LOC100266900 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100266900
Entrez Gene ID	100266900
Full Name	DNA-directed RNA polymerase V subunit 1
Synonyms	GO:0003899 GO:0016779 GO:0003677 GO:0003676 GO:0003824 GO:0006350 GO:0008152
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002265497.4	XP_002265533.1	DNA-directed RNA polymerase V subunit 1

Pathways from BioSystems
Gene Ontology

The following LOC100266900 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100266900 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
OVa21195	XM_002265497.4 Latest version!	Vitis vinifera DNA-directed RNA polymerase V subunit 1 (LOC100266900), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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

LOC100266900 ( XM_002265497.4 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_002265533.1 Vitis vinifera DNA-directed RNA polymerase V subunit 1 (LOC100266900), mRNA.

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CloneID	OVa21195
Clone ID Related Accession (Same CDS sequence)	XM_002265497.4
Accession Version	XM_002265497.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5493bp) 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	DNA-directed RNA polymerase V subunit 1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003724180.1) 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_002265497.3. ##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##

ATGGAGGAAG ACTCATCAAC TATTTTAGAT GGTGAAATAA GTGGAATAAG ATTTGGGTTG 
GCTACGAGAC AGGAAATTTG TATTGCATCG GTTAGTGACT GTCCCATTAG TCATGCTAGC 
CAGCTCACAA ATCCATTTCT AGGTTTGCCA TTGGAATTTG GCAAATGTGA ATCTTGTGGT 
ACAGCAGAAC CTGGACAATG TGAAGGTCAT TTTGGATATA TCGAATTGCC TATACCAATA 
TATCATCCTG GACATGTTAG TGAACTGAAA AGGATGTTAA GCTTGCTATG TTTGAAGTGC 
TTGAAAATCA GAAAAAGCAA GGTGACAAAT AATGGTATAA CTGAACAACT GTTAGCTCCA 
TGTTGTCAGG ATTCTCCCCA AGTTTCTGTA AGGGAATTCA GACCAACTGA GGGAGCTTGT 
TTCTTGGAAT TGAAGATACC ATCCAGATCA AGACCAAAGG ATGGTTTCTG GGACTTTTTA 
GCCAGATATG GTTACCGCTA TGGTCACAAC TTATCTAGAA TTCTGCTTCC TTCTGAGGTA 
ATGGAAATTC TAAGAAGAAT TCCTGAGGAT ACTCGAAAGA AGCTTGTCAG GAAAGGGTAC 
TTTCCTCAAG ATGGGTATAT CCTGCAATAC TTGCCCGTCC CTCCAAATTG TTTGTCTGTC 
CCAGACATTT CTGATGGAGT GAGCATCATG TCTTCGGATC TTTCTGTATC AATGTTAAAG 
AAGGTTCTCA AGCAAATTGA AGTCATTAAG GGCTCGAGAT CTGGTGAACC AAATTTTGAA 
TCCCACAAAA TTGAGGCTAA TAATTTGCAG TCAAGTATTG AGCAGTATCT TGAAGTGCGG 
GGAACTGCAA AGACATCTCG CTCTTTGGAT ACAAGATTTG GGAGTAGCAA AGAGCCAAAT 
GAATCGTCTA CAAAAGCATG GCTTGAAAAG ATGAGGACCT TGTTTATCAG AAAAGGTTCA 
GGTTTTTCTT CGCGCAGTGT AATAACTGGT GACGCATATA AAAGGGTCAA TGAAATTGGT 
TTACCATTTG AAATTGCTCA AAGAATTACA TTTGAGGAAA GAGTTAATGT GCATAACATG 
AAACATTTGC AAAATTTAGT GGATGAGAAG TTGTGCCTCA CCTATAGGGA TGGTTTATCT 
ACATACTCCC TGAGGGAGGG TTCGAAAGGG CATACATTTC TAAGACCTGG TCAAGTTGTA 
CATCGGCGGA TCATGGATGG GGATATTGTG TTCATTAATA GGCCGCCTAC TACTCACAAA 
CATTCACTGC AAGCATTGTC AGTATATGTT CATGATGATC ATACAGTCAA GATAAACCCT 
CTTATTTGTG GACCTCTAAG CGCTGATTTT GATGGTGACT GTGTTCACTT GTTCTATCCT 
CAGTCTCTTG GGGCAAAGGC TGAGGTTTTA GAGCTATTCT CGGTGGAGAA ACAGTTGCTT 
AGCTCTCATA GTGGTAACCT CAACTTGCAG CTGGCCACTG ATTCATTGTT GTCTCTAAAA 
GTTCTCTTTG AGAGATATTT CTTGAACAAA GCAGCTGCTC AGCAGTTAGT GATGTTTGTT 
TCTATGTCCT TACCGAGGCC CGCTTTGTTG AAGTCTCCTT GTTCTGGCCC TTGTTGGACT 
GCCTTGCAGA TATTGCAGAC TGCCTTACCG TCTTACTTTG ATTGTATTGG AGAGAGGCAC 
TGGATTAGCA AAAGTGCTAT ATTGAAAGTT GATTATAATA GGGATGTTTT GCAATCTTTG 
GTCAATGAAA TTGTCACATC CATTTTCTCT GAGAAAGGTC CCAATGAGGT CTTGAAGTTC 
TTTGATTCTT TACAGCCTTT GTTGATGGAA AATTTGTTTT CAGAGGGTTT CAGTGTCAGC 
TTGGAGGATT TTTCCATTCC CAGTGAGGTC ACACAAAATA TCCAGAAAAA TGTTGAGGAC 
ATTTCATCAT TGTTGTATAA CTTAAGGTCG ATGTACAATG AACTGCTACA GTTGCAGGCA 
GAGAATCACT TGAGACTTAC CAAGGTTCCT GTTGCTAATT TCATTTTGAA TTCATCTGCA 
CTGGGTAATT TAATTGATTC CAAGAGTGAT TCGGCTATTA ACAAGGTAGT TCAACAAATT 
GGGTTCCTGG GACAACAACT TTCAGAAAAG GGTAAGTTCT ATTCCAGGAC CTTGGTTGAG 
GGCATGGCTT ATCTATTCAA AAGCAAGTAT CCTTTTCATG GGGCTGACTA CCCTTCTGGG 
GAATTTGGAT TAATTAGAAG CTGTTTCTTC CATGGCTTAG ATCCTTATGA GGAAATGGTT 
CATTCAATTT CCACAAGAGA AATAATTGTA CGATCATCAA GGGGCTTGTC TGAACCAGGA 
ACTTTGTTTA AAAACTTAAT GGCTATTCTT CGAGATGTTG TTATCTGTTA TGATGGTACA 
GTGAGGAATG TTTGTAGCAA TTCAATTATC CAATTTGAGT ATGGAGTGAA GGCTAGAACT 
AAACCCCAGC ATTTCTTCCC TGCTGGTGAG CCTGTTGGTG TTTTAGCTGC TACAGCTATG 
TCAAATCCTG CATACAAAGC TGTTCTTGAT TCTTCTCCAA GCAGTAATTC CTCATGGGAG 
CTGATGAAGG AAATCTTGCT CTGTCAAGTC AACTTTAAGA ATGATCTTAT TGATCGACGT 
GTTATTTTAT ACTTGAATGA CTGTGATTGT GGGAGAAAGT ACTGCCGAGA AAATGCGGCA 
TACCTTGTTA AGAATCAATT GAAAAAGGCC AGTCTTAAAG ATACTGCTGT GGAATTCATG 
ATTGAATATG TGAAGCAGCA TGCTGTCTCG GGAAGTTCTG AACCTGGTAC AGGCCTTGTT 
GGACATATTC ATCTAAACAA GTTGTTGTTG CAAGATTTGA ACGTTAGTAT GCAAGAGGTT 
TGCCAAAAGT GTGAAGAGAC CATTAATTCA TTCCGGAAGA AGAAGAATGT TGGTCCTTTC 
TTTAAGAAGA TAATTCTATC TTTCAGGGAG TGTTGCACTT TCCAGCATTC TTGTCAAAGC 
AAAGGGTCAG ACATGCCATG CTTGTTGTTC TTTTGGCAAG GCAACCGTGA TGATAATTTA 
GAGCAAATTT TACATATACT CGCTCACAAA ATTTGCCCAG TTCTGCTGCA GACTATTATC 
AAAGGTGACT CTCGTGTTTG TACGGTGAAC ATAATCTGGA TCAGTCCAGA TACCACGACT 
TGGATAAGAA ACCCTTGCAA AAGTCGGAAG GGTGAACTAG CCTTGGACAT AGTTCTTGAG 
AAAGCAGCTG TTAAGCAAAG AGGTGATGCA TGGAGGATTG TCCTTGATGC CTGTCTTCCT 
GTACTCCATT TGATTGACAC TAGGCGTTCC ATACCATATG CAATAAAACA GGTGCAGGAA 
CTGCTAGGGA TTTCTTGTGC TTTTGACCAA GCTGTTCAGC GCCTTTCAAA ATCAGTGACC 
ATGGTTGCAA AAGGGGTGCT CAAAGAGCAT CTTATTCTCT TGGCAAATAG TATGACATGT 
GCGGGAAATT TAATCGGTTT CAATTCAGGT GGTTATAAAG CACTATCTCG TGCATTGAAT 
CTTCAAGTAC CATTCACTGA AGCCACCCTT TTTACACCAA GAAAATGTTT TGAGAAGGCT 
TCTGAAAAGT GTCATACTGA CTCTTTATCA AGCATTGTTG CATCATGCTC TTGGGGTAAA 
CATGTGACAG TTGGTACAGG ATCTCGATTT GATGTTCTTT GGGATACAAA AGAGATTGGG 
CCTGCTCAAG ATGGTGGAAT TGATATTTAT AGCTTCCTCC ATTTAGTGAG AAGTGGTTCA 
TATGGAAAAG AACCAGATAC TGCTTGTCTC GGTGCAGAAG TTGAGGATTT AATATTGGAA 
GATGAAAATC TGGAGTTGGG CATGTCCCCA GAGCATAGTT CTAACTTTGA AAAGCCAGTT 
TTTGAAGATA GTGCTGAATT CCAGAACACT TGGGAGAATC ACGTGCCTGG TAGTGGTGGA 
GACTGGGCTG TCAACCAAAA TAAAGAGACT ACTGCATCAA CTTTGAAGCC TAGTGCATGG 
TCTAGTTGGG GCACTGATAA AGTAACCATG AAGGATACTT TCTCTACAAG GGAGCCAGAT 
GAATCTTCCA GATCTGCTGG TTGGGATGAT AAGGGGACTT GGGGAACTGA TAAAGCACAA 
AATACAGCCT TTAGGAGGAC ACACGAAGAT TCTCCCAGAT CTTCTGGTAG GGATGAAACA 
TTTAGGGATG GACGTCCTCA GTTTGCGTCG TCTGCATGGG GAAAAAAGAT TGATGAAGCT 
GATAAAACTG GATGGAATAA AAATGATGGT AAGCCTCAGA TGGACAAACT GAGGGAGTCT 
TATGATTGGG ATTGTAAGGT GGCCCAGGAA AAAACAACTC AATCAACCTA TGGTGGTATT 
TCTTCAACCA CTGGAGACTG GAAGAAGAAT GAACTGCAAA TGGAGGTGGT GCAACATGAT 
GAATCTCCTG TCAATGAGCA TTCTTGGGAT GCTAATTTAC CTGAAGACCC ATTAGCTCAG 
GCAACAACTT CAGTTGGTTG GGATTCTTCA ACTGGCAAGG ACTGGACTAA ACGTAAATTG 
CAATCTCCTT CAGAGCAACA GAGAGATCCA GCAATAAAAT CATGGAGTTC TAGCCATAAT 
GTAATGAAAG AACAATCAAA CCAACCAGCA AGCACACATG GTTGGGATTC TCCTGGAGCG 
AAAGGTTGGA ATGATGTTGA AGAGCAATCT CAATGGAACC AGAGAGGGTC CGCTGTTAAA 
AATGATCAAA GTGAAAGTTC ACATGGTTGG GGCCCTTCAA ATGAGCAAAA CCAACTGCCA 
AGCTCGCAAG GTTGGGGTTC TCCCAATGCT GGAGCTGGGC ATGAAAGTGA GACACAATCT 
CAATGGGGAC AGCCAAGTGG GAAGAAAAGT CGTCCTGAAG GTTCACGTGG TTGGGGCTCT 
AATAACACAG AATGGAAAAA CAAGAAGAAT CGACCCAATA AGCCCCAGGG ACCATTAAAT 
GATGATTACA GTGCAGGTGG AATATTTACT GCTACTAGAC AGCGTGTAGA TATTTTCACT 
TCTGAAGAGC AAGACATTCT CTTGGATGTC GAACCAATCA TGCAGTCTAT TAGAAGAATA 
ATGCACCAAG CAGGGTACAA TGATGGGGAT CCACTATCAG CCGATGATCA ATCGTATATA 
CTCGATAAAG TTTTTAATAA CCATCCTGAT AAAGCTGTAA AAATGGGCAC TGGAATTGAT 
TATGTCATGG TTAGCAGACA TAGCAGTTTC TTGGAGAGCA GGTGCTTCTA TGTTGTCTCA 
ACTGATGGTC ACAAAGAAGA CTTTTCATAC CGCAAATGTC TGGAGAACTT CATCAAGGAA 
AAGTATCCTG ACAATGCTGA AACATTCATT GGAAAATATT TTAGAAGACC TCGCGCTGGA 
GGGAACCGGG AGCGAAGTGT CATTCCCGAG GATGGAGGAA ACAGGGAGCA AAGTGTTGTT 
CCAGAGGAGA CTGGGAGTGA GAACAGGCAG TAG

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

RefSeq	XP_002265533.1
CDS	217..5709
Translation	MEEDSSTILDGEISGIRFGLATRQEICIASVSDCPISHASQLTNPFLGLPLEFGKCESCGTAEPGQCEGHFGYIELPIPIYHPGHVSELKRMLSLLCLKCLKIRKSKVTNNGITEQLLAPCCQDSPQVSVREFRPTEGACFLELKIPSRSRPKDGFWDFLARYGYRYGHNLSRILLPSEVMEILRRIPEDTRKKLVRKGYFPQDGYILQYLPVPPNCLSVPDISDGVSIMSSDLSVSMLKKVLKQIEVIKGSRSGEPNFESHKIEANNLQSSIEQYLEVRGTAKTSRSLDTRFGSSKEPNESSTKAWLEKMRTLFIRKGSGFSSRSVITGDAYKRVNEIGLPFEIAQRITFEERVNVHNMKHLQNLVDEKLCLTYRDGLSTYSLREGSKGHTFLRPGQVVHRRIMDGDIVFINRPPTTHKHSLQALSVYVHDDHTVKINPLICGPLSADFDGDCVHLFYPQSLGAKAEVLELFSVEKQLLSSHSGNLNLQLATDSLLSLKVLFERYFLNKAAAQQLVMFVSMSLPRPALLKSPCSGPCWTALQILQTALPSYFDCIGERHWISKSAILKVDYNRDVLQSLVNEIVTSIFSEKGPNEVLKFFDSLQPLLMENLFSEGFSVSLEDFSIPSEVTQNIQKNVEDISSLLYNLRSMYNELLQLQAENHLRLTKVPVANFILNSSALGNLIDSKSDSAINKVVQQIGFLGQQLSEKGKFYSRTLVEGMAYLFKSKYPFHGADYPSGEFGLIRSCFFHGLDPYEEMVHSISTREIIVRSSRGLSEPGTLFKNLMAILRDVVICYDGTVRNVCSNSIIQFEYGVKARTKPQHFFPAGEPVGVLAATAMSNPAYKAVLDSSPSSNSSWELMKEILLCQVNFKNDLIDRRVILYLNDCDCGRKYCRENAAYLVKNQLKKASLKDTAVEFMIEYVKQHAVSGSSEPGTGLVGHIHLNKLLLQDLNVSMQEVCQKCEETINSFRKKKNVGPFFKKIILSFRECCTFQHSCQSKGSDMPCLLFFWQGNRDDNLEQILHILAHKICPVLLQTIIKGDSRVCTVNIIWISPDTTTWIRNPCKSRKGELALDIVLEKAAVKQRGDAWRIVLDACLPVLHLIDTRRSIPYAIKQVQELLGISCAFDQAVQRLSKSVTMVAKGVLKEHLILLANSMTCAGNLIGFNSGGYKALSRALNLQVPFTEATLFTPRKCFEKASEKCHTDSLSSIVASCSWGKHVTVGTGSRFDVLWDTKEIGPAQDGGIDIYSFLHLVRSGSYGKEPDTACLGAEVEDLILEDENLELGMSPEHSSNFEKPVFEDSAEFQNTWENHVPGSGGDWAVNQNKETTASTLKPSAWSSWGTDKVTMKDTFSTREPDESSRSAGWDDKGTWGTDKAQNTAFRRTHEDSPRSSGRDETFRDGRPQFASSAWGKKIDEADKTGWNKNDGKPQMDKLRESYDWDCKVAQEKTTQSTYGGISSTTGDWKKNELQMEVVQHDESPVNEHSWDANLPEDPLAQATTSVGWDSSTGKDWTKRKLQSPSEQQRDPAIKSWSSSHNVMKEQSNQPASTHGWDSPGAKGWNDVEEQSQWNQRGSAVKNDQSESSHGWGPSNEQNQLPSSQGWGSPNAGAGHESETQSQWGQPSGKKSRPEGSRGWGSNNTEWKNKKNRPNKPQGPLNDDYSAGGIFTATRQRVDIFTSEEQDILLDVEPIMQSIRRIMHQAGYNDGDPLSADDQSYILDKVFNNHPDKAVKMGTGIDYVMVSRHSSFLESRCFYVVSTDGHKEDFSYRKCLENFIKEKYPDNAETFIGKYFRRPRAGGNRERSVIPEDGGNREQSVVPEETGSENRQ

Target ORF information:

RefSeq Version	XM_002265497.4
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera DNA-directed RNA polymerase V subunit 1 (LOC100266900), mRNA.

Target ORF information:

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

XM_002265497.4

ORF Insert Sequence:

ATGGAGGAAG ACTCATCAAC TATTTTAGAT GGTGAAATAA GTGGAATAAG ATTTGGGTTG 
GCTACGAGAC AGGAAATTTG TATTGCATCG GTTAGTGACT GTCCCATTAG TCATGCTAGC 
CAGCTCACAA ATCCATTTCT AGGTTTGCCA TTGGAATTTG GCAAATGTGA ATCTTGTGGT 
ACAGCAGAAC CTGGACAATG TGAAGGTCAT TTTGGATATA TCGAATTGCC TATACCAATA 
TATCATCCTG GACATGTTAG TGAACTGAAA AGGATGTTAA GCTTGCTATG TTTGAAGTGC 
TTGAAAATCA GAAAAAGCAA GGTGACAAAT AATGGTATAA CTGAACAACT GTTAGCTCCA 
TGTTGTCAGG ATTCTCCCCA AGTTTCTGTA AGGGAATTCA GACCAACTGA GGGAGCTTGT 
TTCTTGGAAT TGAAGATACC ATCCAGATCA AGACCAAAGG ATGGTTTCTG GGACTTTTTA 
GCCAGATATG GTTACCGCTA TGGTCACAAC TTATCTAGAA TTCTGCTTCC TTCTGAGGTA 
ATGGAAATTC TAAGAAGAAT TCCTGAGGAT ACTCGAAAGA AGCTTGTCAG GAAAGGGTAC 
TTTCCTCAAG ATGGGTATAT CCTGCAATAC TTGCCCGTCC CTCCAAATTG TTTGTCTGTC 
CCAGACATTT CTGATGGAGT GAGCATCATG TCTTCGGATC TTTCTGTATC AATGTTAAAG 
AAGGTTCTCA AGCAAATTGA AGTCATTAAG GGCTCGAGAT CTGGTGAACC AAATTTTGAA 
TCCCACAAAA TTGAGGCTAA TAATTTGCAG TCAAGTATTG AGCAGTATCT TGAAGTGCGG 
GGAACTGCAA AGACATCTCG CTCTTTGGAT ACAAGATTTG GGAGTAGCAA AGAGCCAAAT 
GAATCGTCTA CAAAAGCATG GCTTGAAAAG ATGAGGACCT TGTTTATCAG AAAAGGTTCA 
GGTTTTTCTT CGCGCAGTGT AATAACTGGT GACGCATATA AAAGGGTCAA TGAAATTGGT 
TTACCATTTG AAATTGCTCA AAGAATTACA TTTGAGGAAA GAGTTAATGT GCATAACATG 
AAACATTTGC AAAATTTAGT GGATGAGAAG TTGTGCCTCA CCTATAGGGA TGGTTTATCT 
ACATACTCCC TGAGGGAGGG TTCGAAAGGG CATACATTTC TAAGACCTGG TCAAGTTGTA 
CATCGGCGGA TCATGGATGG GGATATTGTG TTCATTAATA GGCCGCCTAC TACTCACAAA 
CATTCACTGC AAGCATTGTC AGTATATGTT CATGATGATC ATACAGTCAA GATAAACCCT 
CTTATTTGTG GACCTCTAAG CGCTGATTTT GATGGTGACT GTGTTCACTT GTTCTATCCT 
CAGTCTCTTG GGGCAAAGGC TGAGGTTTTA GAGCTATTCT CGGTGGAGAA ACAGTTGCTT 
AGCTCTCATA GTGGTAACCT CAACTTGCAG CTGGCCACTG ATTCATTGTT GTCTCTAAAA 
GTTCTCTTTG AGAGATATTT CTTGAACAAA GCAGCTGCTC AGCAGTTAGT GATGTTTGTT 
TCTATGTCCT TACCGAGGCC CGCTTTGTTG AAGTCTCCTT GTTCTGGCCC TTGTTGGACT 
GCCTTGCAGA TATTGCAGAC TGCCTTACCG TCTTACTTTG ATTGTATTGG AGAGAGGCAC 
TGGATTAGCA AAAGTGCTAT ATTGAAAGTT GATTATAATA GGGATGTTTT GCAATCTTTG 
GTCAATGAAA TTGTCACATC CATTTTCTCT GAGAAAGGTC CCAATGAGGT CTTGAAGTTC 
TTTGATTCTT TACAGCCTTT GTTGATGGAA AATTTGTTTT CAGAGGGTTT CAGTGTCAGC 
TTGGAGGATT TTTCCATTCC CAGTGAGGTC ACACAAAATA TCCAGAAAAA TGTTGAGGAC 
ATTTCATCAT TGTTGTATAA CTTAAGGTCG ATGTACAATG AACTGCTACA GTTGCAGGCA 
GAGAATCACT TGAGACTTAC CAAGGTTCCT GTTGCTAATT TCATTTTGAA TTCATCTGCA 
CTGGGTAATT TAATTGATTC CAAGAGTGAT TCGGCTATTA ACAAGGTAGT TCAACAAATT 
GGGTTCCTGG GACAACAACT TTCAGAAAAG GGTAAGTTCT ATTCCAGGAC CTTGGTTGAG 
GGCATGGCTT ATCTATTCAA AAGCAAGTAT CCTTTTCATG GGGCTGACTA CCCTTCTGGG 
GAATTTGGAT TAATTAGAAG CTGTTTCTTC CATGGCTTAG ATCCTTATGA GGAAATGGTT 
CATTCAATTT CCACAAGAGA AATAATTGTA CGATCATCAA GGGGCTTGTC TGAACCAGGA 
ACTTTGTTTA AAAACTTAAT GGCTATTCTT CGAGATGTTG TTATCTGTTA TGATGGTACA 
GTGAGGAATG TTTGTAGCAA TTCAATTATC CAATTTGAGT ATGGAGTGAA GGCTAGAACT 
AAACCCCAGC ATTTCTTCCC TGCTGGTGAG CCTGTTGGTG TTTTAGCTGC TACAGCTATG 
TCAAATCCTG CATACAAAGC TGTTCTTGAT TCTTCTCCAA GCAGTAATTC CTCATGGGAG 
CTGATGAAGG AAATCTTGCT CTGTCAAGTC AACTTTAAGA ATGATCTTAT TGATCGACGT 
GTTATTTTAT ACTTGAATGA CTGTGATTGT GGGAGAAAGT ACTGCCGAGA AAATGCGGCA 
TACCTTGTTA AGAATCAATT GAAAAAGGCC AGTCTTAAAG ATACTGCTGT GGAATTCATG 
ATTGAATATG TGAAGCAGCA TGCTGTCTCG GGAAGTTCTG AACCTGGTAC AGGCCTTGTT 
GGACATATTC ATCTAAACAA GTTGTTGTTG CAAGATTTGA ACGTTAGTAT GCAAGAGGTT 
TGCCAAAAGT GTGAAGAGAC CATTAATTCA TTCCGGAAGA AGAAGAATGT TGGTCCTTTC 
TTTAAGAAGA TAATTCTATC TTTCAGGGAG TGTTGCACTT TCCAGCATTC TTGTCAAAGC 
AAAGGGTCAG ACATGCCATG CTTGTTGTTC TTTTGGCAAG GCAACCGTGA TGATAATTTA 
GAGCAAATTT TACATATACT CGCTCACAAA ATTTGCCCAG TTCTGCTGCA GACTATTATC 
AAAGGTGACT CTCGTGTTTG TACGGTGAAC ATAATCTGGA TCAGTCCAGA TACCACGACT 
TGGATAAGAA ACCCTTGCAA AAGTCGGAAG GGTGAACTAG CCTTGGACAT AGTTCTTGAG 
AAAGCAGCTG TTAAGCAAAG AGGTGATGCA TGGAGGATTG TCCTTGATGC CTGTCTTCCT 
GTACTCCATT TGATTGACAC TAGGCGTTCC ATACCATATG CAATAAAACA GGTGCAGGAA 
CTGCTAGGGA TTTCTTGTGC TTTTGACCAA GCTGTTCAGC GCCTTTCAAA ATCAGTGACC 
ATGGTTGCAA AAGGGGTGCT CAAAGAGCAT CTTATTCTCT TGGCAAATAG TATGACATGT 
GCGGGAAATT TAATCGGTTT CAATTCAGGT GGTTATAAAG CACTATCTCG TGCATTGAAT 
CTTCAAGTAC CATTCACTGA AGCCACCCTT TTTACACCAA GAAAATGTTT TGAGAAGGCT 
TCTGAAAAGT GTCATACTGA CTCTTTATCA AGCATTGTTG CATCATGCTC TTGGGGTAAA 
CATGTGACAG TTGGTACAGG ATCTCGATTT GATGTTCTTT GGGATACAAA AGAGATTGGG 
CCTGCTCAAG ATGGTGGAAT TGATATTTAT AGCTTCCTCC ATTTAGTGAG AAGTGGTTCA 
TATGGAAAAG AACCAGATAC TGCTTGTCTC GGTGCAGAAG TTGAGGATTT AATATTGGAA 
GATGAAAATC TGGAGTTGGG CATGTCCCCA GAGCATAGTT CTAACTTTGA AAAGCCAGTT 
TTTGAAGATA GTGCTGAATT CCAGAACACT TGGGAGAATC ACGTGCCTGG TAGTGGTGGA 
GACTGGGCTG TCAACCAAAA TAAAGAGACT ACTGCATCAA CTTTGAAGCC TAGTGCATGG 
TCTAGTTGGG GCACTGATAA AGTAACCATG AAGGATACTT TCTCTACAAG GGAGCCAGAT 
GAATCTTCCA GATCTGCTGG TTGGGATGAT AAGGGGACTT GGGGAACTGA TAAAGCACAA 
AATACAGCCT TTAGGAGGAC ACACGAAGAT TCTCCCAGAT CTTCTGGTAG GGATGAAACA 
TTTAGGGATG GACGTCCTCA GTTTGCGTCG TCTGCATGGG GAAAAAAGAT TGATGAAGCT 
GATAAAACTG GATGGAATAA AAATGATGGT AAGCCTCAGA TGGACAAACT GAGGGAGTCT 
TATGATTGGG ATTGTAAGGT GGCCCAGGAA AAAACAACTC AATCAACCTA TGGTGGTATT 
TCTTCAACCA CTGGAGACTG GAAGAAGAAT GAACTGCAAA TGGAGGTGGT GCAACATGAT 
GAATCTCCTG TCAATGAGCA TTCTTGGGAT GCTAATTTAC CTGAAGACCC ATTAGCTCAG 
GCAACAACTT CAGTTGGTTG GGATTCTTCA ACTGGCAAGG ACTGGACTAA ACGTAAATTG 
CAATCTCCTT CAGAGCAACA GAGAGATCCA GCAATAAAAT CATGGAGTTC TAGCCATAAT 
GTAATGAAAG AACAATCAAA CCAACCAGCA AGCACACATG GTTGGGATTC TCCTGGAGCG 
AAAGGTTGGA ATGATGTTGA AGAGCAATCT CAATGGAACC AGAGAGGGTC CGCTGTTAAA 
AATGATCAAA GTGAAAGTTC ACATGGTTGG GGCCCTTCAA ATGAGCAAAA CCAACTGCCA 
AGCTCGCAAG GTTGGGGTTC TCCCAATGCT GGAGCTGGGC ATGAAAGTGA GACACAATCT 
CAATGGGGAC AGCCAAGTGG GAAGAAAAGT CGTCCTGAAG GTTCACGTGG TTGGGGCTCT 
AATAACACAG AATGGAAAAA CAAGAAGAAT CGACCCAATA AGCCCCAGGG ACCATTAAAT 
GATGATTACA GTGCAGGTGG AATATTTACT GCTACTAGAC AGCGTGTAGA TATTTTCACT 
TCTGAAGAGC AAGACATTCT CTTGGATGTC GAACCAATCA TGCAGTCTAT TAGAAGAATA 
ATGCACCAAG CAGGGTACAA TGATGGGGAT CCACTATCAG CCGATGATCA ATCGTATATA 
CTCGATAAAG TTTTTAATAA CCATCCTGAT AAAGCTGTAA AAATGGGCAC TGGAATTGAT 
TATGTCATGG TTAGCAGACA TAGCAGTTTC TTGGAGAGCA GGTGCTTCTA TGTTGTCTCA 
ACTGATGGTC ACAAAGAAGA CTTTTCATAC CGCAAATGTC TGGAGAACTT CATCAAGGAA 
AAGTATCCTG ACAATGCTGA AACATTCATT GGAAAATATT TTAGAAGACC TCGCGCTGGA 
GGGAACCGGG AGCGAAGTGT CATTCCCGAG GATGGAGGAA ACAGGGAGCA AAGTGTTGTT 
CCAGAGGAGA CTGGGAGTGA GAACAGGCAG TAG

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

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LOC100266900 cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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