LOC100240985 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100240985
Entrez Gene ID	100240985
Full Name	uncharacterized LOC100240985
Synonyms	GO:0003677 GO:0005634 GO:0045449
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010660121.2	XP_010658423.1	uncharacterized protein LOC100240985 isoform X2
XM_010660120.2	XP_010658422.1	uncharacterized protein LOC100240985 isoform X1

Pathways from BioSystems
Gene Ontology

The following LOC100240985 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100240985 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
OVa23112	XM_010660120.2 Latest version!	Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OVa23113	XM_010660121.2 Latest version!	Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

*Business Day

** 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)

LOC100240985 ( XM_010660120.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010658422.1 Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa23112
Clone ID Related Accession (Same CDS sequence)	XM_010660120.2
Accession Version	XM_010660120.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5217bp) 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	uncharacterized protein LOC100240985 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012019.3) 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_010660120.1. ##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##

ATGCCGCCAG AACCACTGCC TTGGGATCGG AAGGACTTCT TCAAGGAGAG GAAGCACGAG 
AGGTCGGAGT CTTTAGGGTT CTCTGCAAGA TGGAGGGACT CGCATCAGGG TTCTCGGGAG 
TTTGCTCGTT GGGGATCGGC GGAAGTTCGC CGCCCTCCAG GCCATGGCAA GCAAGGAGGC 
TGGCACATCT TTCCTGAAGA ATCAGGCCAT GGTTTTGTAC CTTCCCGGTC TAGTGATAAG 
ATGGTAGAAG ACGAAAATTC TAGGCCATTC ACAACTCGTG GAGACGGGAA TGGAAAATAC 
AGCCGGAACA ACAGGGAAAT TAGAGGATCT TTTAGCCAGA AAGATTGGAA AGGTCATCCT 
TTGGAAACAG GCAATGCATC TCCAAACATG TCGGGAAGGT CTCTTGCTAT AAATGATCAG 
AGGTCAGTCG ACGATATGCT AATTCATTCT GATTTTGTAA ACGGATGGGA TCAACTTCAG 
TTGAAAGACC AACATGATAA GATGGGTAGT GTCAATGGGT TAGGCACAGG ACAGAGAGCT 
GAGAGAGAGA ACTCGTTGAG CTCTATTGAT TGGAAGCCTC TAAAATGGAC TCGGTCTGGA 
AGCTTGTCTT CACGGGGTTC TGGTTTCAGC CATTCAAGTA GCTCGAAGAG CATGGGGGTA 
GATTCTAATG AAGCCAGAGG AGACTTGCAG CCCAGAAATG TGACCCCCGT CCAGTCTCCT 
TCAGGGGATG CTGTTGCCTG TGTGGCATCT ACTGCACCAT CAGAAGAGAC TTCTTCTAGG 
AAGAAGCCAC GTCTTGGATG GGGGGAGGGG CTGGCAAAGT ACGAGAGGAA GAAGGTTGAA 
GGTCCGGATG AAAGTGTGAA CAAAAATGGC ATTGTCTTCT GCACCAGTAA TGGAGAGTCT 
ACACATTCTC TCAACTCAAA CTTGGCTGAC AAGAGCCCTA GAGTTATGGG TTTCTCAGAT 
TGTGCATCTC CGGCAACTCC ATCTTCTGTT GCTTGTAGTT CTTCACCAGG TATGGAGGAA 
AAATCATTTA GCAAGGCTGG AAATGTTGAT AATGATACTA GTACTTTAAG TGGTTCTCCT 
GGTCCTGTGT CTCTGAATCA TCTTGATGGA TTCTCTTTTA TTTTAGAGAG TTTGGAGCCT 
AATCAAATAG CTAATTTGGG GTTTTCACCT ATTGAGTTGC TGCAATCTGA TGATCCAAGT 
TCAGTGGATT CTAATTTTAT GAGATCTACT GCAATGAGTA AGTTGCTAAT ATGGAAAGGT 
GATATTTCAA AGTCCCTGGA GATGACTGAA TCTGAAATTG ATACACTTGA AAATGAACTC 
AAGTCATTGA AATCTGGGTC TGGAAGCAGT TGTCCTTGCC CAGCAGCTTC TAGCTCGTTT 
CCTGTGGAAG GTAAAGCAAA ACCTTGTGAA GAGCAAGGAG CTGCCTCCAA CCTAATCCTT 
AGGCCTGCTC CATTGCAAAT TGTTCCGCCT GGTGATATGA TGACAGATAA AACACTACTT 
GGTAGTGATG CCATGGAAGA TGCTCATGCT GAAGTTAAAG ATGAGGATAT TGATAGTCCT 
GGAACTGCTA CATCAAAATT TGTTGAACCA CCATGTTTGG TGAAGACCGC TTCTCCATCT 
GATATGGTAA TACAAGGTGA ATGTTCTGGG AATTTGAAAA TAACAAGGTC CACAAACATG 
GAAGTTGAAC TTTTGGTCTC TGGTCCAAAT GTGGAAGAGA CAGGCATATC TACTAGTGGA 
GGTGATAGCA GGTTGCTTGT TGAGAGTAAA ACTGGTGCCC GTGTTTCAGG TGACATGGGT 
GTACTTGATG ATGAGGAGGA TAAGATATAT AATTTAATAT TGGCTTCCAA TAAGGATTGT 
GCAAATAGAG CTTCTGAAGT ATTTAATAAG CTATTGCCAC AGAATCAGTG TCAAAATGAT 
ATTTTAGGAG CTGCCAACTT CGCATGCAGA CAGAATGATT CATTGATTAA ACAAAAATTT 
GCAATGAGAA AGCGGTTCTT AAGATTCAAG GAGAAAGTTA TTACACTTAA GTTTAGAGTC 
TCTCAGCATG TGTGGAAGGA AGATATGCGC TTGCTTTCTA TTAGGAAATA TCGTGCAAAA 
TCTCAAAAGA AGTTTGAATT AAGCTTGAGG ACATCACATT GTGGGTATCA GAAGCATCGG 
TCTTCCATTC GCTCTCGCTT CTCGTCTCCT GCAGGGAATT TGAGTCCTGT CCCTACAGCT 
GAGATGATAA ATTATACAAG CAAGATGCTT TCCGAATCCC AGATGAAGCT TTGCAGGAAC 
ATATTGAAGA TGCCAGCTTT GATCTTGGAT AAGAAGGAAA AGACAGCATC AAGATTTATT 
TCTAGTAATG GATTAGTTGA AGATCCATGC GCTGTTGAGA ATGAAAGGAC TATGATCAAC 
CCTTGGACAG CAGAAGAGAA GGAAATTTTC ATGGATAAGT TGGCCATCTT TGGGAAAGAA 
TTCAAAAAGA TTGCTTCTTT CCTTGATCAC AAGACTACTG CTGATTGTGT CGAATTCTAC 
TATAAAAACC ACAAATCAGA TTGTTTTGAG AAAACAAAGA AGAAGCTAGA GCTTAGAAAG 
CAAGGGAAGT CCTTATCTGC AACTACCTAT TTGGTGACAT CAGGGAAAAA ATGGAATCGT 
GAGATGAATG CTGCCTCCCT TGATATGCTG GGTGCAGCTT CAGTGATGGC AGCTCGTGCT 
GGTGACAGTA TGGAAAATCT GCAGACTTGC CCTGGAAAGT TCCTTTTAGG AGCTCACCAT 
GACTATAGAA CACCACATGG TGACAATGGT GTCGTAGAAC GGTCTAGCAG TTATGATATT 
ATTCGTAATG AGAGGGAAAC TGTGGCTGCT GATGTTTTGG CTGGTATCTG TGGTTCCCTG 
TCATCAGAGG CAATGAGTTC TTGTATCACA AGTTCTCTTG ATCCTGGAGA AGGATATCGT 
GAGTTGAGGC AAAAAGTGGG TTCTGGAGTG AAACGGCCTT TGACTCCTGA GGTTACACAG 
AGTATTGATG AGGAGACCTG TTCCGATGAG AGTTGTGGAG AGATGGATCC TGCTGATTGG 
ACGGATGAGG AGAAATGTAT CTTTGTGCAG GCAGTATCAT CCTATGGTAA GGATTTTGCA 
AAGATATCAC GATGTGTCAG AACAAGGTCC AGGGATCAAT GCAAGGTCTT CTTTAGCAAG 
GCTCGTAAGT GCCTTGGATT AGATCTGATA CATCCTGGGC CTAATGTAGG AACACCAGAG 
AGTGATGATG CCAATGGAGG AGGGAGTGAC ACAGAAGATG CCTGTGTTGT GGAAGCCGGC 
TCAGTTATCT GCAGCAATAA ATCAGGCTCT AAGATGGAAG AGGACTCACT GTTGTCTGTT 
TTGAACATAA ACCCCGACGA GTCTGACTTT TCAGGGATGA AGAATCTGCA GACTGACCTT 
AACAGGTCAT ATGAGAACAA TGGAATTGGA CGAGTGGATC ATAAAGATGA TGAGACTGTT 
ACTAATTTGG TTTCTGATAA ATGTCATCAG CTGGAAAAAA CTGAGCAAGT TTTTGGAGAC 
AGCAATTCAT TGAATGGCAT TGACAGCAAG TCTCTAACAT TGCACGTAGA GAAAAATGGG 
CCTTGTACAA AAATGGAAAT GGATCATGAA TCTGTGTCTG CTGTAGAGGC AACTGACCCC 
TCTGACAGAT CAAATGCTGT ATCGCAGGCT GAAGATTTGA CTGAAGGGAA TCTGTTACCT 
GAAACTAGTT TGAATGTGAG AAGAGAAGAA AATAATGATG CAGATACAAG TGGCCAAATG 
TCCTTAAAAT GTACTGTGAA AGATTCAGAA GTAAAGGAAA ATGCATTGCA CCAGGTTCCC 
AATTCAACTT CTTGTCCAAG ATTCATTTTT AACTCTGGAT GCCAAGATCA AGTTTCTGTG 
GAGTTGGATA ACCAGAAGCC TGGAGTCATC TCATTGCTGC AGGAGAGTTC TCTTATGGCT 
GAAGATTCTG TACCAAAAGA TTCTTCAGTC ATTCAGTATG AGAAAACCCT TGATCAAGGT 
ATGTCTCCTT CAACTCTTGA TTTGAAAGAG ACAAAGGATA AGAATAAATC TATTGGTGTG 
GATGAATATC ACCAGCATCT GTCAGGACAT TCTTTATTGA ACAATGCAGT CAATGCTGAA 
TTGTCCCAGA AGGTTGGGGG CTGTCCATTG CAGACACCCC CAAAGGAAGA TATGAATCGG 
GATCTCAGTT GCAAAAATCC TTCTAGTGCT GCTGAAAGGC TCTCTAAGTT GGACAGGGAT 
ATTCAATCCA GTCACTCTTT AGCACAAGAT TGCTATCTTC AGAAATGTAA TGGTTCAAAA 
TCTCACAGTT TGGGGACTGA GCTTCCTTTC CTATCACAGA GTCTAGAACG AACAAGCAAC 
CAAACAAGAG CCCATGGGCG TAGTTTGTCC GATACAGAGA AAACAAGCAG GAATGGTGAT 
TTTAAACTGT TTGGTCAGAT TCTCAGCCAC CCCCCTTCTC TGCAGAACCC AAATTCCTGT 
AGCAATGAGA ATGATGATAA GGGGGCCCAT AATCCTAAGT TAAGCAGCAA ATCAGTTAAC 
CTGAAATTCA CCGGTCATCA CTGCATTGAC GGAAATCTAG GTGCCTCGAA GGTAGATCGT 
AATAATTATT TGGGCCTTGA GAATCTTCCC ATGAGTTATG GTTTTTGGGA TGGGAACAGG 
ATACAAACAG GTTTCTCATC ATTACCTGAT TCAACCTTAC TGCTGGCAAA ATATCCTGCT 
GCGTTTAGTA ATTATCCAAT GTCGTCTTCC ACCAAAATAG AGCAGCAGTC CTTGCAGACA 
GTTGTGAAGA GTAATGAACG GAATTTGAAT GGCATATCAG TTTTCCCAAC GAGGGATATG 
AGTAGCAGCA ATGGGGTGGC AGATTATCAT CAGGTATTCA GGGGCCGAGA TTGTACAAAA 
TTGCAGCCAT TCACAGTAGA TATGAAGCAG CGGCAAGACC TGTTCTCTGA GATGCAGAGA 
CGAAATGGTT TTGAAGCAGT ATCAAGTTTG CAAGCACCTG GAAGGGGAAT GGTAGGAATG 
AATGTAGTTG GGAGAGGGGG TATTCTGGTA GGTGGAGCAT GCACCCCCAG TGTTTCAGAT 
CCAGTGGCCG CCATCAAAAT GCACTATGCT AAAACTACTG ACCAGTTTGG CGGGCAGGGT 
GGAAGCATCA TCAGAGACGA CGAATCTTGG AGAGGTAATG GGGACATAGG CAGGTAG

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

RefSeq	XP_010658422.1
CDS	479..5695
Translation	MPPEPLPWDRKDFFKERKHERSESLGFSARWRDSHQGSREFARWGSAEVRRPPGHGKQGGWHIFPEESGHGFVPSRSSDKMVEDENSRPFTTRGDGNGKYSRNNREIRGSFSQKDWKGHPLETGNASPNMSGRSLAINDQRSVDDMLIHSDFVNGWDQLQLKDQHDKMGSVNGLGTGQRAERENSLSSIDWKPLKWTRSGSLSSRGSGFSHSSSSKSMGVDSNEARGDLQPRNVTPVQSPSGDAVACVASTAPSEETSSRKKPRLGWGEGLAKYERKKVEGPDESVNKNGIVFCTSNGESTHSLNSNLADKSPRVMGFSDCASPATPSSVACSSSPGMEEKSFSKAGNVDNDTSTLSGSPGPVSLNHLDGFSFILESLEPNQIANLGFSPIELLQSDDPSSVDSNFMRSTAMSKLLIWKGDISKSLEMTESEIDTLENELKSLKSGSGSSCPCPAASSSFPVEGKAKPCEEQGAASNLILRPAPLQIVPPGDMMTDKTLLGSDAMEDAHAEVKDEDIDSPGTATSKFVEPPCLVKTASPSDMVIQGECSGNLKITRSTNMEVELLVSGPNVEETGISTSGGDSRLLVESKTGARVSGDMGVLDDEEDKIYNLILASNKDCANRASEVFNKLLPQNQCQNDILGAANFACRQNDSLIKQKFAMRKRFLRFKEKVITLKFRVSQHVWKEDMRLLSIRKYRAKSQKKFELSLRTSHCGYQKHRSSIRSRFSSPAGNLSPVPTAEMINYTSKMLSESQMKLCRNILKMPALILDKKEKTASRFISSNGLVEDPCAVENERTMINPWTAEEKEIFMDKLAIFGKEFKKIASFLDHKTTADCVEFYYKNHKSDCFEKTKKKLELRKQGKSLSATTYLVTSGKKWNREMNAASLDMLGAASVMAARAGDSMENLQTCPGKFLLGAHHDYRTPHGDNGVVERSSSYDIIRNERETVAADVLAGICGSLSSEAMSSCITSSLDPGEGYRELRQKVGSGVKRPLTPEVTQSIDEETCSDESCGEMDPADWTDEEKCIFVQAVSSYGKDFAKISRCVRTRSRDQCKVFFSKARKCLGLDLIHPGPNVGTPESDDANGGGSDTEDACVVEAGSVICSNKSGSKMEEDSLLSVLNINPDESDFSGMKNLQTDLNRSYENNGIGRVDHKDDETVTNLVSDKCHQLEKTEQVFGDSNSLNGIDSKSLTLHVEKNGPCTKMEMDHESVSAVEATDPSDRSNAVSQAEDLTEGNLLPETSLNVRREENNDADTSGQMSLKCTVKDSEVKENALHQVPNSTSCPRFIFNSGCQDQVSVELDNQKPGVISLLQESSLMAEDSVPKDSSVIQYEKTLDQGMSPSTLDLKETKDKNKSIGVDEYHQHLSGHSLLNNAVNAELSQKVGGCPLQTPPKEDMNRDLSCKNPSSAAERLSKLDRDIQSSHSLAQDCYLQKCNGSKSHSLGTELPFLSQSLERTSNQTRAHGRSLSDTEKTSRNGDFKLFGQILSHPPSLQNPNSCSNENDDKGAHNPKLSSKSVNLKFTGHHCIDGNLGASKVDRNNYLGLENLPMSYGFWDGNRIQTGFSSLPDSTLLLAKYPAAFSNYPMSSSTKIEQQSLQTVVKSNERNLNGISVFPTRDMSSSNGVADYHQVFRGRDCTKLQPFTVDMKQRQDLFSEMQRRNGFEAVSSLQAPGRGMVGMNVVGRGGILVGGACTPSVSDPVAAIKMHYAKTTDQFGGQGGSIIRDDESWRGNGDIGR

Target ORF information:

RefSeq Version	XM_010660120.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X1, mRNA.

Target ORF information:

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

XM_010660120.2

ORF Insert Sequence:

ATGCCGCCAG AACCACTGCC TTGGGATCGG AAGGACTTCT TCAAGGAGAG GAAGCACGAG 
AGGTCGGAGT CTTTAGGGTT CTCTGCAAGA TGGAGGGACT CGCATCAGGG TTCTCGGGAG 
TTTGCTCGTT GGGGATCGGC GGAAGTTCGC CGCCCTCCAG GCCATGGCAA GCAAGGAGGC 
TGGCACATCT TTCCTGAAGA ATCAGGCCAT GGTTTTGTAC CTTCCCGGTC TAGTGATAAG 
ATGGTAGAAG ACGAAAATTC TAGGCCATTC ACAACTCGTG GAGACGGGAA TGGAAAATAC 
AGCCGGAACA ACAGGGAAAT TAGAGGATCT TTTAGCCAGA AAGATTGGAA AGGTCATCCT 
TTGGAAACAG GCAATGCATC TCCAAACATG TCGGGAAGGT CTCTTGCTAT AAATGATCAG 
AGGTCAGTCG ACGATATGCT AATTCATTCT GATTTTGTAA ACGGATGGGA TCAACTTCAG 
TTGAAAGACC AACATGATAA GATGGGTAGT GTCAATGGGT TAGGCACAGG ACAGAGAGCT 
GAGAGAGAGA ACTCGTTGAG CTCTATTGAT TGGAAGCCTC TAAAATGGAC TCGGTCTGGA 
AGCTTGTCTT CACGGGGTTC TGGTTTCAGC CATTCAAGTA GCTCGAAGAG CATGGGGGTA 
GATTCTAATG AAGCCAGAGG AGACTTGCAG CCCAGAAATG TGACCCCCGT CCAGTCTCCT 
TCAGGGGATG CTGTTGCCTG TGTGGCATCT ACTGCACCAT CAGAAGAGAC TTCTTCTAGG 
AAGAAGCCAC GTCTTGGATG GGGGGAGGGG CTGGCAAAGT ACGAGAGGAA GAAGGTTGAA 
GGTCCGGATG AAAGTGTGAA CAAAAATGGC ATTGTCTTCT GCACCAGTAA TGGAGAGTCT 
ACACATTCTC TCAACTCAAA CTTGGCTGAC AAGAGCCCTA GAGTTATGGG TTTCTCAGAT 
TGTGCATCTC CGGCAACTCC ATCTTCTGTT GCTTGTAGTT CTTCACCAGG TATGGAGGAA 
AAATCATTTA GCAAGGCTGG AAATGTTGAT AATGATACTA GTACTTTAAG TGGTTCTCCT 
GGTCCTGTGT CTCTGAATCA TCTTGATGGA TTCTCTTTTA TTTTAGAGAG TTTGGAGCCT 
AATCAAATAG CTAATTTGGG GTTTTCACCT ATTGAGTTGC TGCAATCTGA TGATCCAAGT 
TCAGTGGATT CTAATTTTAT GAGATCTACT GCAATGAGTA AGTTGCTAAT ATGGAAAGGT 
GATATTTCAA AGTCCCTGGA GATGACTGAA TCTGAAATTG ATACACTTGA AAATGAACTC 
AAGTCATTGA AATCTGGGTC TGGAAGCAGT TGTCCTTGCC CAGCAGCTTC TAGCTCGTTT 
CCTGTGGAAG GTAAAGCAAA ACCTTGTGAA GAGCAAGGAG CTGCCTCCAA CCTAATCCTT 
AGGCCTGCTC CATTGCAAAT TGTTCCGCCT GGTGATATGA TGACAGATAA AACACTACTT 
GGTAGTGATG CCATGGAAGA TGCTCATGCT GAAGTTAAAG ATGAGGATAT TGATAGTCCT 
GGAACTGCTA CATCAAAATT TGTTGAACCA CCATGTTTGG TGAAGACCGC TTCTCCATCT 
GATATGGTAA TACAAGGTGA ATGTTCTGGG AATTTGAAAA TAACAAGGTC CACAAACATG 
GAAGTTGAAC TTTTGGTCTC TGGTCCAAAT GTGGAAGAGA CAGGCATATC TACTAGTGGA 
GGTGATAGCA GGTTGCTTGT TGAGAGTAAA ACTGGTGCCC GTGTTTCAGG TGACATGGGT 
GTACTTGATG ATGAGGAGGA TAAGATATAT AATTTAATAT TGGCTTCCAA TAAGGATTGT 
GCAAATAGAG CTTCTGAAGT ATTTAATAAG CTATTGCCAC AGAATCAGTG TCAAAATGAT 
ATTTTAGGAG CTGCCAACTT CGCATGCAGA CAGAATGATT CATTGATTAA ACAAAAATTT 
GCAATGAGAA AGCGGTTCTT AAGATTCAAG GAGAAAGTTA TTACACTTAA GTTTAGAGTC 
TCTCAGCATG TGTGGAAGGA AGATATGCGC TTGCTTTCTA TTAGGAAATA TCGTGCAAAA 
TCTCAAAAGA AGTTTGAATT AAGCTTGAGG ACATCACATT GTGGGTATCA GAAGCATCGG 
TCTTCCATTC GCTCTCGCTT CTCGTCTCCT GCAGGGAATT TGAGTCCTGT CCCTACAGCT 
GAGATGATAA ATTATACAAG CAAGATGCTT TCCGAATCCC AGATGAAGCT TTGCAGGAAC 
ATATTGAAGA TGCCAGCTTT GATCTTGGAT AAGAAGGAAA AGACAGCATC AAGATTTATT 
TCTAGTAATG GATTAGTTGA AGATCCATGC GCTGTTGAGA ATGAAAGGAC TATGATCAAC 
CCTTGGACAG CAGAAGAGAA GGAAATTTTC ATGGATAAGT TGGCCATCTT TGGGAAAGAA 
TTCAAAAAGA TTGCTTCTTT CCTTGATCAC AAGACTACTG CTGATTGTGT CGAATTCTAC 
TATAAAAACC ACAAATCAGA TTGTTTTGAG AAAACAAAGA AGAAGCTAGA GCTTAGAAAG 
CAAGGGAAGT CCTTATCTGC AACTACCTAT TTGGTGACAT CAGGGAAAAA ATGGAATCGT 
GAGATGAATG CTGCCTCCCT TGATATGCTG GGTGCAGCTT CAGTGATGGC AGCTCGTGCT 
GGTGACAGTA TGGAAAATCT GCAGACTTGC CCTGGAAAGT TCCTTTTAGG AGCTCACCAT 
GACTATAGAA CACCACATGG TGACAATGGT GTCGTAGAAC GGTCTAGCAG TTATGATATT 
ATTCGTAATG AGAGGGAAAC TGTGGCTGCT GATGTTTTGG CTGGTATCTG TGGTTCCCTG 
TCATCAGAGG CAATGAGTTC TTGTATCACA AGTTCTCTTG ATCCTGGAGA AGGATATCGT 
GAGTTGAGGC AAAAAGTGGG TTCTGGAGTG AAACGGCCTT TGACTCCTGA GGTTACACAG 
AGTATTGATG AGGAGACCTG TTCCGATGAG AGTTGTGGAG AGATGGATCC TGCTGATTGG 
ACGGATGAGG AGAAATGTAT CTTTGTGCAG GCAGTATCAT CCTATGGTAA GGATTTTGCA 
AAGATATCAC GATGTGTCAG AACAAGGTCC AGGGATCAAT GCAAGGTCTT CTTTAGCAAG 
GCTCGTAAGT GCCTTGGATT AGATCTGATA CATCCTGGGC CTAATGTAGG AACACCAGAG 
AGTGATGATG CCAATGGAGG AGGGAGTGAC ACAGAAGATG CCTGTGTTGT GGAAGCCGGC 
TCAGTTATCT GCAGCAATAA ATCAGGCTCT AAGATGGAAG AGGACTCACT GTTGTCTGTT 
TTGAACATAA ACCCCGACGA GTCTGACTTT TCAGGGATGA AGAATCTGCA GACTGACCTT 
AACAGGTCAT ATGAGAACAA TGGAATTGGA CGAGTGGATC ATAAAGATGA TGAGACTGTT 
ACTAATTTGG TTTCTGATAA ATGTCATCAG CTGGAAAAAA CTGAGCAAGT TTTTGGAGAC 
AGCAATTCAT TGAATGGCAT TGACAGCAAG TCTCTAACAT TGCACGTAGA GAAAAATGGG 
CCTTGTACAA AAATGGAAAT GGATCATGAA TCTGTGTCTG CTGTAGAGGC AACTGACCCC 
TCTGACAGAT CAAATGCTGT ATCGCAGGCT GAAGATTTGA CTGAAGGGAA TCTGTTACCT 
GAAACTAGTT TGAATGTGAG AAGAGAAGAA AATAATGATG CAGATACAAG TGGCCAAATG 
TCCTTAAAAT GTACTGTGAA AGATTCAGAA GTAAAGGAAA ATGCATTGCA CCAGGTTCCC 
AATTCAACTT CTTGTCCAAG ATTCATTTTT AACTCTGGAT GCCAAGATCA AGTTTCTGTG 
GAGTTGGATA ACCAGAAGCC TGGAGTCATC TCATTGCTGC AGGAGAGTTC TCTTATGGCT 
GAAGATTCTG TACCAAAAGA TTCTTCAGTC ATTCAGTATG AGAAAACCCT TGATCAAGGT 
ATGTCTCCTT CAACTCTTGA TTTGAAAGAG ACAAAGGATA AGAATAAATC TATTGGTGTG 
GATGAATATC ACCAGCATCT GTCAGGACAT TCTTTATTGA ACAATGCAGT CAATGCTGAA 
TTGTCCCAGA AGGTTGGGGG CTGTCCATTG CAGACACCCC CAAAGGAAGA TATGAATCGG 
GATCTCAGTT GCAAAAATCC TTCTAGTGCT GCTGAAAGGC TCTCTAAGTT GGACAGGGAT 
ATTCAATCCA GTCACTCTTT AGCACAAGAT TGCTATCTTC AGAAATGTAA TGGTTCAAAA 
TCTCACAGTT TGGGGACTGA GCTTCCTTTC CTATCACAGA GTCTAGAACG AACAAGCAAC 
CAAACAAGAG CCCATGGGCG TAGTTTGTCC GATACAGAGA AAACAAGCAG GAATGGTGAT 
TTTAAACTGT TTGGTCAGAT TCTCAGCCAC CCCCCTTCTC TGCAGAACCC AAATTCCTGT 
AGCAATGAGA ATGATGATAA GGGGGCCCAT AATCCTAAGT TAAGCAGCAA ATCAGTTAAC 
CTGAAATTCA CCGGTCATCA CTGCATTGAC GGAAATCTAG GTGCCTCGAA GGTAGATCGT 
AATAATTATT TGGGCCTTGA GAATCTTCCC ATGAGTTATG GTTTTTGGGA TGGGAACAGG 
ATACAAACAG GTTTCTCATC ATTACCTGAT TCAACCTTAC TGCTGGCAAA ATATCCTGCT 
GCGTTTAGTA ATTATCCAAT GTCGTCTTCC ACCAAAATAG AGCAGCAGTC CTTGCAGACA 
GTTGTGAAGA GTAATGAACG GAATTTGAAT GGCATATCAG TTTTCCCAAC GAGGGATATG 
AGTAGCAGCA ATGGGGTGGC AGATTATCAT CAGGTATTCA GGGGCCGAGA TTGTACAAAA 
TTGCAGCCAT TCACAGTAGA TATGAAGCAG CGGCAAGACC TGTTCTCTGA GATGCAGAGA 
CGAAATGGTT TTGAAGCAGT ATCAAGTTTG CAAGCACCTG GAAGGGGAAT GGTAGGAATG 
AATGTAGTTG GGAGAGGGGG TATTCTGGTA GGTGGAGCAT GCACCCCCAG TGTTTCAGAT 
CCAGTGGCCG CCATCAAAAT GCACTATGCT AAAACTACTG ACCAGTTTGG CGGGCAGGGT 
GGAAGCATCA TCAGAGACGA CGAATCTTGG AGAGGTAATG GGGACATAGG CAGGTAG

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

LOC100240985 ( XM_010660121.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010658423.1 Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa23113
Clone ID Related Accession (Same CDS sequence)	XM_010660121.2
Accession Version	XM_010660121.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5214bp) 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	uncharacterized protein LOC100240985 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012019.3) 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_010660121.1. ##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##

ATGCCGCCAG AACCACTGCC TTGGGATCGG AAGGACTTCT TCAAGGAGAG GAAGCACGAG 
AGGTCGGAGT CTTTAGGGTT CTCTGCAAGA TGGAGGGACT CGCATCAGGG TTCTCGGGAG 
TTTGCTCGTT GGGGATCGGC GGAAGTTCGC CGCCCTCCAG GCCATGGCAA GCAAGGAGGC 
TGGCACATCT TTCCTGAAGA ATCAGGCCAT GGTTTTGTAC CTTCCCGGTC TAGTGATAAG 
ATGGTAGAAG ACGAAAATTC TAGGCCATTC ACAACTCGTG GAGACGGGAA TGGAAAATAC 
AGCCGGAACA ACAGGGAAAT TAGAGGATCT TTTAGCCAGA AAGATTGGAA AGGTCATCCT 
TTGGAAACAG GCAATGCATC TCCAAACATG TCGGGAAGGT CTCTTGCTAT AAATGATCAG 
AGGTCAGTCG ACGATATGCT AATTCATTCT GATTTTGTAA ACGGATGGGA TCAACTTCAG 
TTGAAAGACC AACATGATAA GATGGGTAGT GTCAATGGGT TAGGCACAGG ACAGAGAGCT 
GAGAGAGAGA ACTCGTTGAG CTCTATTGAT TGGAAGCCTC TAAAATGGAC TCGGTCTGGA 
AGCTTGTCTT CACGGGGTTC TGGTTTCAGC CATTCAAGTA GCTCGAAGAG CATGGGGGTA 
GATTCTAATG AAGCCAGAGG AGACTTGCAG CCCAGAAATG TGACCCCCGT CCAGTCTCCT 
TCAGGGGATG CTGTTGCCTG TGTGGCATCT ACTGCACCAT CAGAAGAGAC TTCTTCTAGG 
AAGAAGCCAC GTCTTGGATG GGGGGAGGGG CTGGCAAAGT ACGAGAGGAA GAAGGTTGAA 
GGTCCGGATG AAAGTGTGAA CAAAAATGGC ATTGTCTTCT GCACCAGTAA TGGAGAGTCT 
ACACATTCTC TCAACTCAAA CTTGGCTGAC AAGAGCCCTA GAGTTATGGG TTTCTCAGAT 
TGTGCATCTC CGGCAACTCC ATCTTCTGTT GCTTGTAGTT CTTCACCAGG TATGGAGGAA 
AAATCATTTA GCAAGGCTGG AAATGTTGAT AATGATACTA GTACTTTAAG TGGTTCTCCT 
GGTCCTGTGT CTCTGAATCA TCTTGATGGA TTCTCTTTTA TTTTAGAGAG TTTGGAGCCT 
AATCAAATAG CTAATTTGGG GTTTTCACCT ATTGAGTTGC TGCAATCTGA TGATCCAAGT 
TCAGTGGATT CTAATTTTAT GAGATCTACT GCAATGAGTA AGTTGCTAAT ATGGAAAGGT 
GATATTTCAA AGTCCCTGGA GATGACTGAA TCTGAAATTG ATACACTTGA AAATGAACTC 
AAGTCATTGA AATCTGGGTC TGGAAGCAGT TGTCCTTGCC CAGCAGCTTC TAGCTCGTTT 
CCTGTGGAAG GTAAAGCAAA ACCTTGTGAA GAGCAAGGAG CTGCCTCCAA CCTAATCCTT 
AGGCCTGCTC CATTGCAAAT TGTTCCGCCT GGTGATATGA TGACAGATAA AACACTACTT 
GGTAGTGATG CCATGGAAGA TGCTCATGCT GAAGTTAAAG ATGAGGATAT TGATAGTCCT 
GGAACTGCTA CATCAAAATT TGTTGAACCA CCATGTTTGG TGAAGACCGC TTCTCCATCT 
GATATGGTAA TACAAGGTGA ATGTTCTGGG AATTTGAAAA TAACAAGGTC CACAAACATG 
GAAGTTGAAC TTTTGGTCTC TGGTCCAAAT GTGGAAGAGA CAGGCATATC TACTAGTGGA 
GGTGATAGCA GGTTGCTTGT TGAGAGTAAA ACTGGTGCCC GTGTTTCAGG TGACATGGGT 
GTACTTGATG ATGAGGAGGA TAAGATATAT AATTTAATAT TGGCTTCCAA TAAGGATTGT 
GCAAATAGAG CTTCTGAAGT ATTTAATAAG CTATTGCCAC AGAATCAGTG TCAAAATGAT 
ATTTTAGGAG CTGCCAACTT CGCATGCAGA CAGAATGATT CATTGATTAA ACAAAAATTT 
GCAATGAGAA AGCGGTTCTT AAGATTCAAG GAGAAAGTTA TTACACTTAA GTTTAGAGTC 
TCTCAGCATG TGTGGAAGGA AGATATGCGC TTGCTTTCTA TTAGGAAATA TCGTGCAAAA 
TCTCAAAAGA AGTTTGAATT AAGCTTGAGG ACATCACATT GTGGGTATCA GAAGCATCGG 
TCTTCCATTC GCTCTCGCTT CTCGTCTCCT GGGAATTTGA GTCCTGTCCC TACAGCTGAG 
ATGATAAATT ATACAAGCAA GATGCTTTCC GAATCCCAGA TGAAGCTTTG CAGGAACATA 
TTGAAGATGC CAGCTTTGAT CTTGGATAAG AAGGAAAAGA CAGCATCAAG ATTTATTTCT 
AGTAATGGAT TAGTTGAAGA TCCATGCGCT GTTGAGAATG AAAGGACTAT GATCAACCCT 
TGGACAGCAG AAGAGAAGGA AATTTTCATG GATAAGTTGG CCATCTTTGG GAAAGAATTC 
AAAAAGATTG CTTCTTTCCT TGATCACAAG ACTACTGCTG ATTGTGTCGA ATTCTACTAT 
AAAAACCACA AATCAGATTG TTTTGAGAAA ACAAAGAAGA AGCTAGAGCT TAGAAAGCAA 
GGGAAGTCCT TATCTGCAAC TACCTATTTG GTGACATCAG GGAAAAAATG GAATCGTGAG 
ATGAATGCTG CCTCCCTTGA TATGCTGGGT GCAGCTTCAG TGATGGCAGC TCGTGCTGGT 
GACAGTATGG AAAATCTGCA GACTTGCCCT GGAAAGTTCC TTTTAGGAGC TCACCATGAC 
TATAGAACAC CACATGGTGA CAATGGTGTC GTAGAACGGT CTAGCAGTTA TGATATTATT 
CGTAATGAGA GGGAAACTGT GGCTGCTGAT GTTTTGGCTG GTATCTGTGG TTCCCTGTCA 
TCAGAGGCAA TGAGTTCTTG TATCACAAGT TCTCTTGATC CTGGAGAAGG ATATCGTGAG 
TTGAGGCAAA AAGTGGGTTC TGGAGTGAAA CGGCCTTTGA CTCCTGAGGT TACACAGAGT 
ATTGATGAGG AGACCTGTTC CGATGAGAGT TGTGGAGAGA TGGATCCTGC TGATTGGACG 
GATGAGGAGA AATGTATCTT TGTGCAGGCA GTATCATCCT ATGGTAAGGA TTTTGCAAAG 
ATATCACGAT GTGTCAGAAC AAGGTCCAGG GATCAATGCA AGGTCTTCTT TAGCAAGGCT 
CGTAAGTGCC TTGGATTAGA TCTGATACAT CCTGGGCCTA ATGTAGGAAC ACCAGAGAGT 
GATGATGCCA ATGGAGGAGG GAGTGACACA GAAGATGCCT GTGTTGTGGA AGCCGGCTCA 
GTTATCTGCA GCAATAAATC AGGCTCTAAG ATGGAAGAGG ACTCACTGTT GTCTGTTTTG 
AACATAAACC CCGACGAGTC TGACTTTTCA GGGATGAAGA ATCTGCAGAC TGACCTTAAC 
AGGTCATATG AGAACAATGG AATTGGACGA GTGGATCATA AAGATGATGA GACTGTTACT 
AATTTGGTTT CTGATAAATG TCATCAGCTG GAAAAAACTG AGCAAGTTTT TGGAGACAGC 
AATTCATTGA ATGGCATTGA CAGCAAGTCT CTAACATTGC ACGTAGAGAA AAATGGGCCT 
TGTACAAAAA TGGAAATGGA TCATGAATCT GTGTCTGCTG TAGAGGCAAC TGACCCCTCT 
GACAGATCAA ATGCTGTATC GCAGGCTGAA GATTTGACTG AAGGGAATCT GTTACCTGAA 
ACTAGTTTGA ATGTGAGAAG AGAAGAAAAT AATGATGCAG ATACAAGTGG CCAAATGTCC 
TTAAAATGTA CTGTGAAAGA TTCAGAAGTA AAGGAAAATG CATTGCACCA GGTTCCCAAT 
TCAACTTCTT GTCCAAGATT CATTTTTAAC TCTGGATGCC AAGATCAAGT TTCTGTGGAG 
TTGGATAACC AGAAGCCTGG AGTCATCTCA TTGCTGCAGG AGAGTTCTCT TATGGCTGAA 
GATTCTGTAC CAAAAGATTC TTCAGTCATT CAGTATGAGA AAACCCTTGA TCAAGGTATG 
TCTCCTTCAA CTCTTGATTT GAAAGAGACA AAGGATAAGA ATAAATCTAT TGGTGTGGAT 
GAATATCACC AGCATCTGTC AGGACATTCT TTATTGAACA ATGCAGTCAA TGCTGAATTG 
TCCCAGAAGG TTGGGGGCTG TCCATTGCAG ACACCCCCAA AGGAAGATAT GAATCGGGAT 
CTCAGTTGCA AAAATCCTTC TAGTGCTGCT GAAAGGCTCT CTAAGTTGGA CAGGGATATT 
CAATCCAGTC ACTCTTTAGC ACAAGATTGC TATCTTCAGA AATGTAATGG TTCAAAATCT 
CACAGTTTGG GGACTGAGCT TCCTTTCCTA TCACAGAGTC TAGAACGAAC AAGCAACCAA 
ACAAGAGCCC ATGGGCGTAG TTTGTCCGAT ACAGAGAAAA CAAGCAGGAA TGGTGATTTT 
AAACTGTTTG GTCAGATTCT CAGCCACCCC CCTTCTCTGC AGAACCCAAA TTCCTGTAGC 
AATGAGAATG ATGATAAGGG GGCCCATAAT CCTAAGTTAA GCAGCAAATC AGTTAACCTG 
AAATTCACCG GTCATCACTG CATTGACGGA AATCTAGGTG CCTCGAAGGT AGATCGTAAT 
AATTATTTGG GCCTTGAGAA TCTTCCCATG AGTTATGGTT TTTGGGATGG GAACAGGATA 
CAAACAGGTT TCTCATCATT ACCTGATTCA ACCTTACTGC TGGCAAAATA TCCTGCTGCG 
TTTAGTAATT ATCCAATGTC GTCTTCCACC AAAATAGAGC AGCAGTCCTT GCAGACAGTT 
GTGAAGAGTA ATGAACGGAA TTTGAATGGC ATATCAGTTT TCCCAACGAG GGATATGAGT 
AGCAGCAATG GGGTGGCAGA TTATCATCAG GTATTCAGGG GCCGAGATTG TACAAAATTG 
CAGCCATTCA CAGTAGATAT GAAGCAGCGG CAAGACCTGT TCTCTGAGAT GCAGAGACGA 
AATGGTTTTG AAGCAGTATC AAGTTTGCAA GCACCTGGAA GGGGAATGGT AGGAATGAAT 
GTAGTTGGGA GAGGGGGTAT TCTGGTAGGT GGAGCATGCA CCCCCAGTGT TTCAGATCCA 
GTGGCCGCCA TCAAAATGCA CTATGCTAAA ACTACTGACC AGTTTGGCGG GCAGGGTGGA 
AGCATCATCA GAGACGACGA ATCTTGGAGA GGTAATGGGG ACATAGGCAG GTAG

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

RefSeq	XP_010658423.1
CDS	479..5692
Translation	MPPEPLPWDRKDFFKERKHERSESLGFSARWRDSHQGSREFARWGSAEVRRPPGHGKQGGWHIFPEESGHGFVPSRSSDKMVEDENSRPFTTRGDGNGKYSRNNREIRGSFSQKDWKGHPLETGNASPNMSGRSLAINDQRSVDDMLIHSDFVNGWDQLQLKDQHDKMGSVNGLGTGQRAERENSLSSIDWKPLKWTRSGSLSSRGSGFSHSSSSKSMGVDSNEARGDLQPRNVTPVQSPSGDAVACVASTAPSEETSSRKKPRLGWGEGLAKYERKKVEGPDESVNKNGIVFCTSNGESTHSLNSNLADKSPRVMGFSDCASPATPSSVACSSSPGMEEKSFSKAGNVDNDTSTLSGSPGPVSLNHLDGFSFILESLEPNQIANLGFSPIELLQSDDPSSVDSNFMRSTAMSKLLIWKGDISKSLEMTESEIDTLENELKSLKSGSGSSCPCPAASSSFPVEGKAKPCEEQGAASNLILRPAPLQIVPPGDMMTDKTLLGSDAMEDAHAEVKDEDIDSPGTATSKFVEPPCLVKTASPSDMVIQGECSGNLKITRSTNMEVELLVSGPNVEETGISTSGGDSRLLVESKTGARVSGDMGVLDDEEDKIYNLILASNKDCANRASEVFNKLLPQNQCQNDILGAANFACRQNDSLIKQKFAMRKRFLRFKEKVITLKFRVSQHVWKEDMRLLSIRKYRAKSQKKFELSLRTSHCGYQKHRSSIRSRFSSPGNLSPVPTAEMINYTSKMLSESQMKLCRNILKMPALILDKKEKTASRFISSNGLVEDPCAVENERTMINPWTAEEKEIFMDKLAIFGKEFKKIASFLDHKTTADCVEFYYKNHKSDCFEKTKKKLELRKQGKSLSATTYLVTSGKKWNREMNAASLDMLGAASVMAARAGDSMENLQTCPGKFLLGAHHDYRTPHGDNGVVERSSSYDIIRNERETVAADVLAGICGSLSSEAMSSCITSSLDPGEGYRELRQKVGSGVKRPLTPEVTQSIDEETCSDESCGEMDPADWTDEEKCIFVQAVSSYGKDFAKISRCVRTRSRDQCKVFFSKARKCLGLDLIHPGPNVGTPESDDANGGGSDTEDACVVEAGSVICSNKSGSKMEEDSLLSVLNINPDESDFSGMKNLQTDLNRSYENNGIGRVDHKDDETVTNLVSDKCHQLEKTEQVFGDSNSLNGIDSKSLTLHVEKNGPCTKMEMDHESVSAVEATDPSDRSNAVSQAEDLTEGNLLPETSLNVRREENNDADTSGQMSLKCTVKDSEVKENALHQVPNSTSCPRFIFNSGCQDQVSVELDNQKPGVISLLQESSLMAEDSVPKDSSVIQYEKTLDQGMSPSTLDLKETKDKNKSIGVDEYHQHLSGHSLLNNAVNAELSQKVGGCPLQTPPKEDMNRDLSCKNPSSAAERLSKLDRDIQSSHSLAQDCYLQKCNGSKSHSLGTELPFLSQSLERTSNQTRAHGRSLSDTEKTSRNGDFKLFGQILSHPPSLQNPNSCSNENDDKGAHNPKLSSKSVNLKFTGHHCIDGNLGASKVDRNNYLGLENLPMSYGFWDGNRIQTGFSSLPDSTLLLAKYPAAFSNYPMSSSTKIEQQSLQTVVKSNERNLNGISVFPTRDMSSSNGVADYHQVFRGRDCTKLQPFTVDMKQRQDLFSEMQRRNGFEAVSSLQAPGRGMVGMNVVGRGGILVGGACTPSVSDPVAAIKMHYAKTTDQFGGQGGSIIRDDESWRGNGDIGR

Target ORF information:

RefSeq Version	XM_010660121.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100240985 (LOC100240985), transcript variant X2, mRNA.

Target ORF information:

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

XM_010660121.2

ORF Insert Sequence:

ATGCCGCCAG AACCACTGCC TTGGGATCGG AAGGACTTCT TCAAGGAGAG GAAGCACGAG 
AGGTCGGAGT CTTTAGGGTT CTCTGCAAGA TGGAGGGACT CGCATCAGGG TTCTCGGGAG 
TTTGCTCGTT GGGGATCGGC GGAAGTTCGC CGCCCTCCAG GCCATGGCAA GCAAGGAGGC 
TGGCACATCT TTCCTGAAGA ATCAGGCCAT GGTTTTGTAC CTTCCCGGTC TAGTGATAAG 
ATGGTAGAAG ACGAAAATTC TAGGCCATTC ACAACTCGTG GAGACGGGAA TGGAAAATAC 
AGCCGGAACA ACAGGGAAAT TAGAGGATCT TTTAGCCAGA AAGATTGGAA AGGTCATCCT 
TTGGAAACAG GCAATGCATC TCCAAACATG TCGGGAAGGT CTCTTGCTAT AAATGATCAG 
AGGTCAGTCG ACGATATGCT AATTCATTCT GATTTTGTAA ACGGATGGGA TCAACTTCAG 
TTGAAAGACC AACATGATAA GATGGGTAGT GTCAATGGGT TAGGCACAGG ACAGAGAGCT 
GAGAGAGAGA ACTCGTTGAG CTCTATTGAT TGGAAGCCTC TAAAATGGAC TCGGTCTGGA 
AGCTTGTCTT CACGGGGTTC TGGTTTCAGC CATTCAAGTA GCTCGAAGAG CATGGGGGTA 
GATTCTAATG AAGCCAGAGG AGACTTGCAG CCCAGAAATG TGACCCCCGT CCAGTCTCCT 
TCAGGGGATG CTGTTGCCTG TGTGGCATCT ACTGCACCAT CAGAAGAGAC TTCTTCTAGG 
AAGAAGCCAC GTCTTGGATG GGGGGAGGGG CTGGCAAAGT ACGAGAGGAA GAAGGTTGAA 
GGTCCGGATG AAAGTGTGAA CAAAAATGGC ATTGTCTTCT GCACCAGTAA TGGAGAGTCT 
ACACATTCTC TCAACTCAAA CTTGGCTGAC AAGAGCCCTA GAGTTATGGG TTTCTCAGAT 
TGTGCATCTC CGGCAACTCC ATCTTCTGTT GCTTGTAGTT CTTCACCAGG TATGGAGGAA 
AAATCATTTA GCAAGGCTGG AAATGTTGAT AATGATACTA GTACTTTAAG TGGTTCTCCT 
GGTCCTGTGT CTCTGAATCA TCTTGATGGA TTCTCTTTTA TTTTAGAGAG TTTGGAGCCT 
AATCAAATAG CTAATTTGGG GTTTTCACCT ATTGAGTTGC TGCAATCTGA TGATCCAAGT 
TCAGTGGATT CTAATTTTAT GAGATCTACT GCAATGAGTA AGTTGCTAAT ATGGAAAGGT 
GATATTTCAA AGTCCCTGGA GATGACTGAA TCTGAAATTG ATACACTTGA AAATGAACTC 
AAGTCATTGA AATCTGGGTC TGGAAGCAGT TGTCCTTGCC CAGCAGCTTC TAGCTCGTTT 
CCTGTGGAAG GTAAAGCAAA ACCTTGTGAA GAGCAAGGAG CTGCCTCCAA CCTAATCCTT 
AGGCCTGCTC CATTGCAAAT TGTTCCGCCT GGTGATATGA TGACAGATAA AACACTACTT 
GGTAGTGATG CCATGGAAGA TGCTCATGCT GAAGTTAAAG ATGAGGATAT TGATAGTCCT 
GGAACTGCTA CATCAAAATT TGTTGAACCA CCATGTTTGG TGAAGACCGC TTCTCCATCT 
GATATGGTAA TACAAGGTGA ATGTTCTGGG AATTTGAAAA TAACAAGGTC CACAAACATG 
GAAGTTGAAC TTTTGGTCTC TGGTCCAAAT GTGGAAGAGA CAGGCATATC TACTAGTGGA 
GGTGATAGCA GGTTGCTTGT TGAGAGTAAA ACTGGTGCCC GTGTTTCAGG TGACATGGGT 
GTACTTGATG ATGAGGAGGA TAAGATATAT AATTTAATAT TGGCTTCCAA TAAGGATTGT 
GCAAATAGAG CTTCTGAAGT ATTTAATAAG CTATTGCCAC AGAATCAGTG TCAAAATGAT 
ATTTTAGGAG CTGCCAACTT CGCATGCAGA CAGAATGATT CATTGATTAA ACAAAAATTT 
GCAATGAGAA AGCGGTTCTT AAGATTCAAG GAGAAAGTTA TTACACTTAA GTTTAGAGTC 
TCTCAGCATG TGTGGAAGGA AGATATGCGC TTGCTTTCTA TTAGGAAATA TCGTGCAAAA 
TCTCAAAAGA AGTTTGAATT AAGCTTGAGG ACATCACATT GTGGGTATCA GAAGCATCGG 
TCTTCCATTC GCTCTCGCTT CTCGTCTCCT GGGAATTTGA GTCCTGTCCC TACAGCTGAG 
ATGATAAATT ATACAAGCAA GATGCTTTCC GAATCCCAGA TGAAGCTTTG CAGGAACATA 
TTGAAGATGC CAGCTTTGAT CTTGGATAAG AAGGAAAAGA CAGCATCAAG ATTTATTTCT 
AGTAATGGAT TAGTTGAAGA TCCATGCGCT GTTGAGAATG AAAGGACTAT GATCAACCCT 
TGGACAGCAG AAGAGAAGGA AATTTTCATG GATAAGTTGG CCATCTTTGG GAAAGAATTC 
AAAAAGATTG CTTCTTTCCT TGATCACAAG ACTACTGCTG ATTGTGTCGA ATTCTACTAT 
AAAAACCACA AATCAGATTG TTTTGAGAAA ACAAAGAAGA AGCTAGAGCT TAGAAAGCAA 
GGGAAGTCCT TATCTGCAAC TACCTATTTG GTGACATCAG GGAAAAAATG GAATCGTGAG 
ATGAATGCTG CCTCCCTTGA TATGCTGGGT GCAGCTTCAG TGATGGCAGC TCGTGCTGGT 
GACAGTATGG AAAATCTGCA GACTTGCCCT GGAAAGTTCC TTTTAGGAGC TCACCATGAC 
TATAGAACAC CACATGGTGA CAATGGTGTC GTAGAACGGT CTAGCAGTTA TGATATTATT 
CGTAATGAGA GGGAAACTGT GGCTGCTGAT GTTTTGGCTG GTATCTGTGG TTCCCTGTCA 
TCAGAGGCAA TGAGTTCTTG TATCACAAGT TCTCTTGATC CTGGAGAAGG ATATCGTGAG 
TTGAGGCAAA AAGTGGGTTC TGGAGTGAAA CGGCCTTTGA CTCCTGAGGT TACACAGAGT 
ATTGATGAGG AGACCTGTTC CGATGAGAGT TGTGGAGAGA TGGATCCTGC TGATTGGACG 
GATGAGGAGA AATGTATCTT TGTGCAGGCA GTATCATCCT ATGGTAAGGA TTTTGCAAAG 
ATATCACGAT GTGTCAGAAC AAGGTCCAGG GATCAATGCA AGGTCTTCTT TAGCAAGGCT 
CGTAAGTGCC TTGGATTAGA TCTGATACAT CCTGGGCCTA ATGTAGGAAC ACCAGAGAGT 
GATGATGCCA ATGGAGGAGG GAGTGACACA GAAGATGCCT GTGTTGTGGA AGCCGGCTCA 
GTTATCTGCA GCAATAAATC AGGCTCTAAG ATGGAAGAGG ACTCACTGTT GTCTGTTTTG 
AACATAAACC CCGACGAGTC TGACTTTTCA GGGATGAAGA ATCTGCAGAC TGACCTTAAC 
AGGTCATATG AGAACAATGG AATTGGACGA GTGGATCATA AAGATGATGA GACTGTTACT 
AATTTGGTTT CTGATAAATG TCATCAGCTG GAAAAAACTG AGCAAGTTTT TGGAGACAGC 
AATTCATTGA ATGGCATTGA CAGCAAGTCT CTAACATTGC ACGTAGAGAA AAATGGGCCT 
TGTACAAAAA TGGAAATGGA TCATGAATCT GTGTCTGCTG TAGAGGCAAC TGACCCCTCT 
GACAGATCAA ATGCTGTATC GCAGGCTGAA GATTTGACTG AAGGGAATCT GTTACCTGAA 
ACTAGTTTGA ATGTGAGAAG AGAAGAAAAT AATGATGCAG ATACAAGTGG CCAAATGTCC 
TTAAAATGTA CTGTGAAAGA TTCAGAAGTA AAGGAAAATG CATTGCACCA GGTTCCCAAT 
TCAACTTCTT GTCCAAGATT CATTTTTAAC TCTGGATGCC AAGATCAAGT TTCTGTGGAG 
TTGGATAACC AGAAGCCTGG AGTCATCTCA TTGCTGCAGG AGAGTTCTCT TATGGCTGAA 
GATTCTGTAC CAAAAGATTC TTCAGTCATT CAGTATGAGA AAACCCTTGA TCAAGGTATG 
TCTCCTTCAA CTCTTGATTT GAAAGAGACA AAGGATAAGA ATAAATCTAT TGGTGTGGAT 
GAATATCACC AGCATCTGTC AGGACATTCT TTATTGAACA ATGCAGTCAA TGCTGAATTG 
TCCCAGAAGG TTGGGGGCTG TCCATTGCAG ACACCCCCAA AGGAAGATAT GAATCGGGAT 
CTCAGTTGCA AAAATCCTTC TAGTGCTGCT GAAAGGCTCT CTAAGTTGGA CAGGGATATT 
CAATCCAGTC ACTCTTTAGC ACAAGATTGC TATCTTCAGA AATGTAATGG TTCAAAATCT 
CACAGTTTGG GGACTGAGCT TCCTTTCCTA TCACAGAGTC TAGAACGAAC AAGCAACCAA 
ACAAGAGCCC ATGGGCGTAG TTTGTCCGAT ACAGAGAAAA CAAGCAGGAA TGGTGATTTT 
AAACTGTTTG GTCAGATTCT CAGCCACCCC CCTTCTCTGC AGAACCCAAA TTCCTGTAGC 
AATGAGAATG ATGATAAGGG GGCCCATAAT CCTAAGTTAA GCAGCAAATC AGTTAACCTG 
AAATTCACCG GTCATCACTG CATTGACGGA AATCTAGGTG CCTCGAAGGT AGATCGTAAT 
AATTATTTGG GCCTTGAGAA TCTTCCCATG AGTTATGGTT TTTGGGATGG GAACAGGATA 
CAAACAGGTT TCTCATCATT ACCTGATTCA ACCTTACTGC TGGCAAAATA TCCTGCTGCG 
TTTAGTAATT ATCCAATGTC GTCTTCCACC AAAATAGAGC AGCAGTCCTT GCAGACAGTT 
GTGAAGAGTA ATGAACGGAA TTTGAATGGC ATATCAGTTT TCCCAACGAG GGATATGAGT 
AGCAGCAATG GGGTGGCAGA TTATCATCAG GTATTCAGGG GCCGAGATTG TACAAAATTG 
CAGCCATTCA CAGTAGATAT GAAGCAGCGG CAAGACCTGT TCTCTGAGAT GCAGAGACGA 
AATGGTTTTG AAGCAGTATC AAGTTTGCAA GCACCTGGAA GGGGAATGGT AGGAATGAAT 
GTAGTTGGGA GAGGGGGTAT TCTGGTAGGT GGAGCATGCA CCCCCAGTGT TTCAGATCCA 
GTGGCCGCCA TCAAAATGCA CTATGCTAAA ACTACTGACC AGTTTGGCGG GCAGGGTGGA 
AGCATCATCA GAGACGACGA ATCTTGGAGA GGTAATGGGG ACATAGGCAG GTAG

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

PubMed

REQUEST A QUOTE

EMAIL

gene@genscript.com

PHONE

1-877-436-7274

ONLINE FORM

Online Quote Submission

ONLINE FORM

Online Quote Submission

LOC100240985 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:

Most Popular Services

Services & Products

News & Blogs

REQUEST A QUOTE

EMAIL

PHONE

ONLINE FORM

ONLINE FORM

SUPPORT

COMPANY

SUPPORT

COMPANY