG ATGGGCTTTC AACTATACCT GCAGATTGCC TCCATGTATG TATAGATGTT 
ACTGGAGCAT ATAGTGCTCA AAAGACTGAG TTGAATATAA GTTTGACAGC AATAGGCCTT 
TTATGGACTA CAACAGATTT TATTGCAAAG GGGCTTCTCC ATGGACCTCC CAAGGAAACA 
GAAATTATGG ATATGAGTTC TACTCCTAAA CAAATGGATG GTGAAAGAAA GGAAGAGAAG 
ACTCTCAACT TTGCTGATAA ATTTGATGAC CAATCTCCCT TGATGAATAG CGTTAATCGT 
GACAGGTTGC TATTCTCTGT CTTCTCATTA CTTCAGAAAC TTGGGGCTGA TGAGAGACCA 
GAGGTCAGGA ACTCAGCTAT CAGAACTCTT TTTCAAACTC TTGGAGGTCA TGGACAAAAA 
CTTTCAAAGA GTATGTGGGA GGATTGTCTT TGGAACTATG TTTTCCCTAT CCTGGATCGT 
GCTTCTCACA TGGCTGAAAC TTCATCAAAA GATGAATGGC AAGGGAAAGA ACTTGGAACA 
CGTGGTGGAA AAGCAGTTCA CATGCTCATA CACCATAGTC GTAATACAGC TCAGAAACAG 
TGGGATGAAA CACTTGTACT AGTCTTAGGC GGAATAGCAC GTCTTTTACG TTCTTTCTTT 
CCTTTTCTTA GGAGTTTAAG CAATTTTTCA ACTGGATGGG AATCTTTGCT TCTTTTTGTC 
AAGAATAGCA TTTTAAATGG TAGTAAAGAG GTTGCTCTCG CAGCAATAAA TTGTTTACAG 
ACAACTGTGA ATTCTCACTC TTCTAAGGGA AACTTACCAA TGCCCTATCT TCAGTCAGTA 
CTTGATGTTT ATGAAACTGT TCTTCAAAAG TCACCGAACT ACAGTGATAA TGCAGCCAGC 
AAGGTGAAGC AGGAGATTTT GCATGGTCTT GGAGAACTAT ATGTGCAAGC ACAAATGATG 
TTTGACGATG GCACATATAC ACAATTACTA GCAATCATAC GTTTGGTGGT CAAACAATCC 
AAGATGAATA ATGATAACTT TGAAGTTGAA TATGGGCATG TTCCACCTGT GCAACGTATG 
ATGCTGGAAA TCTTACCACT GCTACGTCCA GCTGTGCACC TTCCTGCAAT GTGGTTGCTG 
CTCCTCCGGG AACTTTTGCA GTATCTTCCA AGGCCTGATT CTCCTAAAGA GGACAATGAA 
GATGGGGCAG AGATGATGAT AAAGTCTGAA ACCCCTAATG GTACTGCTTC CAATTCCCCA 
AGCAAAACAG AAGCTTCATC TCTGAGTGCT GGATCCACCA CAAGTATAAT GGCAGGCATC 
CCAAGTTATC TGTTTGCAGA AAAGCTCATT CCTGTGCTGG TAGATCTTTT CCTACAGGCT 
CCAGCAGTTG AAAAGTATAG CATATTTCCT GAAATTGTTC AAGGTCTTAG CAGATGTATG 
ACGACCAGAA GAGATAGTCC AGATGGTACA CTTTGGAGAT CAGCTGTTGA AGGCTTCAAC 
AACATTGTTC TTGATGATGT CAACAAATTA GCTGTGAACT TTGGGCCAGA TCCTAGTATT 
AGTAAACCTG CAAGAATGCG TGTTTGGAAA GAAGTTGCAG ATGTCTATGA AATATTCCTT 
GTGGGTTATT GCGGGCGGGC CCTTCCTTCC AAGTCTCTCT CTGACATGGC ACTTAAGGCT 
GATGAGTCTC TTGAGATGAC CATTCTAAAC ATTCTTGGTG ATAAGATCCT TCAAGCGCAG 
ATTGATGCAC CTGTTGATAT TCTGCAACGA CTAGTTTTGA CCTTGGACCA TTGTGCATCA 
CGCACATGTT CTTTGCGCAT TGAGACTGTG GAACTAATGC CTTCTCACTG TAGCAGATTC 
TCATTAACTT GCTTGCAGAA GCTATTTTCC TTAAGCAGTT ACAATGGTGA AGCCAACGAT 
TGGAACTCAA CAAGATCTGA AGTTAGCAAA ATCTCAATCA TGGTGCTCAT GACCAGATGT 
GAACAAATTT TGAACAGATT TCTGATTGAT GAGAATGAAT TAGGTGAACG TCCACTGCCA 
ACAGCCAGGC TAGAAGAAAT TATTTTTGTA CTTAAAGAGC TGGCCCGTCT GGTAATTCAT 
CCAGAAACAG CATCTGTTCT TCCTCTACAT CCATACTTAA AGGGAGGCCT AGCAGAGGAG 
AATCATGACA GGCGTCCCCA TCTACTTGTT CTTTTTGCAT CCTTTTGTGA GCTAGTTATC 
TCAAGGGAAG CTAGAGTAAG AGAACTAGTG CAAGTACTGC TTAGACTCAT TGCCGCAGAA 
TTGTCACTCC AAAAAATTGG CGTGACCAGC TGA

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

RefSeq	XP_019080446.1
CDS	106..4158
Translation	MTSLRTNAEVEGEAGEPSFRRLVLRSVAHIIRLYSSSLITECEVFLSMLVKVTSLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKALARVVSSLQVQETSEESLTAVAGMFSSKAKGIEWSLDNDASNAAVLVASEAHAITLAVEGLLGVVFTVATLTDEAVDVGELESPRCDSDPPAKCTGKTAVLCISMVDSLWLTILDALSLILSRSQGEAIVLEILKGYQAFTQACGVLRAIEPLNSFLASLCKFTINIPSEVERRSNALQSPGSRRSEPLVDQRDSIVLTPKNVQALRTLFNIAHRLHNVLGPSWVLVLETLAALDRAIHSPHAATQEVSATVPKLTRESSGQYSDLSVLSSLNSQLFESSALMHISAVKSLLCALCELSHQCIPGTSSVFGQASNQKVGSISFSVERMISILVNNLHRVEPLWDQVVTYFLELTNSSNQHLRNMALDALDQSICAVLGSDRFQEYIPSKAHSASHDMETINSELRSLECAVISPLRVLYFSSQITDGRVGALKILLHVLERHGEKLHYSWPDILEMLRCVADASEKDLVTLGFQSLRVIMNDGLSTIPADCLHVCIDVTGAYSAQKTELNISLTAIGLLWTTTDFIAKGLLHGPPKETEIMDMSSTPKQMDGERKEEKTLNFADKFDDQSPLMNSVNRDRLLFSVFSLLQKLGADERPEVRNSAIRTLFQTLGGHGQKLSKSMWEDCLWNYVFPILDRASHMAETSSKDEWQGKELGTRGGKAVHMLIHHSRNTAQKQWDETLVLVLGGIARLLRSFFPFLRSLSNFSTGWESLLLFVKNSILNGSKEVALAAINCLQTTVNSHSSKGNLPMPYLQSVLDVYETVLQKSPNYSDNAASKVKQEILHGLGELYVQAQMMFDDGTYTQLLAIIRLVVKQSKMNNDNFEVEYGHVPPVQRMMLEILPLLRPAVHLPAMWLLLLRELLQYLPRPDSPKEDNEDGAEMMIKSETPNGTASNSPSKTEASSLSAGSTTSIMAGIPSYLFAEKLIPVLVDLFLQAPAVEKYSIFPEIVQGLSRCMTTRRDSPDGTLWRSAVEGFNNIVLDDVNKLAVNFGPDPSISKPARMRVWKEVADVYEIFLVGYCGRALPSKSLSDMALKADESLEMTILNILGDKILQAQIDAPVDILQRLVLTLDHCASRTCSLRIETVELMPSHCSRFSLTCLQKLFSLSSYNGEANDWNSTRSEVSKISIMVLMTRCEQILNRFLIDENELGERPLPTARLEEIIFVLKELARLVIHPETASVLPLHPYLKGGLAEENHDRRPHLLVLFASFCELVISREARVRELVQVLLRLIAAELSLQKIGVTS

Target ORF information:

RefSeq Version	XM_019224901.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X2, mRNA.

Target ORF information:

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

XM_019224901.1

ORF Insert Sequence:

ATGACTTCTC TTCGTACCAA TGCTGAGGTT GAAGGAGAAG CAGGAGAGCC TTCTTTCCGT 
CGCTTGGTCT TGCGGTCTGT TGCCCATATT ATCAGGCTTT ACAGTTCCTC CCTTATCACT 
GAATGTGAGG TGTTTCTTAG TATGTTAGTG AAGGTTACAT CATTGGATTT GCCATTATGG 
CATCGGATTC TTGTTCTTGA AATCCTAAGG GGTTTTTGTG TAGAGGCGCG GACATTGCGA 
ATTCTTTTCC AAAACTTTGA CATGCATCCA AAGAACACTA ATGTTGTTGA GGGTATGGTT 
AAAGCTCTTG CTCGAGTTGT TTCAAGCTTA CAGGTTCAGG AAACCAGTGA GGAGAGCCTG 
ACAGCTGTTG CAGGGATGTT TAGCAGCAAA GCTAAAGGGA TTGAGTGGAG CTTAGATAAT 
GACGCATCCA ACGCTGCAGT CTTGGTAGCA AGTGAAGCAC ATGCAATTAC GTTGGCAGTT 
GAAGGTCTCT TGGGTGTTGT CTTTACTGTG GCTACTTTGA CCGATGAAGC CGTGGATGTT 
GGGGAGCTTG AATCTCCCAG ATGTGATAGT GATCCACCGG CAAAATGTAC TGGGAAAACT 
GCAGTTCTCT GCATCTCAAT GGTTGATTCA TTGTGGTTGA CTATACTTGA TGCATTGTCT 
CTGATTTTAT CAAGGTCACA AGGAGAGGCT ATTGTGTTGG AGATATTAAA AGGCTATCAG 
GCATTTACTC AGGCATGTGG GGTTCTTCGT GCTATAGAAC CTTTAAACTC TTTCCTAGCA 
TCACTATGCA AATTTACAAT CAATATCCCC AGTGAAGTTG AAAGGAGGAG CAATGCTTTA 
CAGTCTCCTG GCTCAAGACG TTCTGAACCA CTGGTAGACC AGAGGGATAG TATTGTCCTT 
ACGCCCAAGA ATGTGCAGGC TTTAAGGACT CTTTTCAACA TAGCTCATCG TTTACATAAT 
GTATTGGGCC CTTCTTGGGT TTTGGTGTTG GAGACTCTAG CAGCTTTAGA TCGAGCAATC 
CACTCTCCAC ATGCTGCCAC ACAGGAGGTA TCCGCCACTG TCCCAAAGCT TACAAGGGAA 
TCATCTGGCC AATACAGTGA CTTAAGTGTT CTCTCTTCTT TGAATTCTCA GCTTTTCGAG 
AGCTCAGCGC TGATGCATAT ATCTGCAGTT AAGTCACTTC TTTGTGCATT ATGTGAGTTG 
TCACATCAAT GCATTCCTGG AACCTCAAGT GTTTTTGGGC AAGCATCAAA CCAAAAGGTT 
GGCAGCATAA GTTTTTCGGT GGAAAGAATG ATATCCATCC TTGTCAATAA TCTCCACAGA 
GTAGAACCAT TATGGGATCA AGTTGTTACC TATTTTCTTG AGCTTACCAA TAGTTCTAAC 
CAGCATTTAC GAAATATGGC GCTTGACGCA TTGGATCAAT CAATTTGTGC TGTTTTAGGT 
TCAGATCGAT TTCAGGAATA TATACCATCT AAGGCCCATA GTGCATCTCA TGATATGGAA 
ACCATCAATT CAGAGTTGAG GTCACTTGAG TGTGCTGTCA TATCCCCATT ACGGGTCCTT 
TATTTTTCTA GTCAAATCAC TGATGGTCGT GTTGGAGCTT TGAAAATTCT TCTCCATGTG 
TTAGAGAGGC ACGGAGAGAA GTTGCACTAC AGCTGGCCAG ATATTCTTGA AATGTTGAGG 
TGTGTGGCTG ATGCATCAGA GAAGGATCTT GTCACTTTAG GATTCCAGAG TCTACGTGTC 
ATTATGAATG ATGGGCTTTC AACTATACCT GCAGATTGCC TCCATGTATG TATAGATGTT 
ACTGGAGCAT ATAGTGCTCA AAAGACTGAG TTGAATATAA GTTTGACAGC AATAGGCCTT 
TTATGGACTA CAACAGATTT TATTGCAAAG GGGCTTCTCC ATGGACCTCC CAAGGAAACA 
GAAATTATGG ATATGAGTTC TACTCCTAAA CAAATGGATG GTGAAAGAAA GGAAGAGAAG 
ACTCTCAACT TTGCTGATAA ATTTGATGAC CAATCTCCCT TGATGAATAG CGTTAATCGT 
GACAGGTTGC TATTCTCTGT CTTCTCATTA CTTCAGAAAC TTGGGGCTGA TGAGAGACCA 
GAGGTCAGGA ACTCAGCTAT CAGAACTCTT TTTCAAACTC TTGGAGGTCA TGGACAAAAA 
CTTTCAAAGA GTATGTGGGA GGATTGTCTT TGGAACTATG TTTTCCCTAT CCTGGATCGT 
GCTTCTCACA TGGCTGAAAC TTCATCAAAA GATGAATGGC AAGGGAAAGA ACTTGGAACA 
CGTGGTGGAA AAGCAGTTCA CATGCTCATA CACCATAGTC GTAATACAGC TCAGAAACAG 
TGGGATGAAA CACTTGTACT AGTCTTAGGC GGAATAGCAC GTCTTTTACG TTCTTTCTTT 
CCTTTTCTTA GGAGTTTAAG CAATTTTTCA ACTGGATGGG AATCTTTGCT TCTTTTTGTC 
AAGAATAGCA TTTTAAATGG TAGTAAAGAG GTTGCTCTCG CAGCAATAAA TTGTTTACAG 
ACAACTGTGA ATTCTCACTC TTCTAAGGGA AACTTACCAA TGCCCTATCT TCAGTCAGTA 
CTTGATGTTT ATGAAACTGT TCTTCAAAAG TCACCGAACT ACAGTGATAA TGCAGCCAGC 
AAGGTGAAGC AGGAGATTTT GCATGGTCTT GGAGAACTAT ATGTGCAAGC ACAAATGATG 
TTTGACGATG GCACATATAC ACAATTACTA GCAATCATAC GTTTGGTGGT CAAACAATCC 
AAGATGAATA ATGATAACTT TGAAGTTGAA TATGGGCATG TTCCACCTGT GCAACGTATG 
ATGCTGGAAA TCTTACCACT GCTACGTCCA GCTGTGCACC TTCCTGCAAT GTGGTTGCTG 
CTCCTCCGGG AACTTTTGCA GTATCTTCCA AGGCCTGATT CTCCTAAAGA GGACAATGAA 
GATGGGGCAG AGATGATGAT AAAGTCTGAA ACCCCTAATG GTACTGCTTC CAATTCCCCA 
AGCAAAACAG AAGCTTCATC TCTGAGTGCT GGATCCACCA CAAGTATAAT GGCAGGCATC 
CCAAGTTATC TGTTTGCAGA AAAGCTCATT CCTGTGCTGG TAGATCTTTT CCTACAGGCT 
CCAGCAGTTG AAAAGTATAG CATATTTCCT GAAATTGTTC AAGGTCTTAG CAGATGTATG 
ACGACCAGAA GAGATAGTCC AGATGGTACA CTTTGGAGAT CAGCTGTTGA AGGCTTCAAC 
AACATTGTTC TTGATGATGT CAACAAATTA GCTGTGAACT TTGGGCCAGA TCCTAGTATT 
AGTAAACCTG CAAGAATGCG TGTTTGGAAA GAAGTTGCAG ATGTCTATGA AATATTCCTT 
GTGGGTTATT GCGGGCGGGC CCTTCCTTCC AAGTCTCTCT CTGACATGGC ACTTAAGGCT 
GATGAGTCTC TTGAGATGAC CATTCTAAAC ATTCTTGGTG ATAAGATCCT TCAAGCGCAG 
ATTGATGCAC CTGTTGATAT TCTGCAACGA CTAGTTTTGA CCTTGGACCA TTGTGCATCA 
CGCACATGTT CTTTGCGCAT TGAGACTGTG GAACTAATGC CTTCTCACTG TAGCAGATTC 
TCATTAACTT GCTTGCAGAA GCTATTTTCC TTAAGCAGTT ACAATGGTGA AGCCAACGAT 
TGGAACTCAA CAAGATCTGA AGTTAGCAAA ATCTCAATCA TGGTGCTCAT GACCAGATGT 
GAACAAATTT TGAACAGATT TCTGATTGAT GAGAATGAAT TAGGTGAACG TCCACTGCCA 
ACAGCCAGGC TAGAAGAAAT TATTTTTGTA CTTAAAGAGC TGGCCCGTCT GGTAATTCAT 
CCAGAAACAG CATCTGTTCT TCCTCTACAT CCATACTTAA AGGGAGGCCT AGCAGAGGAG 
AATCATGACA GGCGTCCCCA TCTACTTGTT CTTTTTGCAT CCTTTTGTGA GCTAGTTATC 
TCAAGGGAAG CTAGAGTAAG AGAACTAGTG CAAGTACTGC TTAGACTCAT TGCCGCAGAA 
TTGTCACTCC AAAAAATTGG CGTGACCAGC TGA

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

LOC100264068 ( XM_010661648.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010659950.1 Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa32151
Clone ID Related Accession (Same CDS sequence)	XM_010661648.2
Accession Version	XM_010661648.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4926bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1479657600000
Organism	Vitis vinifera(wine grape)
Product	protein MON2 homolog isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012020.3) 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_010661648.1. ##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##

ATGGCCTTCA TGGCGGTTCT GGAATCTGAT CTGCGCGCTC TCTCTGCTGA AGCTCGCCGT 
AGGTACCCCG CTGTCAAGGA CGGTGCGGAG CACGGCATAT TGAAGCTTCG TTCACTGTCA 
AGCCCTAGTG AAATTGCACA TAATGAGGAC ATACTACGGA TCTTTCTGAT GGCTTGTGAG 
GTCAGAAATG TCAAGCTGAG TGTTATTGGG CTTTCCTGCT TGCAAAAACT TATATCTCAT 
GATGCTGTTG CTCCATCAGC TTTGAAAGAG ATACTCTCCA CACTGAAAGA TCATGCTGAA 
ATGGCAGACG AGAGTGTTCA GCTCAAGACC CTACAAACGA TACTAATAAT ATATCAGTCG 
CGTTTACATC CTGAAAATGA GGATAACATG GCTCAAGGTC TTGGTATCTG TCTACGGCTT 
CTTGAAAACA ATCGGTCCTC TGACAGTGTG CGGAATACTG CTGCAGCGAC CTTCAGGCAA 
GCTGTAGCCT TGGTATTTGA TCACATGGTT TGTGCTGAAT CACTTCCACT AGGGAAGTTT 
GGTTCTGGGG GTTACATCTC TCGTACTAGT TCAGTTACTG GTGATATTAA TCGCAATATC 
AACCGCTCAG AGTCATTGGA GTATGAATTT ATCTCTGGAC GGCCATCATT AATGAGGGAG 
ACTCTAACCA AAGCTGGAAA GCTGGGGCTT CGTTTGCTTG AAGACCTGAC AGCTCTTGCT 
GCAGGTGGAT CTGCAATTTG GTTACGTGTC AATTCTATTC AAAGGACGTT TGCGCTTGAT 
ATACTTGAGT TTGTTCTGTC CAATTATGTA GTTGTCTTCA GAACCTTGGT TTCATATGAG 
CAGGTCCTAC GTCACCAGAT ATGTTCGCTT CTTATGACTT CTCTTCGTAC CAATGCTGAG 
GTTGAAGGAG AAGCAGGAGA GCCTTCTTTC CGTCGCTTGG TCTTGCGGTC TGTTGCCCAT 
ATTATCAGGC TTTACAGTTC CTCCCTTATC ACTGAATGTG AGGTGTTTCT TAGTATGTTA 
GTGAAGGTTA CATCATTGGA TTTGCCATTA TGGCATCGGA TTCTTGTTCT TGAAATCCTA 
AGGGGTTTTT GTGTAGAGGC GCGGACATTG CGAATTCTTT TCCAAAACTT TGACATGCAT 
CCAAAGAACA CTAATGTTGT TGAGGGTATG GTTAAAGCTC TTGCTCGAGT TGTTTCAAGC 
TTACAGGTTC AGGAAACCAG TGAGGAGAGC CTGACAGCTG TTGCAGGGAT GTTTAGCAGC 
AAAGCTAAAG GGATTGAGTG GAGCTTAGAT AATGACGCAT CCAACGCTGC AGTCTTGGTA 
GCAAGTGAAG CACATGCAAT TACGTTGGCA GTTGAAGGTC TCTTGGGTGT TGTCTTTACT 
GTGGCTACTT TGACCGATGA AGCCGTGGAT GTTGGGGAGC TTGAATCTCC CAGATGTGAT 
AGTGATCCAC CGGCAAAATG TACTGGGAAA ACTGCAGTTC TCTGCATCTC AATGGTTGAT 
TCATTGTGGT TGACTATACT TGATGCATTG TCTCTGATTT TATCAAGGTC ACAAGGAGAG 
GCTATTGTGT TGGAGATATT AAAAGGCTAT CAGGCATTTA CTCAGGCATG TGGGGTTCTT 
CGTGCTATAG AACCTTTAAA CTCTTTCCTA GCATCACTAT GCAAATTTAC AATCAATATC 
CCCAGTGAAG TTGAAAGGAG GAGCAATGCT TTACAGTCTC CTGGCTCAAG ACGTTCTGAA 
CCACTGGTAG ACCAGAGGGA TAGTATTGTC CTTACGCCCA AGAATGTGCA GGCTTTAAGG 
ACTCTTTTCA ACATAGCTCA TCGTTTACAT AATGTATTGG GCCCTTCTTG GGTTTTGGTG 
TTGGAGACTC TAGCAGCTTT AGATCGAGCA ATCCACTCTC CACATGCTGC CACACAGGAG 
GTATCCGCCA CTGTCCCAAA GCTTACAAGG GAATCATCTG GCCAATACAG TGACTTAAGT 
GTTCTCTCTT CTTTGAATTC TCAGCTTTTC GAGAGCTCAG CGCTGATGCA TATATCTGCA 
GTTAAGTCAC TTCTTTGTGC ATTATGTGAG TTGTCACATC AATGCATTCC TGGAACCTCA 
AGTGTTTTTG GGCAAGCATC AAACCAAAAG GTTGGCAGCA TAAGTTTTTC GGTGGAAAGA 
ATGATATCCA TCCTTGTCAA TAATCTCCAC AGAGTAGAAC CATTATGGGA TCAAGTTGTT 
ACCTATTTTC TTGAGCTTAC CAATAGTTCT AACCAGCATT TACGAAATAT GGCGCTTGAC 
GCATTGGATC AATCAATTTG TGCTGTTTTA GGTTCAGATC GATTTCAGGA ATATATACCA 
TCTAAGGCCC ATAGTGCATC TCATGATATG GAAACCATCA ATTCAGAGTT GAGGTCACTT 
GAGTGTGCTG TCATATCCCC ATTACGGGTC CTTTATTTTT CTAGTCAAAT CACTGATGGT 
CGTGTTGGAG CTTTGAAAAT TCTTCTCCAT GTGTTAGAGA GGCACGGAGA GAAGTTGCAC 
TACAGCTGGC CAGATATTCT TGAAATGTTG AGGTGTGTGG CTGATGCATC AGAGAAGGAT 
CTTGTCACTT TAGGATTCCA GAGTCTACGT GTCATTATGA ATGATGGGCT TTCAACTATA 
CCTGCAGATT GCCTCCATGT ATGTATAGAT GTTACTGGAG CATATAGTGC TCAAAAGACT 
GAGTTGAATA TAAGTTTGAC AGCAATAGGC CTTTTATGGA CTACAACAGA TTTTATTGCA 
AAGGGGCTTC TCCATGGACC TCCCAAGGAA ACAGAAATTA TGGATATGAG TTCTACTCCT 
AAACAAATGG ATGGTGAAAG AAAGGAAGAG AAGACTCTCA ACTTTGCTGA TAAATTTGAT 
GACCAATCTC CCTTGATGAA TAGCGTTAAT CGTGACAGGT TGCTATTCTC TGTCTTCTCA 
TTACTTCAGA AACTTGGGGC TGATGAGAGA CCAGAGGTCA GGAACTCAGC TATCAGAACT 
CTTTTTCAAA CTCTTGGAGG TCATGGACAA AAACTTTCAA AGAGTATGTG GGAGGATTGT 
CTTTGGAACT ATGTTTTCCC TATCCTGGAT CGTGCTTCTC ACATGGCTGA AACTTCATCA 
AAAGATGAAT GGCAAGGGAA AGAACTTGGA ACACGTGGTG GAAAAGCAGT TCACATGCTC 
ATACACCATA GTCGTAATAC AGCTCAGAAA CAGTGGGATG AAACACTTGT ACTAGTCTTA 
GGCGGAATAG CACGTCTTTT ACGTTCTTTC TTTCCTTTTC TTAGGAGTTT AAGCAATTTT 
TCAACTGGAT GGGAATCTTT GCTTCTTTTT GTCAAGAATA GCATTTTAAA TGGTAGTAAA 
GAGGTTGCTC TCGCAGCAAT AAATTGTTTA CAGACAACTG TGAATTCTCA CTCTTCTAAG 
GGAAACTTAC CAATGCCCTA TCTTCAGTCA GTACTTGATG TTTATGAAAC TGTTCTTCAA 
AAGTCACCGA ACTACAGTGA TAATGCAGCC AGCAAGGTGA AGCAGGAGAT TTTGCATGGT 
CTTGGAGAAC TATATGTGCA AGCACAAATG ATGTTTGACG ATGGCACATA TACACAATTA 
CTAGCAATCA TACGTTTGGT GGTCAAACAA TCCAAGATGA ATAATGATAA CTTTGAAGTT 
GAATATGGGC ATGTTCCACC TGTGCAACGT ATGATGCTGG AAATCTTACC ACTGCTACGT 
CCAGCTGTGC ACCTTCCTGC AATGTGGTTG CTGCTCCTCC GGGAACTTTT GCAGTATCTT 
CCAAGGCCTG ATTCTCCTAA AGAGGACAAT GAAGATGGGG CAGAGATGAT GATAAAGTCT 
GAAACCCCTA ATGGTACTGC TTCCAATTCC CCAAGCAAAA CAGAAGCTTC ATCTCTGAGT 
GCTGGATCCA CCACAAGTAT AATGGCAGGC ATCCCAAGTT ATCTGTTTGC AGAAAAGCTC 
ATTCCTGTGC TGGTAGATCT TTTCCTACAG GCTCCAGCAG TTGAAAAGTA TAGCATATTT 
CCTGAAATTG TTCAAGGTCT TAGCAGATGT ATGACGACCA GAAGAGATAG TCCAGATGGT 
ACACTTTGGA GATCAGCTGT TGAAGGCTTC AACAACATTG TTCTTGATGA TGTCAACAAA 
TTAGCTGTGA ACTTTGGGCC AGATCCTAGT ATTAGTAAAC CTGCAAGAAT GCGTGTTTGG 
AAAGAAGTTG CAGATGTCTA TGAAATATTC CTTGTGGGTT ATTGCGGGCG GGCCCTTCCT 
TCCAAGTCTC TCTCTGACAT GGCACTTAAG GCTGATGAGT CTCTTGAGAT GACCATTCTA 
AACATTCTTG GTGATAAGAT CCTTCAAGCG CAGATTGATG CACCTGTTGA TATTCTGCAA 
CGACTAGTTT TGACCTTGGA CCATTGTGCA TCACGCACAT GTTCTTTGCG CATTGAGACT 
GTGGAACTAA TGCCTTCTCA CTGTAGCAGA TTCTCATTAA CTTGCTTGCA GAAGCTATTT 
TCCTTAAGCA GTTACAATGG TGAAGCCAAC GATTGGAACT CAACAAGATC TGAAGTTAGC 
AAAATCTCAA TCATGGTGCT CATGACCAGA TGTGAACAAA TTTTGAACAG ATTTCTGATT 
GATGAGAATG AATTAGGTGA ACGTCCACTG CCAACAGCCA GGCTAGAAGA AATTATTTTT 
GTACTTAAAG AGCTGGCCCG TCTGGTAATT CATCCAGAAA CAGCATCTGT TCTTCCTCTA 
CATCCATACT TAAAGGGAGG CCTAGCAGAG GAGAATCATG ACAGGCGTCC CCATCTACTT 
GTTCTTTTTG CATCCTTTTG TGAGCTAGTT ATCTCAAGGG AAGCTAGAGT AAGAGAACTA 
GTGCAAGTAC TGCTTAGACT CATTGCCGCA GAATTGTCAC TCCAAAAAAT TGGCGTGACC 
AGCTGA

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

RefSeq	XP_010659950.1
CDS	215..5140
Translation	MAFMAVLESDLRALSAEARRRYPAVKDGAEHGILKLRSLSSPSEIAHNEDILRIFLMACEVRNVKLSVIGLSCLQKLISHDAVAPSALKEILSTLKDHAEMADESVQLKTLQTILIIYQSRLHPENEDNMAQGLGICLRLLENNRSSDSVRNTAAATFRQAVALVFDHMVCAESLPLGKFGSGGYISRTSSVTGDINRNINRSESLEYEFISGRPSLMRETLTKAGKLGLRLLEDLTALAAGGSAIWLRVNSIQRTFALDILEFVLSNYVVVFRTLVSYEQVLRHQICSLLMTSLRTNAEVEGEAGEPSFRRLVLRSVAHIIRLYSSSLITECEVFLSMLVKVTSLDLPLWHRILVLEILRGFCVEARTLRILFQNFDMHPKNTNVVEGMVKALARVVSSLQVQETSEESLTAVAGMFSSKAKGIEWSLDNDASNAAVLVASEAHAITLAVEGLLGVVFTVATLTDEAVDVGELESPRCDSDPPAKCTGKTAVLCISMVDSLWLTILDALSLILSRSQGEAIVLEILKGYQAFTQACGVLRAIEPLNSFLASLCKFTINIPSEVERRSNALQSPGSRRSEPLVDQRDSIVLTPKNVQALRTLFNIAHRLHNVLGPSWVLVLETLAALDRAIHSPHAATQEVSATVPKLTRESSGQYSDLSVLSSLNSQLFESSALMHISAVKSLLCALCELSHQCIPGTSSVFGQASNQKVGSISFSVERMISILVNNLHRVEPLWDQVVTYFLELTNSSNQHLRNMALDALDQSICAVLGSDRFQEYIPSKAHSASHDMETINSELRSLECAVISPLRVLYFSSQITDGRVGALKILLHVLERHGEKLHYSWPDILEMLRCVADASEKDLVTLGFQSLRVIMNDGLSTIPADCLHVCIDVTGAYSAQKTELNISLTAIGLLWTTTDFIAKGLLHGPPKETEIMDMSSTPKQMDGERKEEKTLNFADKFDDQSPLMNSVNRDRLLFSVFSLLQKLGADERPEVRNSAIRTLFQTLGGHGQKLSKSMWEDCLWNYVFPILDRASHMAETSSKDEWQGKELGTRGGKAVHMLIHHSRNTAQKQWDETLVLVLGGIARLLRSFFPFLRSLSNFSTGWESLLLFVKNSILNGSKEVALAAINCLQTTVNSHSSKGNLPMPYLQSVLDVYETVLQKSPNYSDNAASKVKQEILHGLGELYVQAQMMFDDGTYTQLLAIIRLVVKQSKMNNDNFEVEYGHVPPVQRMMLEILPLLRPAVHLPAMWLLLLRELLQYLPRPDSPKEDNEDGAEMMIKSETPNGTASNSPSKTEASSLSAGSTTSIMAGIPSYLFAEKLIPVLVDLFLQAPAVEKYSIFPEIVQGLSRCMTTRRDSPDGTLWRSAVEGFNNIVLDDVNKLAVNFGPDPSISKPARMRVWKEVADVYEIFLVGYCGRALPSKSLSDMALKADESLEMTILNILGDKILQAQIDAPVDILQRLVLTLDHCASRTCSLRIETVELMPSHCSRFSLTCLQKLFSLSSYNGEANDWNSTRSEVSKISIMVLMTRCEQILNRFLIDENELGERPLPTARLEEIIFVLKELARLVIHPETASVLPLHPYLKGGLAEENHDRRPHLLVLFASFCELVISREARVRELVQVLLRLIAAELSLQKIGVTS

Target ORF information:

RefSeq Version	XM_010661648.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera protein MON2 homolog (LOC100264068), transcript variant X1, mRNA.

Target ORF information:

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

XM_010661648.2

ORF Insert Sequence:

ATGGCCTTCA TGGCGGTTCT GGAATCTGAT CTGCGCGCTC TCTCTGCTGA AGCTCGCCGT 
AGGTACCCCG CTGTCAAGGA CGGTGCGGAG CACGGCATAT TGAAGCTTCG TTCACTGTCA 
AGCCCTAGTG AAATTGCACA TAATGAGGAC ATACTACGGA TCTTTCTGAT GGCTTGTGAG 
GTCAGAAATG TCAAGCTGAG TGTTATTGGG CTTTCCTGCT TGCAAAAACT TATATCTCAT 
GATGCTGTTG CTCCATCAGC TTTGAAAGAG ATACTCTCCA CACTGAAAGA TCATGCTGAA 
ATGGCAGACG AGAGTGTTCA GCTCAAGACC CTACAAACGA TACTAATAAT ATATCAGTCG 
CGTTTACATC CTGAAAATGA GGATAACATG GCTCAAGGTC TTGGTATCTG TCTACGGCTT 
CTTGAAAACA ATCGGTCCTC TGACAGTGTG CGGAATACTG CTGCAGCGAC CTTCAGGCAA 
GCTGTAGCCT TGGTATTTGA TCACATGGTT TGTGCTGAAT CACTTCCACT AGGGAAGTTT 
GGTTCTGGGG GTTACATCTC TCGTACTAGT TCAGTTACTG GTGATATTAA TCGCAATATC 
AACCGCTCAG AGTCATTGGA GTATGAATTT ATCTCTGGAC GGCCATCATT AATGAGGGAG 
ACTCTAACCA AAGCTGGAAA GCTGGGGCTT CGTTTGCTTG AAGACCTGAC AGCTCTTGCT 
GCAGGTGGAT CTGCAATTTG GTTACGTGTC AATTCTATTC AAAGGACGTT TGCGCTTGAT 
ATACTTGAGT TTGTTCTGTC CAATTATGTA GTTGTCTTCA GAACCTTGGT TTCATATGAG 
CAGGTCCTAC GTCACCAGAT ATGTTCGCTT CTTATGACTT CTCTTCGTAC CAATGCTGAG 
GTTGAAGGAG AAGCAGGAGA GCCTTCTTTC CGTCGCTTGG TCTTGCGGTC TGTTGCCCAT 
ATTATCAGGC TTTACAGTTC CTCCCTTATC ACTGAATGTG AGGTGTTTCT TAGTATGTTA 
GTGAAGGTTA CATCATTGGA TTTGCCATTA TGGCATCGGA TTCTTGTTCT TGAAATCCTA 
AGGGGTTTTT GTGTAGAGGC GCGGACATTG CGAATTCTTT TCCAAAACTT TGACATGCAT 
CCAAAGAACA CTAATGTTGT TGAGGGTATG GTTAAAGCTC TTGCTCGAGT TGTTTCAAGC 
TTACAGGTTC AGGAAACCAG TGAGGAGAGC CTGACAGCTG TTGCAGGGAT GTTTAGCAGC 
AAAGCTAAAG GGATTGAGTG GAGCTTAGAT AATGACGCAT CCAACGCTGC AGTCTTGGTA 
GCAAGTGAAG CACATGCAAT TACGTTGGCA GTTGAAGGTC TCTTGGGTGT TGTCTTTACT 
GTGGCTACTT TGACCGATGA AGCCGTGGAT GTTGGGGAGC TTGAATCTCC CAGATGTGAT 
AGTGATCCAC CGGCAAAATG TACTGGGAAA ACTGCAGTTC TCTGCATCTC AATGGTTGAT 
TCATTGTGGT TGACTATACT TGATGCATTG TCTCTGATTT TATCAAGGTC ACAAGGAGAG 
GCTATTGTGT TGGAGATATT AAAAGGCTAT CAGGCATTTA CTCAGGCATG TGGGGTTCTT 
CGTGCTATAG AACCTTTAAA CTCTTTCCTA GCATCACTAT GCAAATTTAC AATCAATATC 
CCCAGTGAAG TTGAAAGGAG GAGCAATGCT TTACAGTCTC CTGGCTCAAG ACGTTCTGAA 
CCACTGGTAG ACCAGAGGGA TAGTATTGTC CTTACGCCCA AGAATGTGCA GGCTTTAAGG 
ACTCTTTTCA ACATAGCTCA TCGTTTACAT AATGTATTGG GCCCTTCTTG GGTTTTGGTG 
TTGGAGACTC TAGCAGCTTT AGATCGAGCA ATCCACTCTC CACATGCTGC CACACAGGAG 
GTATCCGCCA CTGTCCCAAA GCTTACAAGG GAATCATCTG GCCAATACAG TGACTTAAGT 
GTTCTCTCTT CTTTGAATTC TCAGCTTTTC GAGAGCTCAG CGCTGATGCA TATATCTGCA 
GTTAAGTCAC TTCTTTGTGC ATTATGTGAG TTGTCACATC AATGCATTCC TGGAACCTCA 
AGTGTTTTTG GGCAAGCATC AAACCAAAAG GTTGGCAGCA TAAGTTTTTC GGTGGAAAGA 
ATGATATCCA TCCTTGTCAA TAATCTCCAC AGAGTAGAAC CATTATGGGA TCAAGTTGTT 
ACCTATTTTC TTGAGCTTAC CAATAGTTCT AACCAGCATT TACGAAATAT GGCGCTTGAC 
GCATTGGATC AATCAATTTG TGCTGTTTTA GGTTCAGATC GATTTCAGGA ATATATACCA 
TCTAAGGCCC ATAGTGCATC TCATGATATG GAAACCATCA ATTCAGAGTT GAGGTCACTT 
GAGTGTGCTG TCATATCCCC ATTACGGGTC CTTTATTTTT CTAGTCAAAT CACTGATGGT 
CGTGTTGGAG CTTTGAAAAT TCTTCTCCAT GTGTTAGAGA GGCACGGAGA GAAGTTGCAC 
TACAGCTGGC CAGATATTCT TGAAATGTTG AGGTGTGTGG CTGATGCATC AGAGAAGGAT 
CTTGTCACTT TAGGATTCCA GAGTCTACGT GTCATTATGA ATGATGGGCT TTCAACTATA 
CCTGCAGATT GCCTCCATGT ATGTATAGAT GTTACTGGAG CATATAGTGC TCAAAAGACT 
GAGTTGAATA TAAGTTTGAC AGCAATAGGC CTTTTATGGA CTACAACAGA TTTTATTGCA 
AAGGGGCTTC TCCATGGACC TCCCAAGGAA ACAGAAATTA TGGATATGAG TTCTACTCCT 
AAACAAATGG ATGGTGAAAG AAAGGAAGAG AAGACTCTCA ACTTTGCTGA TAAATTTGAT 
GACCAATCTC CCTTGATGAA TAGCGTTAAT CGTGACAGGT TGCTATTCTC TGTCTTCTCA 
TTACTTCAGA AACTTGGGGC TGATGAGAGA CCAGAGGTCA GGAACTCAGC TATCAGAACT 
CTTTTTCAAA CTCTTGGAGG TCATGGACAA AAACTTTCAA AGAGTATGTG GGAGGATTGT 
CTTTGGAACT ATGTTTTCCC TATCCTGGAT CGTGCTTCTC ACATGGCTGA AACTTCATCA 
AAAGATGAAT GGCAAGGGAA AGAACTTGGA ACACGTGGTG GAAAAGCAGT TCACATGCTC 
ATACACCATA GTCGTAATAC AGCTCAGAAA CAGTGGGATG AAACACTTGT ACTAGTCTTA 
GGCGGAATAG CACGTCTTTT ACGTTCTTTC TTTCCTTTTC TTAGGAGTTT AAGCAATTTT 
TCAACTGGAT GGGAATCTTT GCTTCTTTTT GTCAAGAATA GCATTTTAAA TGGTAGTAAA 
GAGGTTGCTC TCGCAGCAAT AAATTGTTTA CAGACAACTG TGAATTCTCA CTCTTCTAAG 
GGAAACTTAC CAATGCCCTA TCTTCAGTCA GTACTTGATG TTTATGAAAC TGTTCTTCAA 
AAGTCACCGA ACTACAGTGA TAATGCAGCC AGCAAGGTGA AGCAGGAGAT TTTGCATGGT 
CTTGGAGAAC TATATGTGCA AGCACAAATG ATGTTTGACG ATGGCACATA TACACAATTA 
CTAGCAATCA TACGTTTGGT GGTCAAACAA TCCAAGATGA ATAATGATAA CTTTGAAGTT 
GAATATGGGC ATGTTCCACC TGTGCAACGT ATGATGCTGG AAATCTTACC ACTGCTACGT 
CCAGCTGTGC ACCTTCCTGC AATGTGGTTG CTGCTCCTCC GGGAACTTTT GCAGTATCTT 
CCAAGGCCTG ATTCTCCTAA AGAGGACAAT GAAGATGGGG CAGAGATGAT GATAAAGTCT 
GAAACCCCTA ATGGTACTGC TTCCAATTCC CCAAGCAAAA CAGAAGCTTC ATCTCTGAGT 
GCTGGATCCA CCACAAGTAT AATGGCAGGC ATCCCAAGTT ATCTGTTTGC AGAAAAGCTC 
ATTCCTGTGC TGGTAGATCT TTTCCTACAG GCTCCAGCAG TTGAAAAGTA TAGCATATTT 
CCTGAAATTG TTCAAGGTCT TAGCAGATGT ATGACGACCA GAAGAGATAG TCCAGATGGT 
ACACTTTGGA GATCAGCTGT TGAAGGCTTC AACAACATTG TTCTTGATGA TGTCAACAAA 
TTAGCTGTGA ACTTTGGGCC AGATCCTAGT ATTAGTAAAC CTGCAAGAAT GCGTGTTTGG 
AAAGAAGTTG CAGATGTCTA TGAAATATTC CTTGTGGGTT ATTGCGGGCG GGCCCTTCCT 
TCCAAGTCTC TCTCTGACAT GGCACTTAAG GCTGATGAGT CTCTTGAGAT GACCATTCTA 
AACATTCTTG GTGATAAGAT CCTTCAAGCG CAGATTGATG CACCTGTTGA TATTCTGCAA 
CGACTAGTTT TGACCTTGGA CCATTGTGCA TCACGCACAT GTTCTTTGCG CATTGAGACT 
GTGGAACTAA TGCCTTCTCA CTGTAGCAGA TTCTCATTAA CTTGCTTGCA GAAGCTATTT 
TCCTTAAGCA GTTACAATGG TGAAGCCAAC GATTGGAACT CAACAAGATC TGAAGTTAGC 
AAAATCTCAA TCATGGTGCT CATGACCAGA TGTGAACAAA TTTTGAACAG ATTTCTGATT 
GATGAGAATG AATTAGGTGA ACGTCCACTG CCAACAGCCA GGCTAGAAGA AATTATTTTT 
GTACTTAAAG AGCTGGCCCG TCTGGTAATT CATCCAGAAA CAGCATCTGT TCTTCCTCTA 
CATCCATACT TAAAGGGAGG CCTAGCAGAG GAGAATCATG ACAGGCGTCC CCATCTACTT 
GTTCTTTTTG CATCCTTTTG TGAGCTAGTT ATCTCAAGGG AAGCTAGAGT AAGAGAACTA 
GTGCAAGTAC TGCTTAGACT CATTGCCGCA GAATTGTCAC TCCAAAAAAT TGGCGTGACC 
AGCTGA

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

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LOC100264068 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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