LOC100260657 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100260657
Entrez Gene ID	100260657
Full Name	uncharacterized LOC100260657
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019217014.1	XP_019072559.1	uncharacterized protein LOC100260657

Pathways from BioSystems
Gene Ontology

The following LOC100260657 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100260657 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
OVa43782	XM_019217014.1 Latest version!	Vitis vinifera uncharacterized LOC100260657 (LOC100260657), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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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)

LOC100260657 ( XM_019217014.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019072559.1 Vitis vinifera uncharacterized LOC100260657 (LOC100260657), mRNA.

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CloneID	OVa43782
Clone ID Related Accession (Same CDS sequence)	XM_019217014.1
Accession Version	XM_019217014.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5010bp) 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	1479744000000
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100260657
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012025.3) annotated using gene prediction method: Gnomon. 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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGGGAAAG AAAAATATAA GGAGACTTGG AAAGCACCTA AAATCTCAGG CATTTTCTAT 
CTAGGAACAA CTATGGATTC TCTTACAACA GTTGCAGTTA TCTTCTCCTA TGTATTATCC 
CTCTTAAGAA TCTCCGTGGC AGTAGACACC ATAATTGTAA ATCAAAACAT TACAGATGGT 
GAGACCATCA CTTCAGCGGG TGGGAGCTTT GAACTGGGTT TCTTCAGTCC AGGAAATTCC 
AAGAATCGAT ACTTGGGGAT ATGGTACAAG AAAGTGGCTA CTGGGACAGT GGTATGGGTT 
GCCAATAGAG AAAGTCCACT AACTGATTCA TCGGGAGTTT TAAAGGTCAC TGAGCAGGGA 
ATTCTTGTTC TGGTCAACGG TACTAATGGA ATTCTTTGGA ATTCTAATTC ATCACGTTTT 
GCAGAGGATC CAAATGCTCA GCTTTTGGAA TCTGGAAATC TTGTTATGAG AAGTGGCAAT 
GATAGTGACT CAGAAAACTT CTTCTGGCAG AGTTTTGATT ATCCATGCGA TACGCTTCTA 
CCAGGCATGA AGTTTGGAAG GAACAGAGTA ACAGGCCTGG ATCGATACCT GTCATCGTGG 
AAGAGTGATG ATGACCCTTC TAAAGGTAAT TTTACTTATG GGATTGATCT AAGTGGATTT 
CCACAACTAT TATTGAGGAA TGGTTTAGCT GTAGAGTTTC GTGCTGGACC ATGGAATGGT 
GTTCGATATA GTGGAATACC TCAATTAACA AACAACTCAG TTTATACATT TAATTTTGTT 
TCTAATGAAA AGGAGATATA TTTTATTTAT TCTCTTGTTA ACAGCTCAGT TATTATGAGG 
CTTGTGTTAA CTCCTGATGG TTATTCACGA AGATTCACAT GGACTGATCA AAAAAATGAA 
TGGACTCTTT ACTCAACCAC ACAGAAGGAT GACTGTGACA ATTATGCAAT ATGTGGAGTA 
TATGGAATCT GTAAGATTGA TGAATCTCCA AAATGTGAGT GTATGAAGGG ATTTAGGCCA 
AAGTTCCAAA GCAATTGGGA CATGGCAGAC TGGTCAAAGG GATGCGTTCG AAGTACTCCA 
CTGGATTGTC AAAAGGGTGA TGGATTTGTA AAGTACTCTG GTGTGAAACT GCCAGACACG 
CGGAACTCCT GGTTTGATGA AAGCATGAAC CTTAAGGAAT GTGCTTCCCT GTGCTTGAGG 
AACTGCTCTT GCACTGCTTA TGCAAATTCA GATATCAGAG GAGGAGGAAG TGGATGCTTG 
CTCTGGTTTG ATGACTTGAT TGACATCAGA GACTTCACTC AAAATGGGCA AGAGTTTTAT 
GCAAGGATGG CTGCATCAGA ATCAGATGCT TTGTCAAGCC TAAATAGCAG CTCCAAGAAG 
AAGAAAAAGC AAGCCATTGC CATCTCTATA TCAATCACAG GAGTAGTTCT TTTAAGTCTG 
GTCTTAACCC TGTGTGTGCT AAAGAAGAGG AAGAGGCGGC TAAAGAGAAG AGGATACATG 
GAACACAATA TTGAGGGAGA TGAAACCAAT GAAGGTCAGG AGCACCTAGA GATACCATTA 
TTTGACTTGG ATACATTATT GAATGCCACC AATAACTTTT CTAGTGACAA TAAGCTTGGA 
GAGGGTGGTT TTGGGCCTGT CTACAAGGGA ATATTGCAAG AGGGACAAGA AATAGCAGTG 
AAGATGATGT TAAAAACTTC TAGACAAGGA TTAGAAGAGT TAAAAAATGA AGCTGAATCC 
ATTGCAAAAC TTCAACATCG AAATCTTGTA AAGCTTCTTG GATGTTGCAT TCATGGCAGA 
GAAAGGATGT TGATCTATGA ATACTTGCCC AACAAAAGCT TGGACTTGTT TATTTTTGAT 
CAAATGCGAA GCGTGGTACT AGATTGGCCC AAGCGCTTTC ACATCATCAA TGGGATAGCT 
CGAGGCCTTC TCTATCTTCA TCAAGATTCT AGACTCAGGA TAATCCATAG AGATCTCAAA 
GCAGAAAACA TTTTACTAGA TAATGAAATG AGCCCCAAAA TTTCAGACTT CGGAATAGCA 
AGAAGTTTTG GAGGAAATGA AACGGAAGCA AATACAACAA GAGTGGCTGG AACATTAGGT 
TATATGTCTC CAGAGTATGC AAGTGAAGGA TTGTATTCCA CAAAATCCGA TGTTTTTAGC 
TTTGGTGTTT TGGTGTTAGA GATTGTAAGT GGGAAGAGAA ACATAGGATT TAACCACCCA 
GATCGCAACA TTAATCTTCT TGGGCATGCA TGGACACTCT ATAAAGAAGA TAGGTCTTCA 
GAATTTATTG ATGCATCATT GGGGAACACC TGCAATCTAT CTGAAGTTAT ACCCATAATC 
AATTTGGGCC TATTATGTGT GCAACGTTTT CCAAATGATC GACCAAGCAT GCATTCTGTG 
GTTTTGATGT TGAGTAGTGA GGGTGCACTA CCTCAACCCA AAGAGCCTTG TTTCTTCACT 
GATAGGAGTA TGATGGAAGC AAGTTCTCCA TCTGGTACTC AATCCCCCAT CACGTTGTTG 
GAAGCTCGAT GCATTCCTTA TCTAGGAACA ACTATGAATG CTCTTAGAAC TGTTGTATTT 
GTCTTCTCCT ATGTATTCTC CCTCATAAGA ATCTCTATTG CAGTAGACAC CATAACTGTA 
AATCAACACA TTAGAGACGG TGAGACCATC ACTTCAGCAG GTGGGACCTT TGAATTGGGT 
TTCTTCAGTC CAGGTAATTC CAAGAATCGA TACTTGGGGA TATGGTACAA GAAAGTGGCT 
CCTCGGACAG TGGTATGGGT TGCCAATAGA GAAAGTCCAC TAACTGATTC ATCAGGTGTT 
TTAAAAGTCA CTCAGCAGGG AATTCTTGTT CTGGTCAACG ATACTAATGG AATTCTTTGG 
AATTCTAATT CATCACATTC TGCACTGGAT CCAAACGCTC AGCTTTTGGA ATCTGGAAAT 
CTTGTTATGA GAAATGGCAA TGATAGTGAC CCAGAAAACT TCCTATGGCA GAGTTTTGAT 
TATCCAGGCG ATACTCTTCT ACCAGGTATG AAGCTTGGAA GAAACAGAGT AACAGGCCTT 
GATTGGTACC TGTCATCATG GAAGAGTGCC GATGACCCTT CTAAAGGTAA TTTCACTTGT 
GAGATTGATC TAAATGGATT TCCACAACTA GTTTTGAGGA ATGGTTTTGT AATAAACTTT 
CGTGCTGGAC CATGGAATGG TGTTCGATAT AGTGGAATAC CTCAATTAAC AAACAACTCA 
GTTTACACAT TTAACTTCGT TTCTAATGAA AAGGAGGTAT ATATATTTTA TAATACTGTT 
CATAGCTCTG TTATTTTGAG GCATGTGTTA AATCCTGATG GTTCTCTACG GAAGTTAAAA 
TGGACTGATA AAAACACTGG ATGGACTCTT TACTCAACTG CACAGAGGGA TGACTGTGAC 
AATTATGCAT TTTGTGGAGC ATATGGCATC TGTAAGATTG ACCAATCTCC AAAATGTGAG 
TGTATGAAAG GATTTAGGCC AAAGTTCCAA AGCAAATGGG ACGAGGCAGA TTGGTCCCAT 
GGATGTGTTC CAAATACTCC ATTGGATTGT CAGAAGGGTG ATGGATTTGC AAAGTTCTCT 
GATGTGAAAC TGCCAGACAC GCAGACCTCC TGGTTTAATG TAAGCATGAA CCTTAAGGAA 
TGTGCTTCCC TGTGTTTGAG GAAGTGCACT TGCACTGCTT ATGCAAATTC AGATATCAGA 
GGAGGAGGAA GTGGATGCTT GCTCTGGCTT GGTGACTTGA TTGACATCAG AGAATTCACT 
CAAAATGGGC AAGAGTTTTA CGTAAGGATG GCTACATCAG AATTAGATGT TTTTTCAAGA 
AAAAATAGCA GCTCCAAGAA GAAGAAAAAG CAAGCCATTG TCATCTCTAT ATCAATTACA 
GGAATAGTTC TTTTAAGTCT GGTCTTAACC TTGTATGTGC TGAAAAGGAA GAAGCAGCTA 
AGGAGAAAAG GATACATTGA ACACAATTCA AAAGGAGGTA AAACCAATGA AGGTTGGAAG 
CATCTAGAGC TATCATTATT TGACTTGGAT ACATTATTGA ATGCCACTAA TAACTTTTCG 
AGTGACAATA AGCTTGGAGA GGGTGGTTTT GGACCTGTTT ACAAGGGAAA ATTGCAAGAG 
GGACAAGAAA TAGCAGTGAA GATGATGTCA AAAACTTCTA GACAAGGATT AAAAGAGTTC 
AAAAATGAAG TTGAATCCAT TGCAAAACTT CAACATCGAA ATCTTGTAAA GCTTCTTGGA 
TGTTGCATTC ATGGCAGAGA AAGGATGTTG ATATACGAAT ACTTGCCCAA CAAAAGCTTG 
GACCTGTTCA TTTTTGGTCA AATGCAAAGC ATCATACTAG ATTGGCCTAA ACGCTTCCTC 
ATTATCAATG GGATTGCTCG AGGCCTTCTT TATCTTCATC AAGATTCCAG ACTCAGGATA 
ATCCATAGAG ACCTCAAAGC TGAAAACATT TTACTAGATG ATGAAATGAG CCCCAAAATT 
TCGGACTTTG GAATAGCAAG AAGTTTTGGA GGAAATGAAA CTGAAGCAAA TACAACAAGA 
GTGGCTGGAA CATTAGGTTA TATGTCTCCA GAGTATGCAA GTGAAGGATT GTATTCCACA 
AAATCCGATG TTTTTAGCTT TGGTGTTTTG GTACTAGAGA TTATAAGCGG GAAGAGAAAC 
AGAGGTTTTA ACCACCCAGA CCATGAGCTT AATCTTCTTG GGCATGCATG GACACTTTAT 
ATAGAAGGTA GGTCTTCGGA ATTTATTGAT GCATCAATCG TGAACACTTG CAATCTATCG 
GAAGTGCTAC GTTCAATCAA TTTGGGTCTA TTATGTGTGC AACGATTCCC ATATGATCGA 
CCAAACATGC ATTCTGTGGT TTTGTTGTTG GGTAGTGAGG GTGCACTATA TCAACCCAAA 
GAGCCTTGTT TCTTCATTGA TAGGAATATG ATGGAAGCAA ATTCTTCTTC TAGTACTCAG 
TGCACCATCA CACAGTTGGA AGCACGATAG

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

RefSeq	XP_019072559.1
CDS	2459..7468
Translation	MGKEKYKETWKAPKISGIFYLGTTMDSLTTVAVIFSYVLSLLRISVAVDTIIVNQNITDGETITSAGGSFELGFFSPGNSKNRYLGIWYKKVATGTVVWVANRESPLTDSSGVLKVTEQGILVLVNGTNGILWNSNSSRFAEDPNAQLLESGNLVMRSGNDSDSENFFWQSFDYPCDTLLPGMKFGRNRVTGLDRYLSSWKSDDDPSKGNFTYGIDLSGFPQLLLRNGLAVEFRAGPWNGVRYSGIPQLTNNSVYTFNFVSNEKEIYFIYSLVNSSVIMRLVLTPDGYSRRFTWTDQKNEWTLYSTTQKDDCDNYAICGVYGICKIDESPKCECMKGFRPKFQSNWDMADWSKGCVRSTPLDCQKGDGFVKYSGVKLPDTRNSWFDESMNLKECASLCLRNCSCTAYANSDIRGGGSGCLLWFDDLIDIRDFTQNGQEFYARMAASESDALSSLNSSSKKKKKQAIAISISITGVVLLSLVLTLCVLKKRKRRLKRRGYMEHNIEGDETNEGQEHLEIPLFDLDTLLNATNNFSSDNKLGEGGFGPVYKGILQEGQEIAVKMMLKTSRQGLEELKNEAESIAKLQHRNLVKLLGCCIHGRERMLIYEYLPNKSLDLFIFDQMRSVVLDWPKRFHIINGIARGLLYLHQDSRLRIIHRDLKAENILLDNEMSPKISDFGIARSFGGNETEANTTRVAGTLGYMSPEYASEGLYSTKSDVFSFGVLVLEIVSGKRNIGFNHPDRNINLLGHAWTLYKEDRSSEFIDASLGNTCNLSEVIPIINLGLLCVQRFPNDRPSMHSVVLMLSSEGALPQPKEPCFFTDRSMMEASSPSGTQSPITLLEARCIPYLGTTMNALRTVVFVFSYVFSLIRISIAVDTITVNQHIRDGETITSAGGTFELGFFSPGNSKNRYLGIWYKKVAPRTVVWVANRESPLTDSSGVLKVTQQGILVLVNDTNGILWNSNSSHSALDPNAQLLESGNLVMRNGNDSDPENFLWQSFDYPGDTLLPGMKLGRNRVTGLDWYLSSWKSADDPSKGNFTCEIDLNGFPQLVLRNGFVINFRAGPWNGVRYSGIPQLTNNSVYTFNFVSNEKEVYIFYNTVHSSVILRHVLNPDGSLRKLKWTDKNTGWTLYSTAQRDDCDNYAFCGAYGICKIDQSPKCECMKGFRPKFQSKWDEADWSHGCVPNTPLDCQKGDGFAKFSDVKLPDTQTSWFNVSMNLKECASLCLRKCTCTAYANSDIRGGGSGCLLWLGDLIDIREFTQNGQEFYVRMATSELDVFSRKNSSSKKKKKQAIVISISITGIVLLSLVLTLYVLKRKKQLRRKGYIEHNSKGGKTNEGWKHLELSLFDLDTLLNATNNFSSDNKLGEGGFGPVYKGKLQEGQEIAVKMMSKTSRQGLKEFKNEVESIAKLQHRNLVKLLGCCIHGRERMLIYEYLPNKSLDLFIFGQMQSIILDWPKRFLIINGIARGLLYLHQDSRLRIIHRDLKAENILLDDEMSPKISDFGIARSFGGNETEANTTRVAGTLGYMSPEYASEGLYSTKSDVFSFGVLVLEIISGKRNRGFNHPDHELNLLGHAWTLYIEGRSSEFIDASIVNTCNLSEVLRSINLGLLCVQRFPYDRPNMHSVVLLLGSEGALYQPKEPCFFIDRNMMEANSSSSTQCTITQLEAR

Target ORF information:

RefSeq Version	XM_019217014.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100260657 (LOC100260657), mRNA.

Target ORF information:

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

XM_019217014.1

ORF Insert Sequence:

ATGGGGAAAG AAAAATATAA GGAGACTTGG AAAGCACCTA AAATCTCAGG CATTTTCTAT 
CTAGGAACAA CTATGGATTC TCTTACAACA GTTGCAGTTA TCTTCTCCTA TGTATTATCC 
CTCTTAAGAA TCTCCGTGGC AGTAGACACC ATAATTGTAA ATCAAAACAT TACAGATGGT 
GAGACCATCA CTTCAGCGGG TGGGAGCTTT GAACTGGGTT TCTTCAGTCC AGGAAATTCC 
AAGAATCGAT ACTTGGGGAT ATGGTACAAG AAAGTGGCTA CTGGGACAGT GGTATGGGTT 
GCCAATAGAG AAAGTCCACT AACTGATTCA TCGGGAGTTT TAAAGGTCAC TGAGCAGGGA 
ATTCTTGTTC TGGTCAACGG TACTAATGGA ATTCTTTGGA ATTCTAATTC ATCACGTTTT 
GCAGAGGATC CAAATGCTCA GCTTTTGGAA TCTGGAAATC TTGTTATGAG AAGTGGCAAT 
GATAGTGACT CAGAAAACTT CTTCTGGCAG AGTTTTGATT ATCCATGCGA TACGCTTCTA 
CCAGGCATGA AGTTTGGAAG GAACAGAGTA ACAGGCCTGG ATCGATACCT GTCATCGTGG 
AAGAGTGATG ATGACCCTTC TAAAGGTAAT TTTACTTATG GGATTGATCT AAGTGGATTT 
CCACAACTAT TATTGAGGAA TGGTTTAGCT GTAGAGTTTC GTGCTGGACC ATGGAATGGT 
GTTCGATATA GTGGAATACC TCAATTAACA AACAACTCAG TTTATACATT TAATTTTGTT 
TCTAATGAAA AGGAGATATA TTTTATTTAT TCTCTTGTTA ACAGCTCAGT TATTATGAGG 
CTTGTGTTAA CTCCTGATGG TTATTCACGA AGATTCACAT GGACTGATCA AAAAAATGAA 
TGGACTCTTT ACTCAACCAC ACAGAAGGAT GACTGTGACA ATTATGCAAT ATGTGGAGTA 
TATGGAATCT GTAAGATTGA TGAATCTCCA AAATGTGAGT GTATGAAGGG ATTTAGGCCA 
AAGTTCCAAA GCAATTGGGA CATGGCAGAC TGGTCAAAGG GATGCGTTCG AAGTACTCCA 
CTGGATTGTC AAAAGGGTGA TGGATTTGTA AAGTACTCTG GTGTGAAACT GCCAGACACG 
CGGAACTCCT GGTTTGATGA AAGCATGAAC CTTAAGGAAT GTGCTTCCCT GTGCTTGAGG 
AACTGCTCTT GCACTGCTTA TGCAAATTCA GATATCAGAG GAGGAGGAAG TGGATGCTTG 
CTCTGGTTTG ATGACTTGAT TGACATCAGA GACTTCACTC AAAATGGGCA AGAGTTTTAT 
GCAAGGATGG CTGCATCAGA ATCAGATGCT TTGTCAAGCC TAAATAGCAG CTCCAAGAAG 
AAGAAAAAGC AAGCCATTGC CATCTCTATA TCAATCACAG GAGTAGTTCT TTTAAGTCTG 
GTCTTAACCC TGTGTGTGCT AAAGAAGAGG AAGAGGCGGC TAAAGAGAAG AGGATACATG 
GAACACAATA TTGAGGGAGA TGAAACCAAT GAAGGTCAGG AGCACCTAGA GATACCATTA 
TTTGACTTGG ATACATTATT GAATGCCACC AATAACTTTT CTAGTGACAA TAAGCTTGGA 
GAGGGTGGTT TTGGGCCTGT CTACAAGGGA ATATTGCAAG AGGGACAAGA AATAGCAGTG 
AAGATGATGT TAAAAACTTC TAGACAAGGA TTAGAAGAGT TAAAAAATGA AGCTGAATCC 
ATTGCAAAAC TTCAACATCG AAATCTTGTA AAGCTTCTTG GATGTTGCAT TCATGGCAGA 
GAAAGGATGT TGATCTATGA ATACTTGCCC AACAAAAGCT TGGACTTGTT TATTTTTGAT 
CAAATGCGAA GCGTGGTACT AGATTGGCCC AAGCGCTTTC ACATCATCAA TGGGATAGCT 
CGAGGCCTTC TCTATCTTCA TCAAGATTCT AGACTCAGGA TAATCCATAG AGATCTCAAA 
GCAGAAAACA TTTTACTAGA TAATGAAATG AGCCCCAAAA TTTCAGACTT CGGAATAGCA 
AGAAGTTTTG GAGGAAATGA AACGGAAGCA AATACAACAA GAGTGGCTGG AACATTAGGT 
TATATGTCTC CAGAGTATGC AAGTGAAGGA TTGTATTCCA CAAAATCCGA TGTTTTTAGC 
TTTGGTGTTT TGGTGTTAGA GATTGTAAGT GGGAAGAGAA ACATAGGATT TAACCACCCA 
GATCGCAACA TTAATCTTCT TGGGCATGCA TGGACACTCT ATAAAGAAGA TAGGTCTTCA 
GAATTTATTG ATGCATCATT GGGGAACACC TGCAATCTAT CTGAAGTTAT ACCCATAATC 
AATTTGGGCC TATTATGTGT GCAACGTTTT CCAAATGATC GACCAAGCAT GCATTCTGTG 
GTTTTGATGT TGAGTAGTGA GGGTGCACTA CCTCAACCCA AAGAGCCTTG TTTCTTCACT 
GATAGGAGTA TGATGGAAGC AAGTTCTCCA TCTGGTACTC AATCCCCCAT CACGTTGTTG 
GAAGCTCGAT GCATTCCTTA TCTAGGAACA ACTATGAATG CTCTTAGAAC TGTTGTATTT 
GTCTTCTCCT ATGTATTCTC CCTCATAAGA ATCTCTATTG CAGTAGACAC CATAACTGTA 
AATCAACACA TTAGAGACGG TGAGACCATC ACTTCAGCAG GTGGGACCTT TGAATTGGGT 
TTCTTCAGTC CAGGTAATTC CAAGAATCGA TACTTGGGGA TATGGTACAA GAAAGTGGCT 
CCTCGGACAG TGGTATGGGT TGCCAATAGA GAAAGTCCAC TAACTGATTC ATCAGGTGTT 
TTAAAAGTCA CTCAGCAGGG AATTCTTGTT CTGGTCAACG ATACTAATGG AATTCTTTGG 
AATTCTAATT CATCACATTC TGCACTGGAT CCAAACGCTC AGCTTTTGGA ATCTGGAAAT 
CTTGTTATGA GAAATGGCAA TGATAGTGAC CCAGAAAACT TCCTATGGCA GAGTTTTGAT 
TATCCAGGCG ATACTCTTCT ACCAGGTATG AAGCTTGGAA GAAACAGAGT AACAGGCCTT 
GATTGGTACC TGTCATCATG GAAGAGTGCC GATGACCCTT CTAAAGGTAA TTTCACTTGT 
GAGATTGATC TAAATGGATT TCCACAACTA GTTTTGAGGA ATGGTTTTGT AATAAACTTT 
CGTGCTGGAC CATGGAATGG TGTTCGATAT AGTGGAATAC CTCAATTAAC AAACAACTCA 
GTTTACACAT TTAACTTCGT TTCTAATGAA AAGGAGGTAT ATATATTTTA TAATACTGTT 
CATAGCTCTG TTATTTTGAG GCATGTGTTA AATCCTGATG GTTCTCTACG GAAGTTAAAA 
TGGACTGATA AAAACACTGG ATGGACTCTT TACTCAACTG CACAGAGGGA TGACTGTGAC 
AATTATGCAT TTTGTGGAGC ATATGGCATC TGTAAGATTG ACCAATCTCC AAAATGTGAG 
TGTATGAAAG GATTTAGGCC AAAGTTCCAA AGCAAATGGG ACGAGGCAGA TTGGTCCCAT 
GGATGTGTTC CAAATACTCC ATTGGATTGT CAGAAGGGTG ATGGATTTGC AAAGTTCTCT 
GATGTGAAAC TGCCAGACAC GCAGACCTCC TGGTTTAATG TAAGCATGAA CCTTAAGGAA 
TGTGCTTCCC TGTGTTTGAG GAAGTGCACT TGCACTGCTT ATGCAAATTC AGATATCAGA 
GGAGGAGGAA GTGGATGCTT GCTCTGGCTT GGTGACTTGA TTGACATCAG AGAATTCACT 
CAAAATGGGC AAGAGTTTTA CGTAAGGATG GCTACATCAG AATTAGATGT TTTTTCAAGA 
AAAAATAGCA GCTCCAAGAA GAAGAAAAAG CAAGCCATTG TCATCTCTAT ATCAATTACA 
GGAATAGTTC TTTTAAGTCT GGTCTTAACC TTGTATGTGC TGAAAAGGAA GAAGCAGCTA 
AGGAGAAAAG GATACATTGA ACACAATTCA AAAGGAGGTA AAACCAATGA AGGTTGGAAG 
CATCTAGAGC TATCATTATT TGACTTGGAT ACATTATTGA ATGCCACTAA TAACTTTTCG 
AGTGACAATA AGCTTGGAGA GGGTGGTTTT GGACCTGTTT ACAAGGGAAA ATTGCAAGAG 
GGACAAGAAA TAGCAGTGAA GATGATGTCA AAAACTTCTA GACAAGGATT AAAAGAGTTC 
AAAAATGAAG TTGAATCCAT TGCAAAACTT CAACATCGAA ATCTTGTAAA GCTTCTTGGA 
TGTTGCATTC ATGGCAGAGA AAGGATGTTG ATATACGAAT ACTTGCCCAA CAAAAGCTTG 
GACCTGTTCA TTTTTGGTCA AATGCAAAGC ATCATACTAG ATTGGCCTAA ACGCTTCCTC 
ATTATCAATG GGATTGCTCG AGGCCTTCTT TATCTTCATC AAGATTCCAG ACTCAGGATA 
ATCCATAGAG ACCTCAAAGC TGAAAACATT TTACTAGATG ATGAAATGAG CCCCAAAATT 
TCGGACTTTG GAATAGCAAG AAGTTTTGGA GGAAATGAAA CTGAAGCAAA TACAACAAGA 
GTGGCTGGAA CATTAGGTTA TATGTCTCCA GAGTATGCAA GTGAAGGATT GTATTCCACA 
AAATCCGATG TTTTTAGCTT TGGTGTTTTG GTACTAGAGA TTATAAGCGG GAAGAGAAAC 
AGAGGTTTTA ACCACCCAGA CCATGAGCTT AATCTTCTTG GGCATGCATG GACACTTTAT 
ATAGAAGGTA GGTCTTCGGA ATTTATTGAT GCATCAATCG TGAACACTTG CAATCTATCG 
GAAGTGCTAC GTTCAATCAA TTTGGGTCTA TTATGTGTGC AACGATTCCC ATATGATCGA 
CCAAACATGC ATTCTGTGGT TTTGTTGTTG GGTAGTGAGG GTGCACTATA TCAACCCAAA 
GAGCCTTGTT TCTTCATTGA TAGGAATATG ATGGAAGCAA ATTCTTCTTC TAGTACTCAG 
TGCACCATCA CACAGTTGGA AGCACGATAG

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

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LOC100260657 cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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