LOC100241254 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100241254
Entrez Gene ID	100241254
Full Name	uncharacterized LOC100241254
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002265957.3	XP_002265993.1	uncharacterized protein LOC100241254

Pathways from BioSystems
Gene Ontology

The following LOC100241254 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100241254 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
OVa20708	XM_002265957.3 Latest version!	Vitis vinifera uncharacterized LOC100241254 (LOC100241254), 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)

LOC100241254 ( XM_002265957.3 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_002265993.1 Vitis vinifera uncharacterized LOC100241254 (LOC100241254), mRNA.

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CloneID	OVa20708
Clone ID Related Accession (Same CDS sequence)	XM_002265957.3
Accession Version	XM_002265957.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5292bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	1479916800000
Organism	Vitis vinifera(wine grape)
Product	uncharacterized protein LOC100241254
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, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Nov 25, 2016 this sequence version replaced XM_002265957.2. ##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##

ATGTCGACGG TTGAGAAGCT GTTCGTTCAG ATCTTCGAGC GCAAGAACCG GATCATCGAG 
CAGGTGAAGC ACCAGACCGA TGCCTTCGAC CACCACCTCG CTTCCAACCT CATTATCGAG 
GGATTCAACC CTCCACCATG GCTGCTCGCT CCCTCTTTTG AAATCTCGTC TTCGGATCCC 
AAAGAGTTAA AGAAAGAAGA GCTGATTTCA GGACTCTTGC TCCCACATCC ACAACCTACA 
ATGGTTCCTT ATTACAATGG TCACTATTCT CTGTATAACA AGTCAGCTGT TACAGTAAAT 
ACTGGCGAGT TTTCTGATGG CTTACCCATG GAAACGCATG CTTCCAATAA AGGTTTTGAT 
GCAGGAGAAA GGCAGACAGC TGTGCCCCAG TGCAACAATA ATGAGACTGA AATTCCTGTA 
AGTGGTGTTC TTGAACCAGG TCCTAGTGCT ACCTCTTCTC CAAATCAGAT AGATGCAAGA 
ATATCAAACA TTTATTCAGA GCCAGATCAA TCTCTTGCCA GAATCCAACG GTCCAAGTCA 
CGGCAAAAGG CTTTAGAGTT TCGTAATAGT TCAAAAGTAA AATGTAAAAA CCGTTTAGTT 
GATGACAACA ACAATGGTAC ATATTCTAGT GGAGTTGCAG TCTCCAGAAT GGCTTTCCAG 
CAGTCCAACT TTGTTAATGA GTTATTGGAG TCAGTCAAAC CCTCTAATAT CAACAATAAA 
AATACTGGTG AGAGAGAAGC AGGAAAAGGA GATCATTATA GCTTGGAAAA GGGTGGCAAC 
ATTTATTCTG GTAGAGTTAC AAGATCTAGA AGTTCTTCTC AACAAACCAA GTGTGTGAAT 
ATGGATGGCT CTTCTCATGT TACCAAGGGA GATAGTGTCA GACTTGCACC ATCTATTGGC 
AAACCTATGC AAGAGTCTGC CTATGCCAGT GCTTTGTTGG ATCCTTCTAA TATTGATGAT 
AAAAGTCATG CATTAATAGA AGATAAAATG GGAGATCCCC ACAGCAAGGG GAAGGGTAGC 
TATGTCTATT CTGGTAGAAT CACAAGATCT AGAAGTTCTT CTGAAAAAGT TAACTCTGTA 
GATGAGTCTT CCAAACTGGA TAGCTCTTCT AACATTGCTA GGGTTGATAG AGGTACACAG 
GCAGAGTCTA TTCCTAATTC ACTACAGTGG CCTAATCATG CTAATGAGTT TTTGGAATTG 
GTCAAACCTT TTGACATCAA AGGTCGAAGT TGTGAAGTCA AAGAAGTAAC AAAAGTAGAT 
ATTCGGAGCA AGGAAAAGGG CAGTGGTGTT TATTGTGGAA GAATTACAAG ATCTAGGAGT 
TCTTACCAAC ATCCCAACTG TCTGGGTGGG TTTTCTGAAC TGGTTAGCTC TTCTAATATT 
GTCAATGAAG ATGGTTGTAA ACTTACTCAA CCAATCAGTA AATTAATGGA ACCATCTGAA 
CCATTAAGAT CAATTGGAGG AGATGCTGCT TCTCAGAATG CAGAAGGTAC ACAAATATCT 
CTTAGACGGT CCTCACCAAG ACAGAAGGAT TCAGAGTTAC CTGCAGAAGA TGCAAGAGAA 
CATCCAGGCA AGGGAAATAT TGCAGATGAG TGTGTTGGTA GAAGAACAAG GTCTACATCT 
TTTGCTTCTG GCAGGTCTGC CCTAGGAAAT ACATTAAACA GGTCAGAAGG ATTAGAGCCT 
CTGAAAAGCT CAGGATCTGG CGCAAATATC CTGCCTTGTG CTGAAACCAA TAACATTGCC 
AAGCAGGAAA GATGTGCTGC AACTGCTCCA GAGACTGAAC TAGTTTCAGA TGAGCCAGTA 
GACTCTCATC TTGTTTGTTC TGGATCTAAT TTGGATGGTG CCAGCCTTAG AGTGGGGTTG 
GAAGTTTTAG TCTTGAGGCC ACCCTCTGAT CTTGATATGT TTGTGAAGCC CAAACAACTT 
GATTTTGATG ATGTGGAAGA TTGCAGTTTG AATGAAGCCT CTGTTCCTGC ACCAATGAAG 
AAAAGACAGG ACACTTCATC ATCAGGAAAG AGATGTTCTA CCCCTCTGGC GCCTGCAGAA 
TCACTGGAAA GAGTGATATC TAATAACCAT CATGGAAACA GTGTTCCACC TTTGAAGAAG 
TTGTTGTTGG AGGAGCTGGA AGTTTTGAGC AAGGAAGAGG AAGCTCGAAC AGGTTCGTCT 
GAGTCTGATG CAGAGGAAAA AGTAGAAGTT GAAAAACAGA AACTTGGGTA TGGTTTTTGC 
CATGCATTTT CTACGAGCAG AACTTCAAAT AGATCAGCTG GGTCATCAAT AAATAAAGCA 
GTGGAGGTGT ACGAAACAGC AATCTCCCAT ACATTGCCAG AAGGCATTAA AATCTCAAAA 
CTAGGCCATT CAGTTGTCTC AAAAGCTTTT AGAAAAAGTT CATGTGAAAG CCCGTTAAAA 
AATGCAGTGG ATTCTGATTT GACCAATGTA GATGCAGATA TAAGGATGAA TTTATCTTTT 
GAGAAGGGGG TTGGGGAGTT TCATGTTGTT GGAGATGCTG AAATGGTATC AGAAGACAGA 
ACCTTAGCCG TGTCTTTGCA AGACTCTGCT GTTAAGTTCC CTGCTGTTTC TGTGAATGAA 
TCTAAGGGTT GCGCTGTGAG TCAGAACATG AAATCGGGCA ACGTTCAATT TCAAAATGCA 
GAGAAAGTAA CTCCTTCCTT GGGAAGCTGT AGTGGCAATG ACAAGATTGT TGGTGACTCT 
AAACCAATTG AACTGCAAAT TACAGAGAAG TCCATACAGT CAGGAAGAAG TTTCAACTTT 
ACCATGGAGG GATTGCCTCA GGCTAAGAGG AGAAAGATTG AGGGTCAACT ACTTGATGCC 
TCATCTGCTT CTCCAAATTC AAAAAGAGAG CCATTTCAGA GTATTCAAGA CACAATGAGT 
ACACACTTGA ATGGTGTAGA AGGCAACTCA GAGACTGTTT TAATATCTCC ATACCTCCAT 
ATTTCTTGTG AGGAAGGTGT GGATCAATCT AATGCCAGTA AAAGTCCTCA TGAAGAAATG 
GATCAGAATA TGAAGTGCTG CATGGAAGAA GGAATTAAAT CTTCATCTAA ACTACAAGTG 
ATGGAGGCAG AACATAGCTT GGAAGGGAGA GATAAAAATG TTAAACCCTC CTTCACATTT 
GAAAGTGAAC AATTAGGGCC ACCCCTTGTC TCAAGTTTGA CTAAGCGAGC ATCAGGAGAT 
TTCCAAGGTT TTTTGGTGGA GGAAGCAGAA GGGGAGGGTG GAACAAACAT TATACATGAT 
ATGCGAAGCC AGTGTGCTAC TGAAGAACAC CAAGGTTCCT TGTTCCTTGA TGATAAACTT 
GGTCCAGAGA TTGCAGAAAA TTTGACTTGT ATGGATGAAA GAACTATGTG GAAAACTAAT 
TTTCAACTGG AGGATGGTGG ATTATTTTCA CATTGTTCAA TTGGTTCTCC ACATAACCAA 
TATCTGGATT TGTTTGGTGC TGATCAAGCT AAGCCCGTGT TTGAGGGCTT TGTTATGCAA 
GAAGAGAATG AAAAACCACA TATTGCTAGA GATGGAATCG GTTTTGACAA ATTGGACCTT 
CCAACCACTA CAATCGAACG TGCCAGTGTT TTGGAGCAGC TTTGCCTATC TGCTAGCATT 
CATACCCCAT TGCCACATTT CTCAATTACA GACAAGTTGC CCAGAGCACC AAACTTTTGC 
CAATCTGTAC CTAATGGGCT TCTAGAGGGC ATGGATCTGC AGAGCACCCT GTCTTTAAAT 
GACGATGCTG GTAAGCTACT TAGGGCTAGT TACAGTTGCT TGAATGAGGA AGCCAATCAT 
GCTTTTCAAG GGAGTTCCAC TTCTGATCAC CGACCATTTT CTAGCACTCA ATTTGCTTGG 
AACATTAGCA AACCATGTAT ATCTCCAGTT GGGAAGCTTT GGAGGGTTAG CACATCAAGT 
TCTGGCAGTT CAGGGAAGCG ACTGAGCTTG AATCCTGAGC TCACTTGCTA CCCAATTGAG 
GAGGATCCCT GCATAAGTGA AGAAACTGAG CAAAAAGATG ATGTCAGTGA TGCCTTCCAT 
GAAGGTATTA GTTCAATGAC TATAACTGGT TCCGCCAGAA GAGAACTGCT TGGTGACATT 
ACAGAAGAAT ATCTAAATCC ACTGGCATCA GTTTCTACAG CTGAGAAATT TTCTGATAGG 
GGCAGTTTGG ATTCAGTGAA CATAGACATC AATGTCCCCA GGACTCAGAA TAAAGGTAAA 
GAGAAGCTTC AGAACCTTTA TGAAAGTAAG ACAAGAGGTA CAAACGAGAT GAGGGAGAAC 
CAGAGTTTAT CAGTGGCTGA AAATGGTGTT AGGAGGGTCA CTGAATCACT TCATAACAGG 
TTCAGTAAGC CAAAACTATC AGGAAAGACC AGTTTGAGAA AAGGAGGCCC AAGTATTTCA 
GAAAGGGAGT CCAAGCATAA GAATATTGTG TCCAACATCA CTTCCTTTGT TCCACTTGTT 
CAACGAGCTC AAGGAGCTGC AGTTGTTACA GGGAAGAGAG ATGTCAAGGT GAAAGCTCTG 
GAGGTTGCTG AGGCTGCAAA GCGCCTAGAG GAAAAAAGAG AAAATGAACG TAAAATGAAA 
AAGGAAGCCT TGAAACTTGA GCGTGCAAGA CTAGAGCAAG AAAATTTGAG GCAGTTGGAG 
CTGAAGAAAA AAAAGAAAGA AGAGGAAAGG AGGAAAAAAG AAGCTGAGAT GGCAGCAAGG 
AAAAGACTGA GGGAAGAAGA AGAAAAGGAG AAGGAAGCAA AAAGAAAGCG TACTGAAGAA 
GCACGGAGAC AGCAAAGAGA GCATGAGCAG AAATTACGTG CTGAGAAAGA GAAGGAAAAG 
AGACATCGAG CCACAGTTGA AAAAGTGCAT GAGAGGAAGG AAGCAAGAGA TGAAGTGAAA 
ATTGATAAGA AAGTGGAAGA AGACACTCTT GTGCAAAAAC CAGAGACTGA GTTGAGAACT 
TCCAGGGTTT CAACAAGTGA TATTTCTAAA GCAAGTATTG TTCTTAAAGA TTCTGAGGCT 
CTTAGTGATT GTGGTGAGAT TCAGAAGGTA ACAGGTAATT TGGATAAAGC ATCTGAAAAT 
GATAATCTGG TTGCAAATAC AACTAAAGAA GAGTCATATG AGATGTCTCC CTACCAATCC 
TCAGACGATG AAGAGGAAGA AGAGGATGAC ATACCAACCA AAAAGTTCAT CCCATCATGG 
GCCAGTAAAA ATTATCTGGT TATTGCCGTA TCCTCCCAGC AAAAAGTAGA CCCGAATATG 
ATATTCCCAC CAGAAAGCTT TTGTAGTATC AATGAAGTTC TTGTATCTCG AAAGCAGCAG 
CAGCAGAAAT AG

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

RefSeq	XP_002265993.1
CDS	136..5427
Translation	MSTVEKLFVQIFERKNRIIEQVKHQTDAFDHHLASNLIIEGFNPPPWLLAPSFEISSSDPKELKKEELISGLLLPHPQPTMVPYYNGHYSLYNKSAVTVNTGEFSDGLPMETHASNKGFDAGERQTAVPQCNNNETEIPVSGVLEPGPSATSSPNQIDARISNIYSEPDQSLARIQRSKSRQKALEFRNSSKVKCKNRLVDDNNNGTYSSGVAVSRMAFQQSNFVNELLESVKPSNINNKNTGEREAGKGDHYSLEKGGNIYSGRVTRSRSSSQQTKCVNMDGSSHVTKGDSVRLAPSIGKPMQESAYASALLDPSNIDDKSHALIEDKMGDPHSKGKGSYVYSGRITRSRSSSEKVNSVDESSKLDSSSNIARVDRGTQAESIPNSLQWPNHANEFLELVKPFDIKGRSCEVKEVTKVDIRSKEKGSGVYCGRITRSRSSYQHPNCLGGFSELVSSSNIVNEDGCKLTQPISKLMEPSEPLRSIGGDAASQNAEGTQISLRRSSPRQKDSELPAEDAREHPGKGNIADECVGRRTRSTSFASGRSALGNTLNRSEGLEPLKSSGSGANILPCAETNNIAKQERCAATAPETELVSDEPVDSHLVCSGSNLDGASLRVGLEVLVLRPPSDLDMFVKPKQLDFDDVEDCSLNEASVPAPMKKRQDTSSSGKRCSTPLAPAESLERVISNNHHGNSVPPLKKLLLEELEVLSKEEEARTGSSESDAEEKVEVEKQKLGYGFCHAFSTSRTSNRSAGSSINKAVEVYETAISHTLPEGIKISKLGHSVVSKAFRKSSCESPLKNAVDSDLTNVDADIRMNLSFEKGVGEFHVVGDAEMVSEDRTLAVSLQDSAVKFPAVSVNESKGCAVSQNMKSGNVQFQNAEKVTPSLGSCSGNDKIVGDSKPIELQITEKSIQSGRSFNFTMEGLPQAKRRKIEGQLLDASSASPNSKREPFQSIQDTMSTHLNGVEGNSETVLISPYLHISCEEGVDQSNASKSPHEEMDQNMKCCMEEGIKSSSKLQVMEAEHSLEGRDKNVKPSFTFESEQLGPPLVSSLTKRASGDFQGFLVEEAEGEGGTNIIHDMRSQCATEEHQGSLFLDDKLGPEIAENLTCMDERTMWKTNFQLEDGGLFSHCSIGSPHNQYLDLFGADQAKPVFEGFVMQEENEKPHIARDGIGFDKLDLPTTTIERASVLEQLCLSASIHTPLPHFSITDKLPRAPNFCQSVPNGLLEGMDLQSTLSLNDDAGKLLRASYSCLNEEANHAFQGSSTSDHRPFSSTQFAWNISKPCISPVGKLWRVSTSSSGSSGKRLSLNPELTCYPIEEDPCISEETEQKDDVSDAFHEGISSMTITGSARRELLGDITEEYLNPLASVSTAEKFSDRGSLDSVNIDINVPRTQNKGKEKLQNLYESKTRGTNEMRENQSLSVAENGVRRVTESLHNRFSKPKLSGKTSLRKGGPSISERESKHKNIVSNITSFVPLVQRAQGAAVVTGKRDVKVKALEVAEAAKRLEEKRENERKMKKEALKLERARLEQENLRQLELKKKKKEEERRKKEAEMAARKRLREEEEKEKEAKRKRTEEARRQQREHEQKLRAEKEKEKRHRATVEKVHERKEARDEVKIDKKVEEDTLVQKPETELRTSRVSTSDISKASIVLKDSEALSDCGEIQKVTGNLDKASENDNLVANTTKEESYEMSPYQSSDDEEEEEDDIPTKKFIPSWASKNYLVIAVSSQQKVDPNMIFPPESFCSINEVLVSRKQQQQK

Target ORF information:

RefSeq Version	XM_002265957.3
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100241254 (LOC100241254), mRNA.

Target ORF information:

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

XM_002265957.3

ORF Insert Sequence:

ATGTCGACGG TTGAGAAGCT GTTCGTTCAG ATCTTCGAGC GCAAGAACCG GATCATCGAG 
CAGGTGAAGC ACCAGACCGA TGCCTTCGAC CACCACCTCG CTTCCAACCT CATTATCGAG 
GGATTCAACC CTCCACCATG GCTGCTCGCT CCCTCTTTTG AAATCTCGTC TTCGGATCCC 
AAAGAGTTAA AGAAAGAAGA GCTGATTTCA GGACTCTTGC TCCCACATCC ACAACCTACA 
ATGGTTCCTT ATTACAATGG TCACTATTCT CTGTATAACA AGTCAGCTGT TACAGTAAAT 
ACTGGCGAGT TTTCTGATGG CTTACCCATG GAAACGCATG CTTCCAATAA AGGTTTTGAT 
GCAGGAGAAA GGCAGACAGC TGTGCCCCAG TGCAACAATA ATGAGACTGA AATTCCTGTA 
AGTGGTGTTC TTGAACCAGG TCCTAGTGCT ACCTCTTCTC CAAATCAGAT AGATGCAAGA 
ATATCAAACA TTTATTCAGA GCCAGATCAA TCTCTTGCCA GAATCCAACG GTCCAAGTCA 
CGGCAAAAGG CTTTAGAGTT TCGTAATAGT TCAAAAGTAA AATGTAAAAA CCGTTTAGTT 
GATGACAACA ACAATGGTAC ATATTCTAGT GGAGTTGCAG TCTCCAGAAT GGCTTTCCAG 
CAGTCCAACT TTGTTAATGA GTTATTGGAG TCAGTCAAAC CCTCTAATAT CAACAATAAA 
AATACTGGTG AGAGAGAAGC AGGAAAAGGA GATCATTATA GCTTGGAAAA GGGTGGCAAC 
ATTTATTCTG GTAGAGTTAC AAGATCTAGA AGTTCTTCTC AACAAACCAA GTGTGTGAAT 
ATGGATGGCT CTTCTCATGT TACCAAGGGA GATAGTGTCA GACTTGCACC ATCTATTGGC 
AAACCTATGC AAGAGTCTGC CTATGCCAGT GCTTTGTTGG ATCCTTCTAA TATTGATGAT 
AAAAGTCATG CATTAATAGA AGATAAAATG GGAGATCCCC ACAGCAAGGG GAAGGGTAGC 
TATGTCTATT CTGGTAGAAT CACAAGATCT AGAAGTTCTT CTGAAAAAGT TAACTCTGTA 
GATGAGTCTT CCAAACTGGA TAGCTCTTCT AACATTGCTA GGGTTGATAG AGGTACACAG 
GCAGAGTCTA TTCCTAATTC ACTACAGTGG CCTAATCATG CTAATGAGTT TTTGGAATTG 
GTCAAACCTT TTGACATCAA AGGTCGAAGT TGTGAAGTCA AAGAAGTAAC AAAAGTAGAT 
ATTCGGAGCA AGGAAAAGGG CAGTGGTGTT TATTGTGGAA GAATTACAAG ATCTAGGAGT 
TCTTACCAAC ATCCCAACTG TCTGGGTGGG TTTTCTGAAC TGGTTAGCTC TTCTAATATT 
GTCAATGAAG ATGGTTGTAA ACTTACTCAA CCAATCAGTA AATTAATGGA ACCATCTGAA 
CCATTAAGAT CAATTGGAGG AGATGCTGCT TCTCAGAATG CAGAAGGTAC ACAAATATCT 
CTTAGACGGT CCTCACCAAG ACAGAAGGAT TCAGAGTTAC CTGCAGAAGA TGCAAGAGAA 
CATCCAGGCA AGGGAAATAT TGCAGATGAG TGTGTTGGTA GAAGAACAAG GTCTACATCT 
TTTGCTTCTG GCAGGTCTGC CCTAGGAAAT ACATTAAACA GGTCAGAAGG ATTAGAGCCT 
CTGAAAAGCT CAGGATCTGG CGCAAATATC CTGCCTTGTG CTGAAACCAA TAACATTGCC 
AAGCAGGAAA GATGTGCTGC AACTGCTCCA GAGACTGAAC TAGTTTCAGA TGAGCCAGTA 
GACTCTCATC TTGTTTGTTC TGGATCTAAT TTGGATGGTG CCAGCCTTAG AGTGGGGTTG 
GAAGTTTTAG TCTTGAGGCC ACCCTCTGAT CTTGATATGT TTGTGAAGCC CAAACAACTT 
GATTTTGATG ATGTGGAAGA TTGCAGTTTG AATGAAGCCT CTGTTCCTGC ACCAATGAAG 
AAAAGACAGG ACACTTCATC ATCAGGAAAG AGATGTTCTA CCCCTCTGGC GCCTGCAGAA 
TCACTGGAAA GAGTGATATC TAATAACCAT CATGGAAACA GTGTTCCACC TTTGAAGAAG 
TTGTTGTTGG AGGAGCTGGA AGTTTTGAGC AAGGAAGAGG AAGCTCGAAC AGGTTCGTCT 
GAGTCTGATG CAGAGGAAAA AGTAGAAGTT GAAAAACAGA AACTTGGGTA TGGTTTTTGC 
CATGCATTTT CTACGAGCAG AACTTCAAAT AGATCAGCTG GGTCATCAAT AAATAAAGCA 
GTGGAGGTGT ACGAAACAGC AATCTCCCAT ACATTGCCAG AAGGCATTAA AATCTCAAAA 
CTAGGCCATT CAGTTGTCTC AAAAGCTTTT AGAAAAAGTT CATGTGAAAG CCCGTTAAAA 
AATGCAGTGG ATTCTGATTT GACCAATGTA GATGCAGATA TAAGGATGAA TTTATCTTTT 
GAGAAGGGGG TTGGGGAGTT TCATGTTGTT GGAGATGCTG AAATGGTATC AGAAGACAGA 
ACCTTAGCCG TGTCTTTGCA AGACTCTGCT GTTAAGTTCC CTGCTGTTTC TGTGAATGAA 
TCTAAGGGTT GCGCTGTGAG TCAGAACATG AAATCGGGCA ACGTTCAATT TCAAAATGCA 
GAGAAAGTAA CTCCTTCCTT GGGAAGCTGT AGTGGCAATG ACAAGATTGT TGGTGACTCT 
AAACCAATTG AACTGCAAAT TACAGAGAAG TCCATACAGT CAGGAAGAAG TTTCAACTTT 
ACCATGGAGG GATTGCCTCA GGCTAAGAGG AGAAAGATTG AGGGTCAACT ACTTGATGCC 
TCATCTGCTT CTCCAAATTC AAAAAGAGAG CCATTTCAGA GTATTCAAGA CACAATGAGT 
ACACACTTGA ATGGTGTAGA AGGCAACTCA GAGACTGTTT TAATATCTCC ATACCTCCAT 
ATTTCTTGTG AGGAAGGTGT GGATCAATCT AATGCCAGTA AAAGTCCTCA TGAAGAAATG 
GATCAGAATA TGAAGTGCTG CATGGAAGAA GGAATTAAAT CTTCATCTAA ACTACAAGTG 
ATGGAGGCAG AACATAGCTT GGAAGGGAGA GATAAAAATG TTAAACCCTC CTTCACATTT 
GAAAGTGAAC AATTAGGGCC ACCCCTTGTC TCAAGTTTGA CTAAGCGAGC ATCAGGAGAT 
TTCCAAGGTT TTTTGGTGGA GGAAGCAGAA GGGGAGGGTG GAACAAACAT TATACATGAT 
ATGCGAAGCC AGTGTGCTAC TGAAGAACAC CAAGGTTCCT TGTTCCTTGA TGATAAACTT 
GGTCCAGAGA TTGCAGAAAA TTTGACTTGT ATGGATGAAA GAACTATGTG GAAAACTAAT 
TTTCAACTGG AGGATGGTGG ATTATTTTCA CATTGTTCAA TTGGTTCTCC ACATAACCAA 
TATCTGGATT TGTTTGGTGC TGATCAAGCT AAGCCCGTGT TTGAGGGCTT TGTTATGCAA 
GAAGAGAATG AAAAACCACA TATTGCTAGA GATGGAATCG GTTTTGACAA ATTGGACCTT 
CCAACCACTA CAATCGAACG TGCCAGTGTT TTGGAGCAGC TTTGCCTATC TGCTAGCATT 
CATACCCCAT TGCCACATTT CTCAATTACA GACAAGTTGC CCAGAGCACC AAACTTTTGC 
CAATCTGTAC CTAATGGGCT TCTAGAGGGC ATGGATCTGC AGAGCACCCT GTCTTTAAAT 
GACGATGCTG GTAAGCTACT TAGGGCTAGT TACAGTTGCT TGAATGAGGA AGCCAATCAT 
GCTTTTCAAG GGAGTTCCAC TTCTGATCAC CGACCATTTT CTAGCACTCA ATTTGCTTGG 
AACATTAGCA AACCATGTAT ATCTCCAGTT GGGAAGCTTT GGAGGGTTAG CACATCAAGT 
TCTGGCAGTT CAGGGAAGCG ACTGAGCTTG AATCCTGAGC TCACTTGCTA CCCAATTGAG 
GAGGATCCCT GCATAAGTGA AGAAACTGAG CAAAAAGATG ATGTCAGTGA TGCCTTCCAT 
GAAGGTATTA GTTCAATGAC TATAACTGGT TCCGCCAGAA GAGAACTGCT TGGTGACATT 
ACAGAAGAAT ATCTAAATCC ACTGGCATCA GTTTCTACAG CTGAGAAATT TTCTGATAGG 
GGCAGTTTGG ATTCAGTGAA CATAGACATC AATGTCCCCA GGACTCAGAA TAAAGGTAAA 
GAGAAGCTTC AGAACCTTTA TGAAAGTAAG ACAAGAGGTA CAAACGAGAT GAGGGAGAAC 
CAGAGTTTAT CAGTGGCTGA AAATGGTGTT AGGAGGGTCA CTGAATCACT TCATAACAGG 
TTCAGTAAGC CAAAACTATC AGGAAAGACC AGTTTGAGAA AAGGAGGCCC AAGTATTTCA 
GAAAGGGAGT CCAAGCATAA GAATATTGTG TCCAACATCA CTTCCTTTGT TCCACTTGTT 
CAACGAGCTC AAGGAGCTGC AGTTGTTACA GGGAAGAGAG ATGTCAAGGT GAAAGCTCTG 
GAGGTTGCTG AGGCTGCAAA GCGCCTAGAG GAAAAAAGAG AAAATGAACG TAAAATGAAA 
AAGGAAGCCT TGAAACTTGA GCGTGCAAGA CTAGAGCAAG AAAATTTGAG GCAGTTGGAG 
CTGAAGAAAA AAAAGAAAGA AGAGGAAAGG AGGAAAAAAG AAGCTGAGAT GGCAGCAAGG 
AAAAGACTGA GGGAAGAAGA AGAAAAGGAG AAGGAAGCAA AAAGAAAGCG TACTGAAGAA 
GCACGGAGAC AGCAAAGAGA GCATGAGCAG AAATTACGTG CTGAGAAAGA GAAGGAAAAG 
AGACATCGAG CCACAGTTGA AAAAGTGCAT GAGAGGAAGG AAGCAAGAGA TGAAGTGAAA 
ATTGATAAGA AAGTGGAAGA AGACACTCTT GTGCAAAAAC CAGAGACTGA GTTGAGAACT 
TCCAGGGTTT CAACAAGTGA TATTTCTAAA GCAAGTATTG TTCTTAAAGA TTCTGAGGCT 
CTTAGTGATT GTGGTGAGAT TCAGAAGGTA ACAGGTAATT TGGATAAAGC ATCTGAAAAT 
GATAATCTGG TTGCAAATAC AACTAAAGAA GAGTCATATG AGATGTCTCC CTACCAATCC 
TCAGACGATG AAGAGGAAGA AGAGGATGAC ATACCAACCA AAAAGTTCAT CCCATCATGG 
GCCAGTAAAA ATTATCTGGT TATTGCCGTA TCCTCCCAGC AAAAAGTAGA CCCGAATATG 
ATATTCCCAC CAGAAAGCTT TTGTAGTATC AATGAAGTTC TTGTATCTCG AAAGCAGCAG 
CAGCAGAAAT AG

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

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LOC100241254 cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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