LOC100254091 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100254091
Entrez Gene ID	100254091
Full Name	probable LRR receptor-like serine/threonine-protein kinase At3g47570
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010658750.2	XP_010657052.1	putative receptor-like protein kinase At3g47110 isoform X1
XM_010658751.2	XP_010657053.1	probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC100254091 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100254091 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
OVa28237	XM_010658751.2 Latest version!	Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OVa28236	XM_010658750.2 Latest version!	Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

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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)

LOC100254091 ( XM_010658751.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010657053.1 Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa28237
Clone ID Related Accession (Same CDS sequence)	XM_010658751.2
Accession Version	XM_010658751.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4374bp) 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	probable LRR receptor-like serine/threonine-protein kinase At3g47570 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012018.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010658751.1. ##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##

ATGTACCTCT TTTCTCCTTT TGTTTTAGCA TTTGTTTTGG TATATTGTTG GGTGGCTTGC 
TTCACTCCCA TGGTTTTCTC CATCAATTTA GTTGATGAGG TTGCTCTTAT TGCCTTGAAA 
GCCCATATCA CATATGATTC CCAAGGCATT TTGGCAACAA ATTGGTCTAC CAAAAGCTCC 
TATTGTAGTT GGTATGGTAT TTCTTGCAAT GCTCCTCAAC AAAGAGTTTC TGCAATCAAT 
CTCTCTAACA TGGGTCTTCA AGGAACTATT GTGTCACAAG TCGGCAACCT CTCTTTTCTT 
GTTTCCCTTG ATCTCAGTAA TAACTACTTC CATGCGTCTC TTCCCAAGGA TATTGGTTCC 
ATACCTGCCA CCATTTTCAA CATATCTTCT TTGCTCAACA TTAGTCTCTC CTACAACAGC 
CTCTCTGGAA GTCTTCCCAT GGATATGTGC AACACCAATC CAAATCTCAA GGAGCTTAAT 
CTTACGTCAA ATAACTTGAG TGGAAAGATC CCCACCAGTT TAGGCCAATG TACAAAGCTT 
CAAGTAATTT CCTTATCATA TAATGAATTG ACGGGGAGCA TGCCAAGAGC AATTGGTAAT 
TTGGTGGAGC TTCAGAGATT GTCTCTCCTC AATAACAGCT TGACAGGAGA AATACCTCAA 
TCACTGTTGA ACATCTCTTC ATTGAGGTTT TTGCGTCTGG GAGAAAATAA CCTAGTAGGT 
ATCCTCCCTA CAAGCATGGG TTATGATCTT CCCAAGCTTG AATTCATTGA TCTCTCAAGC 
AATCAACTCA AAGGTGAAAT CCCCTCCAGC TTGTTGCATT GTCGACAGCT CCGAGTGCTA 
TCCTTATCAG TCAATCACTT AACTGGAGGC ATACCAAAAG CTATAGGGAG TTTATCGAAT 
CTTGAAGAAT TATATCTTGA TTATAACAAT TTGGCAGGTG GAATTCCTAG AGAGATTGGG 
AATCTTTCAA ATTTAAATAT TCTGGACTTT GGGTCTAGTG GAATAAGTGG CCCTATTCCT 
CCTGAAATTT TCAATATCTC TTCTTTGCAA ATCATTGATT TGACTGATAA TAGCCTTCCT 
GGGAGTCTTC CAATGGATAT CTGCAAACAT CTTCCTAATC TCCAAGGGCT CTATCTTTCT 
TGGAATAAGC TCAGTGGTCA ACTTCCTTCA ACTCTGTCCT TATGTGGACA ATTGCAGTCA 
CTGTCTTTAT GGGGGAATAG GTTCACAGGT AACATTCCAC CTTCATTTGG TAATTTAACC 
GCCTTACAGG TTCTTGAATT GGCGGAAAAC AATATTCCAG GTAACATCCC CAGTGAGTTG 
GGGAATCTCA TCAACTTACA GTACTTGAAA CTTAGCGCAA ACAATCTAAC AGGGATAATA 
CCAGAAGCTA TTTTCAATAT CTCTTCATTA CAAGAGATTG ATTTTAGTAA TAATAGCCTT 
TCCGGGTGTC TTCCAATGGA TATCTGCAAA CATCTTCCTG ATCTTCCCAA GCTTGAATTC 
ATTGATCTCT CAAGCAATCA ACTCAAAGGT GAAATCCCTT CCAGCTTGTC GCATTGTCCA 
CATCTCCGAG GGCTATCATT ATCACTCAAT CAGTTCACAG GAGGCATACC ACAAGCCATA 
GGGAGTTTAT CGAATCTTGA AGAATTATAT CTTGCTTATA ACAATTTGGT AGGTGGAATT 
CCTAGAGAGA TTGGGAATCT TTCAAATTTA AATATTCTGG ACTTTGGGTC TAGTGGAATA 
AGTGGCCCTA TTCCTCCTGA AATTTTCAAT ATCTCTTCTT TGCAAATATT TGATTTGACT 
GATAATAGCC TTCTTGGGAG TCTTCCAATG GATATCTACA AACATCTTCC TAATCTCCAA 
GAGCTCTATC TTTCTTGGAA TAAGCTCAGT GGTCAACTTC CTTCAACTCT GTCCTTATGT 
GGACAATTGC AGTCACTGTC TTTATGGGGG AATAGGTTCA CAGGTAACAT TCCACCTTCA 
TTTGGTAATT TAACCGCCTT ACAGGATCTT GAATTGGGGG ACAACAATAT TCAAGGTAAC 
ATCCCCAATG AGTTGGGGAA TCTCATCAAC TTACAGAACT TGAAACTTAG CGAAAACAAT 
CTGACAGGGA TAATACCAGA AGCTATTTTT AACATCTCAA AACTGCAGAG CCTTTCGTTG 
GCACAAAATC ACTTTTCAGG CAGTCTCCCA TCAAGTCTTG GCACTCAGCT CCCCGATCTT 
GAAGGGCTTG CTATAGGACG CAATGAATTC AGTGGAATAA TTCCAATGTC TATTTCAAAC 
ATGTCAGAAC TTACTGAGCT GGACATATGG GACAATTTCT TCACTGGTGA TGTGCCAAAA 
GATCTAGGTA ACTTGAGAAG GCTTGAATTT CTCAACCTTG GATCCAATCA ATTGACTGAT 
GAACACTCCG CCTCTGAGGT TGGTTTTCTT ACTTCTCTGA CCAATTGTAA TTTTTTGAGA 
ACATTGTGGA TAGAAGATAA TCCTTTAAAA GGTATTCTTC CAAATTCACT AGGGAATCTT 
TCCATTTCTC TTGAAAGTTT TGATGCATCA GCCTGCCAAT TCAGAGGAAC CATCCCCACA 
GGAATTGGTA ATTTGACCAG TTTGATATCT CTAGAGCTAG GAGATAATGA CTTGACAGGT 
TTGATTCCAA CTACATTGGG TCAACTAAAG AAGCTCCAAG AATTAGGCAT TGCTGGAAAT 
AGACTACGAG GATCCATTCC AAATGATCTT TGTCGTTTGA AGAACTTGGG ATACTTGTTT 
TTGAGTTCTA ACCAACTAAC TGGATCAATC CCAAGTTGTC TTGGATATCT TCCTCCACTA 
CGAGAACTCT ATCTTCACTC CAATGCATTA GCTTCCAACA TTCCTCCATC CTTATGGACC 
CTTAGAGGTT TGTTGGTTCT TAACTTGTCT TCAAATTTCC TAACTGGCCA TCTACCTCCC 
GAAGTTGGAA ACATAAAGTC CATTAGAACA TTGGACCTGT CAAAGAACCA AGTTTCAGGT 
CACATTCCAA GAACATTGGG AGAACTACAA AATTTGGAAG ACCTTTCCTT GTCCCAAAAC 
AGACTACAAG GCCCTATACC TCTAGAGTTT GGTGATTTGC TAAGCTTGAA ATTCTTGGAT 
TTGTCCCAAA ACAATTTATC TGGAGTCATT CCCAAGTCAT TAAAGGCTCT TACTTATCTC 
AAATATCTAA ATGTTTCTTT CAATAAACTA CAAGGAGAAA TTCCGGATGG AGGACCTTTC 
ATGAATTTCA CTGCTGAATC GTTCATCTTC AATGAAGCCT TGTGTGGAGC ACCTCACTTT 
CAAGTCATAG CATGTGATAA AAGCACTCGC AGTCGATCGT GGAGGACGAA GTTATTCATC 
TTGAAATATA TTCTACCTCC AGTCATATCA ATAATAACTT TAGTGGTTTT CCTTGTTTTG 
TGGATACGTA GACGAAAGAA CTTGGAAGTG CCAACTCCAA TTGACTCATG GCTTCCTGGA 
TCACATGAAA AGATTTCCCA CCAGCAACTT CTTTATGCAA CAAACTACTT TGGTGAAGAT 
AATTTGATTG GGAAAGGAAG CCTGAGCATG GTATATAAAG GGGTATTATC TAATGGCTTA 
ACTGTTGCTG TAAAGGTTTT TAATTTAGAA TTCCAAGGAG CCTTTAGGAG TTTTGATTCA 
GAATGTGAAG TGATGCAAAG TATTCGCCAT CGGAATCTCG TCAAGATAAT TACTTGTTGC 
TCCAACCTTG ACTTCAAAGC ATTGGTGCTC GAATATATGC CTAAAGGAAG CCTTGACAAG 
TGGTTGTATT CTCACAACTA TTTTTTGGAT CTCATCCAAA GATTAAACAT CATGATTGAT 
GTGGCATCAG CATTGGAGTA TCTTCATCAT GATTGTCCAA GCCTTGTGGT GCATTGCGAC 
TTAAAGCCCA ACAATATTTT GTTAGATGAT GACATGGTTG CTCATGTGGG CGATTTTGGG 
ATTGCAAGAT TGTTGACTGA AACAGAGTCT ATGCAACAAA CAAAGACCTT GGGCACAATT 
GGCTACATGG CACCAGAGTA TGGCTCAGAT GGGATAGTAT CCACAAAGGG CGATGTTTTT 
AGCTATGGGA TCATGCTAAT GGAGGTATTT GCAAGGAAGA AGCCTATGGA TGAAATGTTC 
AATGGAGATC TAACCTTGAA AAGTTGGGTG GAGTCATTAG CTGATTCGAT GATAGAGGTT 
GTGGATGCCA ATCTATTGAG GAGAGAGGAT GAAGACTTTG CCACAAAGCT GAGCTGTTTG 
TCCTCCATTA TGGCTTTAGC TTTGGCCTGT ACAACTGATT CACCTGAGGA GAGGATTGAC 
ATGAAAGATG TGGTAGTTGG ACTTAAGAAG ATCAAAATCG AACTGTTGAC ATAA

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

RefSeq	XP_010657053.1
CDS	27..4400
Translation	MYLFSPFVLAFVLVYCWVACFTPMVFSINLVDEVALIALKAHITYDSQGILATNWSTKSSYCSWYGISCNAPQQRVSAINLSNMGLQGTIVSQVGNLSFLVSLDLSNNYFHASLPKDIGSIPATIFNISSLLNISLSYNSLSGSLPMDMCNTNPNLKELNLTSNNLSGKIPTSLGQCTKLQVISLSYNELTGSMPRAIGNLVELQRLSLLNNSLTGEIPQSLLNISSLRFLRLGENNLVGILPTSMGYDLPKLEFIDLSSNQLKGEIPSSLLHCRQLRVLSLSVNHLTGGIPKAIGSLSNLEELYLDYNNLAGGIPREIGNLSNLNILDFGSSGISGPIPPEIFNISSLQIIDLTDNSLPGSLPMDICKHLPNLQGLYLSWNKLSGQLPSTLSLCGQLQSLSLWGNRFTGNIPPSFGNLTALQVLELAENNIPGNIPSELGNLINLQYLKLSANNLTGIIPEAIFNISSLQEIDFSNNSLSGCLPMDICKHLPDLPKLEFIDLSSNQLKGEIPSSLSHCPHLRGLSLSLNQFTGGIPQAIGSLSNLEELYLAYNNLVGGIPREIGNLSNLNILDFGSSGISGPIPPEIFNISSLQIFDLTDNSLLGSLPMDIYKHLPNLQELYLSWNKLSGQLPSTLSLCGQLQSLSLWGNRFTGNIPPSFGNLTALQDLELGDNNIQGNIPNELGNLINLQNLKLSENNLTGIIPEAIFNISKLQSLSLAQNHFSGSLPSSLGTQLPDLEGLAIGRNEFSGIIPMSISNMSELTELDIWDNFFTGDVPKDLGNLRRLEFLNLGSNQLTDEHSASEVGFLTSLTNCNFLRTLWIEDNPLKGILPNSLGNLSISLESFDASACQFRGTIPTGIGNLTSLISLELGDNDLTGLIPTTLGQLKKLQELGIAGNRLRGSIPNDLCRLKNLGYLFLSSNQLTGSIPSCLGYLPPLRELYLHSNALASNIPPSLWTLRGLLVLNLSSNFLTGHLPPEVGNIKSIRTLDLSKNQVSGHIPRTLGELQNLEDLSLSQNRLQGPIPLEFGDLLSLKFLDLSQNNLSGVIPKSLKALTYLKYLNVSFNKLQGEIPDGGPFMNFTAESFIFNEALCGAPHFQVIACDKSTRSRSWRTKLFILKYILPPVISIITLVVFLVLWIRRRKNLEVPTPIDSWLPGSHEKISHQQLLYATNYFGEDNLIGKGSLSMVYKGVLSNGLTVAVKVFNLEFQGAFRSFDSECEVMQSIRHRNLVKIITCCSNLDFKALVLEYMPKGSLDKWLYSHNYFLDLIQRLNIMIDVASALEYLHHDCPSLVVHCDLKPNNILLDDDMVAHVGDFGIARLLTETESMQQTKTLGTIGYMAPEYGSDGIVSTKGDVFSYGIMLMEVFARKKPMDEMFNGDLTLKSWVESLADSMIEVVDANLLRREDEDFATKLSCLSSIMALALACTTDSPEERIDMKDVVVGLKKIKIELLT

Target ORF information:

RefSeq Version	XM_010658751.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X2, mRNA.

Target ORF information:

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

XM_010658751.2

ORF Insert Sequence:

ATGTACCTCT TTTCTCCTTT TGTTTTAGCA TTTGTTTTGG TATATTGTTG GGTGGCTTGC 
TTCACTCCCA TGGTTTTCTC CATCAATTTA GTTGATGAGG TTGCTCTTAT TGCCTTGAAA 
GCCCATATCA CATATGATTC CCAAGGCATT TTGGCAACAA ATTGGTCTAC CAAAAGCTCC 
TATTGTAGTT GGTATGGTAT TTCTTGCAAT GCTCCTCAAC AAAGAGTTTC TGCAATCAAT 
CTCTCTAACA TGGGTCTTCA AGGAACTATT GTGTCACAAG TCGGCAACCT CTCTTTTCTT 
GTTTCCCTTG ATCTCAGTAA TAACTACTTC CATGCGTCTC TTCCCAAGGA TATTGGTTCC 
ATACCTGCCA CCATTTTCAA CATATCTTCT TTGCTCAACA TTAGTCTCTC CTACAACAGC 
CTCTCTGGAA GTCTTCCCAT GGATATGTGC AACACCAATC CAAATCTCAA GGAGCTTAAT 
CTTACGTCAA ATAACTTGAG TGGAAAGATC CCCACCAGTT TAGGCCAATG TACAAAGCTT 
CAAGTAATTT CCTTATCATA TAATGAATTG ACGGGGAGCA TGCCAAGAGC AATTGGTAAT 
TTGGTGGAGC TTCAGAGATT GTCTCTCCTC AATAACAGCT TGACAGGAGA AATACCTCAA 
TCACTGTTGA ACATCTCTTC ATTGAGGTTT TTGCGTCTGG GAGAAAATAA CCTAGTAGGT 
ATCCTCCCTA CAAGCATGGG TTATGATCTT CCCAAGCTTG AATTCATTGA TCTCTCAAGC 
AATCAACTCA AAGGTGAAAT CCCCTCCAGC TTGTTGCATT GTCGACAGCT CCGAGTGCTA 
TCCTTATCAG TCAATCACTT AACTGGAGGC ATACCAAAAG CTATAGGGAG TTTATCGAAT 
CTTGAAGAAT TATATCTTGA TTATAACAAT TTGGCAGGTG GAATTCCTAG AGAGATTGGG 
AATCTTTCAA ATTTAAATAT TCTGGACTTT GGGTCTAGTG GAATAAGTGG CCCTATTCCT 
CCTGAAATTT TCAATATCTC TTCTTTGCAA ATCATTGATT TGACTGATAA TAGCCTTCCT 
GGGAGTCTTC CAATGGATAT CTGCAAACAT CTTCCTAATC TCCAAGGGCT CTATCTTTCT 
TGGAATAAGC TCAGTGGTCA ACTTCCTTCA ACTCTGTCCT TATGTGGACA ATTGCAGTCA 
CTGTCTTTAT GGGGGAATAG GTTCACAGGT AACATTCCAC CTTCATTTGG TAATTTAACC 
GCCTTACAGG TTCTTGAATT GGCGGAAAAC AATATTCCAG GTAACATCCC CAGTGAGTTG 
GGGAATCTCA TCAACTTACA GTACTTGAAA CTTAGCGCAA ACAATCTAAC AGGGATAATA 
CCAGAAGCTA TTTTCAATAT CTCTTCATTA CAAGAGATTG ATTTTAGTAA TAATAGCCTT 
TCCGGGTGTC TTCCAATGGA TATCTGCAAA CATCTTCCTG ATCTTCCCAA GCTTGAATTC 
ATTGATCTCT CAAGCAATCA ACTCAAAGGT GAAATCCCTT CCAGCTTGTC GCATTGTCCA 
CATCTCCGAG GGCTATCATT ATCACTCAAT CAGTTCACAG GAGGCATACC ACAAGCCATA 
GGGAGTTTAT CGAATCTTGA AGAATTATAT CTTGCTTATA ACAATTTGGT AGGTGGAATT 
CCTAGAGAGA TTGGGAATCT TTCAAATTTA AATATTCTGG ACTTTGGGTC TAGTGGAATA 
AGTGGCCCTA TTCCTCCTGA AATTTTCAAT ATCTCTTCTT TGCAAATATT TGATTTGACT 
GATAATAGCC TTCTTGGGAG TCTTCCAATG GATATCTACA AACATCTTCC TAATCTCCAA 
GAGCTCTATC TTTCTTGGAA TAAGCTCAGT GGTCAACTTC CTTCAACTCT GTCCTTATGT 
GGACAATTGC AGTCACTGTC TTTATGGGGG AATAGGTTCA CAGGTAACAT TCCACCTTCA 
TTTGGTAATT TAACCGCCTT ACAGGATCTT GAATTGGGGG ACAACAATAT TCAAGGTAAC 
ATCCCCAATG AGTTGGGGAA TCTCATCAAC TTACAGAACT TGAAACTTAG CGAAAACAAT 
CTGACAGGGA TAATACCAGA AGCTATTTTT AACATCTCAA AACTGCAGAG CCTTTCGTTG 
GCACAAAATC ACTTTTCAGG CAGTCTCCCA TCAAGTCTTG GCACTCAGCT CCCCGATCTT 
GAAGGGCTTG CTATAGGACG CAATGAATTC AGTGGAATAA TTCCAATGTC TATTTCAAAC 
ATGTCAGAAC TTACTGAGCT GGACATATGG GACAATTTCT TCACTGGTGA TGTGCCAAAA 
GATCTAGGTA ACTTGAGAAG GCTTGAATTT CTCAACCTTG GATCCAATCA ATTGACTGAT 
GAACACTCCG CCTCTGAGGT TGGTTTTCTT ACTTCTCTGA CCAATTGTAA TTTTTTGAGA 
ACATTGTGGA TAGAAGATAA TCCTTTAAAA GGTATTCTTC CAAATTCACT AGGGAATCTT 
TCCATTTCTC TTGAAAGTTT TGATGCATCA GCCTGCCAAT TCAGAGGAAC CATCCCCACA 
GGAATTGGTA ATTTGACCAG TTTGATATCT CTAGAGCTAG GAGATAATGA CTTGACAGGT 
TTGATTCCAA CTACATTGGG TCAACTAAAG AAGCTCCAAG AATTAGGCAT TGCTGGAAAT 
AGACTACGAG GATCCATTCC AAATGATCTT TGTCGTTTGA AGAACTTGGG ATACTTGTTT 
TTGAGTTCTA ACCAACTAAC TGGATCAATC CCAAGTTGTC TTGGATATCT TCCTCCACTA 
CGAGAACTCT ATCTTCACTC CAATGCATTA GCTTCCAACA TTCCTCCATC CTTATGGACC 
CTTAGAGGTT TGTTGGTTCT TAACTTGTCT TCAAATTTCC TAACTGGCCA TCTACCTCCC 
GAAGTTGGAA ACATAAAGTC CATTAGAACA TTGGACCTGT CAAAGAACCA AGTTTCAGGT 
CACATTCCAA GAACATTGGG AGAACTACAA AATTTGGAAG ACCTTTCCTT GTCCCAAAAC 
AGACTACAAG GCCCTATACC TCTAGAGTTT GGTGATTTGC TAAGCTTGAA ATTCTTGGAT 
TTGTCCCAAA ACAATTTATC TGGAGTCATT CCCAAGTCAT TAAAGGCTCT TACTTATCTC 
AAATATCTAA ATGTTTCTTT CAATAAACTA CAAGGAGAAA TTCCGGATGG AGGACCTTTC 
ATGAATTTCA CTGCTGAATC GTTCATCTTC AATGAAGCCT TGTGTGGAGC ACCTCACTTT 
CAAGTCATAG CATGTGATAA AAGCACTCGC AGTCGATCGT GGAGGACGAA GTTATTCATC 
TTGAAATATA TTCTACCTCC AGTCATATCA ATAATAACTT TAGTGGTTTT CCTTGTTTTG 
TGGATACGTA GACGAAAGAA CTTGGAAGTG CCAACTCCAA TTGACTCATG GCTTCCTGGA 
TCACATGAAA AGATTTCCCA CCAGCAACTT CTTTATGCAA CAAACTACTT TGGTGAAGAT 
AATTTGATTG GGAAAGGAAG CCTGAGCATG GTATATAAAG GGGTATTATC TAATGGCTTA 
ACTGTTGCTG TAAAGGTTTT TAATTTAGAA TTCCAAGGAG CCTTTAGGAG TTTTGATTCA 
GAATGTGAAG TGATGCAAAG TATTCGCCAT CGGAATCTCG TCAAGATAAT TACTTGTTGC 
TCCAACCTTG ACTTCAAAGC ATTGGTGCTC GAATATATGC CTAAAGGAAG CCTTGACAAG 
TGGTTGTATT CTCACAACTA TTTTTTGGAT CTCATCCAAA GATTAAACAT CATGATTGAT 
GTGGCATCAG CATTGGAGTA TCTTCATCAT GATTGTCCAA GCCTTGTGGT GCATTGCGAC 
TTAAAGCCCA ACAATATTTT GTTAGATGAT GACATGGTTG CTCATGTGGG CGATTTTGGG 
ATTGCAAGAT TGTTGACTGA AACAGAGTCT ATGCAACAAA CAAAGACCTT GGGCACAATT 
GGCTACATGG CACCAGAGTA TGGCTCAGAT GGGATAGTAT CCACAAAGGG CGATGTTTTT 
AGCTATGGGA TCATGCTAAT GGAGGTATTT GCAAGGAAGA AGCCTATGGA TGAAATGTTC 
AATGGAGATC TAACCTTGAA AAGTTGGGTG GAGTCATTAG CTGATTCGAT GATAGAGGTT 
GTGGATGCCA ATCTATTGAG GAGAGAGGAT GAAGACTTTG CCACAAAGCT GAGCTGTTTG 
TCCTCCATTA TGGCTTTAGC TTTGGCCTGT ACAACTGATT CACCTGAGGA GAGGATTGAC 
ATGAAAGATG TGGTAGTTGG ACTTAAGAAG ATCAAAATCG AACTGTTGAC ATAA

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

LOC100254091 ( XM_010658750.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010657052.1 Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa28236
Clone ID Related Accession (Same CDS sequence)	XM_010658750.2
Accession Version	XM_010658750.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4569bp) 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	putative receptor-like protein kinase At3g47110 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012018.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010658750.1. ##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##

ATGTACCTCT TTTCTCCTTT TGTTTTAGCA TTTGTTTTGG TATATTGTTG GGTGGCTTGC 
TTCACTCCCA TGGTTTTCTC CATCAATTTA GTTGATGAGG TTGCTCTTAT TGCCTTGAAA 
GCCCATATCA CATATGATTC CCAAGGCATT TTGGCAACAA ATTGGTCTAC CAAAAGCTCC 
TATTGTAGTT GGTATGGTAT TTCTTGCAAT GCTCCTCAAC AAAGAGTTTC TGCAATCAAT 
CTCTCTAACA TGGGTCTTCA AGGAACTATT GTGTCACAAG TCGGCAACCT CTCTTTTCTT 
GTTTCCCTTG ATCTCAGTAA TAACTACTTC CATGCGTCTC TTCCCAAGGA TATTGGTAAG 
TGCAAAGAGC TTCAACAACT GAATTTATTT AATAATAAAT TGGTTGGAAG CATTCCAGAA 
GCCATTTGTA ATTTATCAAA ACTTGAAGAG CTATATCTTG GCAATAATCA GTTGACCGGT 
GAAATTCCAA AGACGTTCAG TCATCTTCGT AATCTGAAGA TATTGTCATT GCGAATGAAC 
AACTTAACAG GTTCCATACC TGCCACCATT TTCAACATAT CTTCTTTGCT CAACATTAGT 
CTCTCCTACA ACAGCCTCTC TGGAAGTCTT CCCATGGATA TGTGCAACAC CAATCCAAAT 
CTCAAGGAGC TTAATCTTAC GTCAAATAAC TTGAGTGGAA AGATCCCCAC CAGTTTAGGC 
CAATGTACAA AGCTTCAAGT AATTTCCTTA TCATATAATG AATTGACGGG GAGCATGCCA 
AGAGCAATTG GTAATTTGGT GGAGCTTCAG AGATTGTCTC TCCTCAATAA CAGCTTGACA 
GGAGAAATAC CTCAATCACT GTTGAACATC TCTTCATTGA GGTTTTTGCG TCTGGGAGAA 
AATAACCTAG TAGGTATCCT CCCTACAAGC ATGGGTTATG ATCTTCCCAA GCTTGAATTC 
ATTGATCTCT CAAGCAATCA ACTCAAAGGT GAAATCCCCT CCAGCTTGTT GCATTGTCGA 
CAGCTCCGAG TGCTATCCTT ATCAGTCAAT CACTTAACTG GAGGCATACC AAAAGCTATA 
GGGAGTTTAT CGAATCTTGA AGAATTATAT CTTGATTATA ACAATTTGGC AGGTGGAATT 
CCTAGAGAGA TTGGGAATCT TTCAAATTTA AATATTCTGG ACTTTGGGTC TAGTGGAATA 
AGTGGCCCTA TTCCTCCTGA AATTTTCAAT ATCTCTTCTT TGCAAATCAT TGATTTGACT 
GATAATAGCC TTCCTGGGAG TCTTCCAATG GATATCTGCA AACATCTTCC TAATCTCCAA 
GGGCTCTATC TTTCTTGGAA TAAGCTCAGT GGTCAACTTC CTTCAACTCT GTCCTTATGT 
GGACAATTGC AGTCACTGTC TTTATGGGGG AATAGGTTCA CAGGTAACAT TCCACCTTCA 
TTTGGTAATT TAACCGCCTT ACAGGTTCTT GAATTGGCGG AAAACAATAT TCCAGGTAAC 
ATCCCCAGTG AGTTGGGGAA TCTCATCAAC TTACAGTACT TGAAACTTAG CGCAAACAAT 
CTAACAGGGA TAATACCAGA AGCTATTTTC AATATCTCTT CATTACAAGA GATTGATTTT 
AGTAATAATA GCCTTTCCGG GTGTCTTCCA ATGGATATCT GCAAACATCT TCCTGATCTT 
CCCAAGCTTG AATTCATTGA TCTCTCAAGC AATCAACTCA AAGGTGAAAT CCCTTCCAGC 
TTGTCGCATT GTCCACATCT CCGAGGGCTA TCATTATCAC TCAATCAGTT CACAGGAGGC 
ATACCACAAG CCATAGGGAG TTTATCGAAT CTTGAAGAAT TATATCTTGC TTATAACAAT 
TTGGTAGGTG GAATTCCTAG AGAGATTGGG AATCTTTCAA ATTTAAATAT TCTGGACTTT 
GGGTCTAGTG GAATAAGTGG CCCTATTCCT CCTGAAATTT TCAATATCTC TTCTTTGCAA 
ATATTTGATT TGACTGATAA TAGCCTTCTT GGGAGTCTTC CAATGGATAT CTACAAACAT 
CTTCCTAATC TCCAAGAGCT CTATCTTTCT TGGAATAAGC TCAGTGGTCA ACTTCCTTCA 
ACTCTGTCCT TATGTGGACA ATTGCAGTCA CTGTCTTTAT GGGGGAATAG GTTCACAGGT 
AACATTCCAC CTTCATTTGG TAATTTAACC GCCTTACAGG ATCTTGAATT GGGGGACAAC 
AATATTCAAG GTAACATCCC CAATGAGTTG GGGAATCTCA TCAACTTACA GAACTTGAAA 
CTTAGCGAAA ACAATCTGAC AGGGATAATA CCAGAAGCTA TTTTTAACAT CTCAAAACTG 
CAGAGCCTTT CGTTGGCACA AAATCACTTT TCAGGCAGTC TCCCATCAAG TCTTGGCACT 
CAGCTCCCCG ATCTTGAAGG GCTTGCTATA GGACGCAATG AATTCAGTGG AATAATTCCA 
ATGTCTATTT CAAACATGTC AGAACTTACT GAGCTGGACA TATGGGACAA TTTCTTCACT 
GGTGATGTGC CAAAAGATCT AGGTAACTTG AGAAGGCTTG AATTTCTCAA CCTTGGATCC 
AATCAATTGA CTGATGAACA CTCCGCCTCT GAGGTTGGTT TTCTTACTTC TCTGACCAAT 
TGTAATTTTT TGAGAACATT GTGGATAGAA GATAATCCTT TAAAAGGTAT TCTTCCAAAT 
TCACTAGGGA ATCTTTCCAT TTCTCTTGAA AGTTTTGATG CATCAGCCTG CCAATTCAGA 
GGAACCATCC CCACAGGAAT TGGTAATTTG ACCAGTTTGA TATCTCTAGA GCTAGGAGAT 
AATGACTTGA CAGGTTTGAT TCCAACTACA TTGGGTCAAC TAAAGAAGCT CCAAGAATTA 
GGCATTGCTG GAAATAGACT ACGAGGATCC ATTCCAAATG ATCTTTGTCG TTTGAAGAAC 
TTGGGATACT TGTTTTTGAG TTCTAACCAA CTAACTGGAT CAATCCCAAG TTGTCTTGGA 
TATCTTCCTC CACTACGAGA ACTCTATCTT CACTCCAATG CATTAGCTTC CAACATTCCT 
CCATCCTTAT GGACCCTTAG AGGTTTGTTG GTTCTTAACT TGTCTTCAAA TTTCCTAACT 
GGCCATCTAC CTCCCGAAGT TGGAAACATA AAGTCCATTA GAACATTGGA CCTGTCAAAG 
AACCAAGTTT CAGGTCACAT TCCAAGAACA TTGGGAGAAC TACAAAATTT GGAAGACCTT 
TCCTTGTCCC AAAACAGACT ACAAGGCCCT ATACCTCTAG AGTTTGGTGA TTTGCTAAGC 
TTGAAATTCT TGGATTTGTC CCAAAACAAT TTATCTGGAG TCATTCCCAA GTCATTAAAG 
GCTCTTACTT ATCTCAAATA TCTAAATGTT TCTTTCAATA AACTACAAGG AGAAATTCCG 
GATGGAGGAC CTTTCATGAA TTTCACTGCT GAATCGTTCA TCTTCAATGA AGCCTTGTGT 
GGAGCACCTC ACTTTCAAGT CATAGCATGT GATAAAAGCA CTCGCAGTCG ATCGTGGAGG 
ACGAAGTTAT TCATCTTGAA ATATATTCTA CCTCCAGTCA TATCAATAAT AACTTTAGTG 
GTTTTCCTTG TTTTGTGGAT ACGTAGACGA AAGAACTTGG AAGTGCCAAC TCCAATTGAC 
TCATGGCTTC CTGGATCACA TGAAAAGATT TCCCACCAGC AACTTCTTTA TGCAACAAAC 
TACTTTGGTG AAGATAATTT GATTGGGAAA GGAAGCCTGA GCATGGTATA TAAAGGGGTA 
TTATCTAATG GCTTAACTGT TGCTGTAAAG GTTTTTAATT TAGAATTCCA AGGAGCCTTT 
AGGAGTTTTG ATTCAGAATG TGAAGTGATG CAAAGTATTC GCCATCGGAA TCTCGTCAAG 
ATAATTACTT GTTGCTCCAA CCTTGACTTC AAAGCATTGG TGCTCGAATA TATGCCTAAA 
GGAAGCCTTG ACAAGTGGTT GTATTCTCAC AACTATTTTT TGGATCTCAT CCAAAGATTA 
AACATCATGA TTGATGTGGC ATCAGCATTG GAGTATCTTC ATCATGATTG TCCAAGCCTT 
GTGGTGCATT GCGACTTAAA GCCCAACAAT ATTTTGTTAG ATGATGACAT GGTTGCTCAT 
GTGGGCGATT TTGGGATTGC AAGATTGTTG ACTGAAACAG AGTCTATGCA ACAAACAAAG 
ACCTTGGGCA CAATTGGCTA CATGGCACCA GAGTATGGCT CAGATGGGAT AGTATCCACA 
AAGGGCGATG TTTTTAGCTA TGGGATCATG CTAATGGAGG TATTTGCAAG GAAGAAGCCT 
ATGGATGAAA TGTTCAATGG AGATCTAACC TTGAAAAGTT GGGTGGAGTC ATTAGCTGAT 
TCGATGATAG AGGTTGTGGA TGCCAATCTA TTGAGGAGAG AGGATGAAGA CTTTGCCACA 
AAGCTGAGCT GTTTGTCCTC CATTATGGCT TTAGCTTTGG CCTGTACAAC TGATTCACCT 
GAGGAGAGGA TTGACATGAA AGATGTGGTA GTTGGACTTA AGAAGATCAA AATCGAACTG 
TTGACATAA

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

RefSeq	XP_010657052.1
CDS	27..4595
Translation	MYLFSPFVLAFVLVYCWVACFTPMVFSINLVDEVALIALKAHITYDSQGILATNWSTKSSYCSWYGISCNAPQQRVSAINLSNMGLQGTIVSQVGNLSFLVSLDLSNNYFHASLPKDIGKCKELQQLNLFNNKLVGSIPEAICNLSKLEELYLGNNQLTGEIPKTFSHLRNLKILSLRMNNLTGSIPATIFNISSLLNISLSYNSLSGSLPMDMCNTNPNLKELNLTSNNLSGKIPTSLGQCTKLQVISLSYNELTGSMPRAIGNLVELQRLSLLNNSLTGEIPQSLLNISSLRFLRLGENNLVGILPTSMGYDLPKLEFIDLSSNQLKGEIPSSLLHCRQLRVLSLSVNHLTGGIPKAIGSLSNLEELYLDYNNLAGGIPREIGNLSNLNILDFGSSGISGPIPPEIFNISSLQIIDLTDNSLPGSLPMDICKHLPNLQGLYLSWNKLSGQLPSTLSLCGQLQSLSLWGNRFTGNIPPSFGNLTALQVLELAENNIPGNIPSELGNLINLQYLKLSANNLTGIIPEAIFNISSLQEIDFSNNSLSGCLPMDICKHLPDLPKLEFIDLSSNQLKGEIPSSLSHCPHLRGLSLSLNQFTGGIPQAIGSLSNLEELYLAYNNLVGGIPREIGNLSNLNILDFGSSGISGPIPPEIFNISSLQIFDLTDNSLLGSLPMDIYKHLPNLQELYLSWNKLSGQLPSTLSLCGQLQSLSLWGNRFTGNIPPSFGNLTALQDLELGDNNIQGNIPNELGNLINLQNLKLSENNLTGIIPEAIFNISKLQSLSLAQNHFSGSLPSSLGTQLPDLEGLAIGRNEFSGIIPMSISNMSELTELDIWDNFFTGDVPKDLGNLRRLEFLNLGSNQLTDEHSASEVGFLTSLTNCNFLRTLWIEDNPLKGILPNSLGNLSISLESFDASACQFRGTIPTGIGNLTSLISLELGDNDLTGLIPTTLGQLKKLQELGIAGNRLRGSIPNDLCRLKNLGYLFLSSNQLTGSIPSCLGYLPPLRELYLHSNALASNIPPSLWTLRGLLVLNLSSNFLTGHLPPEVGNIKSIRTLDLSKNQVSGHIPRTLGELQNLEDLSLSQNRLQGPIPLEFGDLLSLKFLDLSQNNLSGVIPKSLKALTYLKYLNVSFNKLQGEIPDGGPFMNFTAESFIFNEALCGAPHFQVIACDKSTRSRSWRTKLFILKYILPPVISIITLVVFLVLWIRRRKNLEVPTPIDSWLPGSHEKISHQQLLYATNYFGEDNLIGKGSLSMVYKGVLSNGLTVAVKVFNLEFQGAFRSFDSECEVMQSIRHRNLVKIITCCSNLDFKALVLEYMPKGSLDKWLYSHNYFLDLIQRLNIMIDVASALEYLHHDCPSLVVHCDLKPNNILLDDDMVAHVGDFGIARLLTETESMQQTKTLGTIGYMAPEYGSDGIVSTKGDVFSYGIMLMEVFARKKPMDEMFNGDLTLKSWVESLADSMIEVVDANLLRREDEDFATKLSCLSSIMALALACTTDSPEERIDMKDVVVGLKKIKIELLT

Target ORF information:

RefSeq Version	XM_010658750.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera probable LRR receptor-like serine/threonine-protein kinase At3g47570 (LOC100254091), transcript variant X1, mRNA.

Target ORF information:

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

XM_010658750.2

ORF Insert Sequence:

ATGTACCTCT TTTCTCCTTT TGTTTTAGCA TTTGTTTTGG TATATTGTTG GGTGGCTTGC 
TTCACTCCCA TGGTTTTCTC CATCAATTTA GTTGATGAGG TTGCTCTTAT TGCCTTGAAA 
GCCCATATCA CATATGATTC CCAAGGCATT TTGGCAACAA ATTGGTCTAC CAAAAGCTCC 
TATTGTAGTT GGTATGGTAT TTCTTGCAAT GCTCCTCAAC AAAGAGTTTC TGCAATCAAT 
CTCTCTAACA TGGGTCTTCA AGGAACTATT GTGTCACAAG TCGGCAACCT CTCTTTTCTT 
GTTTCCCTTG ATCTCAGTAA TAACTACTTC CATGCGTCTC TTCCCAAGGA TATTGGTAAG 
TGCAAAGAGC TTCAACAACT GAATTTATTT AATAATAAAT TGGTTGGAAG CATTCCAGAA 
GCCATTTGTA ATTTATCAAA ACTTGAAGAG CTATATCTTG GCAATAATCA GTTGACCGGT 
GAAATTCCAA AGACGTTCAG TCATCTTCGT AATCTGAAGA TATTGTCATT GCGAATGAAC 
AACTTAACAG GTTCCATACC TGCCACCATT TTCAACATAT CTTCTTTGCT CAACATTAGT 
CTCTCCTACA ACAGCCTCTC TGGAAGTCTT CCCATGGATA TGTGCAACAC CAATCCAAAT 
CTCAAGGAGC TTAATCTTAC GTCAAATAAC TTGAGTGGAA AGATCCCCAC CAGTTTAGGC 
CAATGTACAA AGCTTCAAGT AATTTCCTTA TCATATAATG AATTGACGGG GAGCATGCCA 
AGAGCAATTG GTAATTTGGT GGAGCTTCAG AGATTGTCTC TCCTCAATAA CAGCTTGACA 
GGAGAAATAC CTCAATCACT GTTGAACATC TCTTCATTGA GGTTTTTGCG TCTGGGAGAA 
AATAACCTAG TAGGTATCCT CCCTACAAGC ATGGGTTATG ATCTTCCCAA GCTTGAATTC 
ATTGATCTCT CAAGCAATCA ACTCAAAGGT GAAATCCCCT CCAGCTTGTT GCATTGTCGA 
CAGCTCCGAG TGCTATCCTT ATCAGTCAAT CACTTAACTG GAGGCATACC AAAAGCTATA 
GGGAGTTTAT CGAATCTTGA AGAATTATAT CTTGATTATA ACAATTTGGC AGGTGGAATT 
CCTAGAGAGA TTGGGAATCT TTCAAATTTA AATATTCTGG ACTTTGGGTC TAGTGGAATA 
AGTGGCCCTA TTCCTCCTGA AATTTTCAAT ATCTCTTCTT TGCAAATCAT TGATTTGACT 
GATAATAGCC TTCCTGGGAG TCTTCCAATG GATATCTGCA AACATCTTCC TAATCTCCAA 
GGGCTCTATC TTTCTTGGAA TAAGCTCAGT GGTCAACTTC CTTCAACTCT GTCCTTATGT 
GGACAATTGC AGTCACTGTC TTTATGGGGG AATAGGTTCA CAGGTAACAT TCCACCTTCA 
TTTGGTAATT TAACCGCCTT ACAGGTTCTT GAATTGGCGG AAAACAATAT TCCAGGTAAC 
ATCCCCAGTG AGTTGGGGAA TCTCATCAAC TTACAGTACT TGAAACTTAG CGCAAACAAT 
CTAACAGGGA TAATACCAGA AGCTATTTTC AATATCTCTT CATTACAAGA GATTGATTTT 
AGTAATAATA GCCTTTCCGG GTGTCTTCCA ATGGATATCT GCAAACATCT TCCTGATCTT 
CCCAAGCTTG AATTCATTGA TCTCTCAAGC AATCAACTCA AAGGTGAAAT CCCTTCCAGC 
TTGTCGCATT GTCCACATCT CCGAGGGCTA TCATTATCAC TCAATCAGTT CACAGGAGGC 
ATACCACAAG CCATAGGGAG TTTATCGAAT CTTGAAGAAT TATATCTTGC TTATAACAAT 
TTGGTAGGTG GAATTCCTAG AGAGATTGGG AATCTTTCAA ATTTAAATAT TCTGGACTTT 
GGGTCTAGTG GAATAAGTGG CCCTATTCCT CCTGAAATTT TCAATATCTC TTCTTTGCAA 
ATATTTGATT TGACTGATAA TAGCCTTCTT GGGAGTCTTC CAATGGATAT CTACAAACAT 
CTTCCTAATC TCCAAGAGCT CTATCTTTCT TGGAATAAGC TCAGTGGTCA ACTTCCTTCA 
ACTCTGTCCT TATGTGGACA ATTGCAGTCA CTGTCTTTAT GGGGGAATAG GTTCACAGGT 
AACATTCCAC CTTCATTTGG TAATTTAACC GCCTTACAGG ATCTTGAATT GGGGGACAAC 
AATATTCAAG GTAACATCCC CAATGAGTTG GGGAATCTCA TCAACTTACA GAACTTGAAA 
CTTAGCGAAA ACAATCTGAC AGGGATAATA CCAGAAGCTA TTTTTAACAT CTCAAAACTG 
CAGAGCCTTT CGTTGGCACA AAATCACTTT TCAGGCAGTC TCCCATCAAG TCTTGGCACT 
CAGCTCCCCG ATCTTGAAGG GCTTGCTATA GGACGCAATG AATTCAGTGG AATAATTCCA 
ATGTCTATTT CAAACATGTC AGAACTTACT GAGCTGGACA TATGGGACAA TTTCTTCACT 
GGTGATGTGC CAAAAGATCT AGGTAACTTG AGAAGGCTTG AATTTCTCAA CCTTGGATCC 
AATCAATTGA CTGATGAACA CTCCGCCTCT GAGGTTGGTT TTCTTACTTC TCTGACCAAT 
TGTAATTTTT TGAGAACATT GTGGATAGAA GATAATCCTT TAAAAGGTAT TCTTCCAAAT 
TCACTAGGGA ATCTTTCCAT TTCTCTTGAA AGTTTTGATG CATCAGCCTG CCAATTCAGA 
GGAACCATCC CCACAGGAAT TGGTAATTTG ACCAGTTTGA TATCTCTAGA GCTAGGAGAT 
AATGACTTGA CAGGTTTGAT TCCAACTACA TTGGGTCAAC TAAAGAAGCT CCAAGAATTA 
GGCATTGCTG GAAATAGACT ACGAGGATCC ATTCCAAATG ATCTTTGTCG TTTGAAGAAC 
TTGGGATACT TGTTTTTGAG TTCTAACCAA CTAACTGGAT CAATCCCAAG TTGTCTTGGA 
TATCTTCCTC CACTACGAGA ACTCTATCTT CACTCCAATG CATTAGCTTC CAACATTCCT 
CCATCCTTAT GGACCCTTAG AGGTTTGTTG GTTCTTAACT TGTCTTCAAA TTTCCTAACT 
GGCCATCTAC CTCCCGAAGT TGGAAACATA AAGTCCATTA GAACATTGGA CCTGTCAAAG 
AACCAAGTTT CAGGTCACAT TCCAAGAACA TTGGGAGAAC TACAAAATTT GGAAGACCTT 
TCCTTGTCCC AAAACAGACT ACAAGGCCCT ATACCTCTAG AGTTTGGTGA TTTGCTAAGC 
TTGAAATTCT TGGATTTGTC CCAAAACAAT TTATCTGGAG TCATTCCCAA GTCATTAAAG 
GCTCTTACTT ATCTCAAATA TCTAAATGTT TCTTTCAATA AACTACAAGG AGAAATTCCG 
GATGGAGGAC CTTTCATGAA TTTCACTGCT GAATCGTTCA TCTTCAATGA AGCCTTGTGT 
GGAGCACCTC ACTTTCAAGT CATAGCATGT GATAAAAGCA CTCGCAGTCG ATCGTGGAGG 
ACGAAGTTAT TCATCTTGAA ATATATTCTA CCTCCAGTCA TATCAATAAT AACTTTAGTG 
GTTTTCCTTG TTTTGTGGAT ACGTAGACGA AAGAACTTGG AAGTGCCAAC TCCAATTGAC 
TCATGGCTTC CTGGATCACA TGAAAAGATT TCCCACCAGC AACTTCTTTA TGCAACAAAC 
TACTTTGGTG AAGATAATTT GATTGGGAAA GGAAGCCTGA GCATGGTATA TAAAGGGGTA 
TTATCTAATG GCTTAACTGT TGCTGTAAAG GTTTTTAATT TAGAATTCCA AGGAGCCTTT 
AGGAGTTTTG ATTCAGAATG TGAAGTGATG CAAAGTATTC GCCATCGGAA TCTCGTCAAG 
ATAATTACTT GTTGCTCCAA CCTTGACTTC AAAGCATTGG TGCTCGAATA TATGCCTAAA 
GGAAGCCTTG ACAAGTGGTT GTATTCTCAC AACTATTTTT TGGATCTCAT CCAAAGATTA 
AACATCATGA TTGATGTGGC ATCAGCATTG GAGTATCTTC ATCATGATTG TCCAAGCCTT 
GTGGTGCATT GCGACTTAAA GCCCAACAAT ATTTTGTTAG ATGATGACAT GGTTGCTCAT 
GTGGGCGATT TTGGGATTGC AAGATTGTTG ACTGAAACAG AGTCTATGCA ACAAACAAAG 
ACCTTGGGCA CAATTGGCTA CATGGCACCA GAGTATGGCT CAGATGGGAT AGTATCCACA 
AAGGGCGATG TTTTTAGCTA TGGGATCATG CTAATGGAGG TATTTGCAAG GAAGAAGCCT 
ATGGATGAAA TGTTCAATGG AGATCTAACC TTGAAAAGTT GGGTGGAGTC ATTAGCTGAT 
TCGATGATAG AGGTTGTGGA TGCCAATCTA TTGAGGAGAG AGGATGAAGA CTTTGCCACA 
AAGCTGAGCT GTTTGTCCTC CATTATGGCT TTAGCTTTGG CCTGTACAAC TGATTCACCT 
GAGGAGAGGA TTGACATGAA AGATGTGGTA GTTGGACTTA AGAAGATCAA AATCGAACTG 
TTGACATAA

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

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LOC100254091 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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