LOC100254868 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100254868
Entrez Gene ID	100254868
Full Name	Fanconi anemia group M protein
Synonyms	GO:0003677 GO:0003676 GO:0016787,GO:0008026 GO:0004386 GO:0016787 GO:0005524 GO:0000166 GO:0003676 GO:0005622 GO:0006259
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_010666897.2	XP_010665199.1	Fanconi anemia group M protein isoform X1
XM_010666898.2	XP_010665200.1	Fanconi anemia group M protein isoform X2

Pathways from BioSystems
Gene Ontology

The following LOC100254868 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100254868 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
OVa28617	XM_010666897.2 Latest version!	Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OVa28618	XM_010666898.2 Latest version!	Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00

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)

LOC100254868 ( XM_010666897.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010665199.1 Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa28617
Clone ID Related Accession (Same CDS sequence)	XM_010666897.2
Accession Version	XM_010666897.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4242bp) 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	Fanconi anemia group M protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012024.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010666897.1. ##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##

ATGGCTTCAA CAACTCCTCA CCTCATTACT GTCGACGATG ACGACGAGTT CGATTGGGAA 
GCAGCTTTTA GAGAGATAGA TGTGGCTTGC CAAACCACGA AACCCTCGAT TTCATGCTCG 
GACAACAACA AACCCAGGCT CTCTAAGCAA TCTACTCTCG ATAATTTCAT CAGCCCCGCC 
GGCGCTGTAC CGCCATTGGA GAATTGGGAT ACACTAGATA GAGATAAAAG TAACTTGGTT 
GGTGATGAAG GGCTGTGCTG CATTGACGTT GATGCTGAGG CAGCCAAAAC TTGGATATAT 
CCAGTTAATG TTCCTCTGCG TAAATATCAG TTATCTATAA CCAAGACAGC TCTATTTTCA 
AATACATTGG TGGCATTGCC AACTGGTCTT GGCAAAACCC TTATTGCTGC TGTTGTTATG 
TACAACTATT TCAGATGGTT TCCTGAAGGG AAGATAGTTT TTGCAGCTCC TTCTCGGCCG 
CTTGTCATGC AACAAATAGA AGCATGCCAT AATATAGTAG GAATACCACA AGAGTGGACC 
ATTGATATGA CAGGTCAAAC AAGTCCTACA AGGAGAGCTG GCCTCTGGAA AGCTAAACGA 
GTTTTCTTTG TTACACCTCA AGTGTTGGAG AAGGATATTC AATCTGGTAT ATGTCTGGTA 
AAATACTTGG TGTGTTTGGT GATTGATGAG GCTCATCGAG CTTTGGGAAA TTATTCCTAT 
TGCACAGCAG TTCGTGAGTT GATGGTGGCA CCAGTGCAGC TGAGAATCTT AGCTTTGACA 
GCAACACCAG GATCAAAGCA GCAATCTATC CAGAATATAA TTGATAATTT GCATATATCG 
ACGCTTGAGT ATCGTAATGA AAGTGATCAT GATGTCAGCC CATATGTGCA TAACAGGAAT 
GTTGAATTAA TAGAGGTTGC GATGGGCCAA GATGCTATTG AGATAAACAA TGTGCTATTA 
GAAGTAATAC GACCATTTGT GATTAGGCTT TGTGCAGTTG GAGTGCTTCA GAATAGAGAC 
TTGCAAACTT TGAGCCCATG TGATTTGCTT AATTCAAGGG ATAAATTTCG TCAAGCACCG 
CCACTAGCCC TTCCTCACAT GAAGTATGGG GAAGTAGAAG GTTATTTTGG AGCTCTTATT 
ACACTTTACC ATATTCGTAA GTTACTTTCC AGTCATGGAA TAAGGCCAGC CCACGAGATG 
CTCGAAGAAA AAATGCGACA AGGGCCTTTT GCAAGACTTA TGAGTAAAAA TGAAGTTCTT 
TGGAAAGCCA AGTGCTTAAT GCAGCAAAGC TTGTCTAACG GCACCCCAAA TCCAAAGTTG 
TCTAAAATGT TAGACATATT GATTGATCAT TTCAAAGCAA ACAATCCACA AAATTCAAGA 
GTAATCATTT TTTCAAATTT TAGGGGGAGT GTCAGGGACA TAATGGATGC ATTAGCAAAG 
ATTGGGGAGT CAGTTAAAGC TACCCAGTTT ATTGGCCAAA GCTCAGGAAA AGCATCAAAA 
GGTCAGTCAC AAAAAGTTCA GCAGGCAGTT TTGGAGAAAT TTCGCGCTGG TGGATTCAAT 
GTCATTGTTG CCACGTCAAT TGGTGAAGAA GGCCTGGATA TCATGGAAGT TGATCTTGTA 
ATATGTTTTG ATGCTAATAT CTCACCGTTG CGAATGATTC AACGCATGGG GAGGACTGGA 
AGGAAACATG ATGGACGAGT TGTAGTTTTA GCCTGTGAAG GGTCAGAAAT GAAGGGTTAC 
ATGCGAAAGC AAGCAAACAG CAAGACTGTA AGGAAACACA TGCGAAATGG GGGGATGAAT 
AGTTTTAATT TCCATTCTAG TCCAAGAATG ATTCCCCACA TTTTCAAACC TGAAGTTCAG 
TTTGTTGAGC TATCAATTGA ACAGTTTGTT CCTCGTGGAA GGAAAGGAAA AGATGATCAT 
CCTATCCAGG CACCTATTTC CACAGACAAG CTAACTAATG TTGAGACTGA AGTTCTTGCA 
AAGTATTTCG GCACTACCGG AAAGATAACA TGGCGACCAT CTCTTATTGC TTTTCCACCC 
TTTCAGGCAT TTCCCACTGG AGTGCATAAA ATACCACATT CATTCAGAAC AGAGATTCTG 
ATTGACATGA TGCAACATTT GCAAGGTCTA TCATTTTCAG GAAACAGCAA AACATTCTTT 
GTTGAGGGTG AAGTCTCCAC AAATGAGCAT CTGGGAGTTG AAACTGTTGA ACAGTATGAC 
AAAAGTAGAA TGGGCAACAT CACCTTCAAC AACTCAAATG GCTTGTGCAA CAAACCTTGT 
GTTTTCAGAA AAGATGAAGC CTCTATGGAT GAGCATTTGG CAGTAGAAAC TGTTGAACAG 
CATGAGGAAA GTAGAAAAGA TTCAATTATT TTTGGTGATT CCCCAAAAGC GCAACCAATA 
AGAGAATTGT CTTATTCTGA AGAATCACCT ATAAGGAACA CAAAAACCAA GGAGAAGCAT 
AGCATGTCTA GTTCCCAAGG CAACAATCCT CACGTGCATT CCTATCTATT TGGGTCCGAT 
TTTGTATCTG TTGACACTCT TGGAAATGTC TTAATTTTAT CTGTTCCCTT AATTCCTTCA 
AAGGAAGTTT CACATTCTAA GTGTGCAAGT GCAAGCAGTA GTATGTTGCT AAATTGTTTG 
AAGCAAGATT CTTGTCATAG TGGGACTTCA CAGGGACAGC ACAAAGGACA AAGTATGGAA 
GAAAAAGCCG TTGCAAACTT GAGGACTTCT GGCCAGGCAA GATGCACAAT GGACGAGACT 
CTGCTAATAT CCAAATTACA CTACTCTCTC GGCCAGCAAG AGAAAAAACT GGATGGGGTT 
GAGGAGATTG TTCAGACTCC AATTTTGAAG GGAAGTCTGT CACATGAAGG AGATACTGCT 
GTTGAGACTC TTGTGGCAAA CAAAACACCA ATATTTCTAG CTGCTGAGTC CAGTGATGAT 
ATTGGAGACA CTGACCTTAG TCCACGGTTA ACTAATTTGA TCAAAAGCGG CGTTGTTCCA 
GAGTCTCCTA TAAATGAAAG TGGGCCATCA AATGGAAGAC CAAGAAATGA GTTTCTTGTT 
CCAGATCTTG TTTCACCTGC CAAAGTACTT TCTGAAATGT TACTGACTGG AAAGAATGAA 
AAGGTCACTT TGGATGTTAG TACATCTGGA CAAGATACCT TGAATTCTCC AATTAGTAAT 
GGAATGCACT CTCCTATACT CAGGCCAGAC ATTAGTGCCA AAGCAAGAGG AAGCAATCCC 
TCTTCTCCAA TTGTTGAGGA AGTCAAAACT CCCTTGGCAA ATCTGACAAA CAATAGTTGT 
AGCAAAGACT GGCATCTAAG CTCTGGAGAC AAGTCAGCAA GTGTCAAGCA GGAAAGGAAG 
TTTAAAAGGT TGCGCAAATA TGGAGACACT GGCCAAAGGA GGAATATGAA GAGCATGAAA 
GAAAATTCTA TTGACCCTTC AGGAAACCTT GCCGAAACTT CTAGTATTAT TCCTATCAGA 
AATAAGCATA ACAGAGGTAA ACAAAAGCCA GTTGACAATG TCAGAGCATT TATTGAAGAG 
GAAGCTGAGG TATCTTCAGA AGCTGAAGTA TCTGATGATG AGGAAGATGA CCAGAACAAC 
AATTCATATG ATGATAGTTT CATAGATGAC AGAATAGATC CTACAGCAAC AAGTACTCAA 
GCTGAAGATA GTAGAAGTGA CATGATGGCA ATTTACAGGC GTTCTTTACT CAGTCAATCA 
CCAGTTGTGA GGCAGCCAAA CTTTTCTGCT GATTTTAGTC CTTGCACTCT GGCTCCCATG 
ACCAGGATAA CTGAAACTGG AAGCTCTTTG AGCAAGACAA CGTATTCTCT AAATCAGTCT 
TCTGAGAGGA ATACAGTTTC CATTCAAATC AACCCAGAAA TAATCTCCTC AGAAGCAATA 
CCATTGACTA GTGTTTCCCC AAGAGAAAAT GAGAGAAAGT TGGAAAGTCG GAAAAGAAAA 
TTGGGTATTT ATCAAGGTGG ATCTGTTCCT GCAATCAACT TAGAGAGACA ATTTCAGTTG 
GAGGCTGCCA GCAAAGAATC ATCCTTGCAA CATCAAGCTG AGAAAATCGA AACAAATGGA 
GATGTGTTCT ATGATGATCA ATTTTATGAG GGGCTTGACC TTGATGCAGT GGAAGCTCAA 
GCTACCATGC TACTCAGACA CAAATCAGAG TTGTTCACAC AGAAGCAAGA TCCACAAAGT 
CTGGATCTTT TTGGTTCTCC AACATTTGAT CTTGGGATTT AA

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

RefSeq	XP_010665199.1
CDS	128..4369
Translation	MASTTPHLITVDDDDEFDWEAAFREIDVACQTTKPSISCSDNNKPRLSKQSTLDNFISPAGAVPPLENWDTLDRDKSNLVGDEGLCCIDVDAEAAKTWIYPVNVPLRKYQLSITKTALFSNTLVALPTGLGKTLIAAVVMYNYFRWFPEGKIVFAAPSRPLVMQQIEACHNIVGIPQEWTIDMTGQTSPTRRAGLWKAKRVFFVTPQVLEKDIQSGICLVKYLVCLVIDEAHRALGNYSYCTAVRELMVAPVQLRILALTATPGSKQQSIQNIIDNLHISTLEYRNESDHDVSPYVHNRNVELIEVAMGQDAIEINNVLLEVIRPFVIRLCAVGVLQNRDLQTLSPCDLLNSRDKFRQAPPLALPHMKYGEVEGYFGALITLYHIRKLLSSHGIRPAHEMLEEKMRQGPFARLMSKNEVLWKAKCLMQQSLSNGTPNPKLSKMLDILIDHFKANNPQNSRVIIFSNFRGSVRDIMDALAKIGESVKATQFIGQSSGKASKGQSQKVQQAVLEKFRAGGFNVIVATSIGEEGLDIMEVDLVICFDANISPLRMIQRMGRTGRKHDGRVVVLACEGSEMKGYMRKQANSKTVRKHMRNGGMNSFNFHSSPRMIPHIFKPEVQFVELSIEQFVPRGRKGKDDHPIQAPISTDKLTNVETEVLAKYFGTTGKITWRPSLIAFPPFQAFPTGVHKIPHSFRTEILIDMMQHLQGLSFSGNSKTFFVEGEVSTNEHLGVETVEQYDKSRMGNITFNNSNGLCNKPCVFRKDEASMDEHLAVETVEQHEESRKDSIIFGDSPKAQPIRELSYSEESPIRNTKTKEKHSMSSSQGNNPHVHSYLFGSDFVSVDTLGNVLILSVPLIPSKEVSHSKCASASSSMLLNCLKQDSCHSGTSQGQHKGQSMEEKAVANLRTSGQARCTMDETLLISKLHYSLGQQEKKLDGVEEIVQTPILKGSLSHEGDTAVETLVANKTPIFLAAESSDDIGDTDLSPRLTNLIKSGVVPESPINESGPSNGRPRNEFLVPDLVSPAKVLSEMLLTGKNEKVTLDVSTSGQDTLNSPISNGMHSPILRPDISAKARGSNPSSPIVEEVKTPLANLTNNSCSKDWHLSSGDKSASVKQERKFKRLRKYGDTGQRRNMKSMKENSIDPSGNLAETSSIIPIRNKHNRGKQKPVDNVRAFIEEEAEVSSEAEVSDDEEDDQNNNSYDDSFIDDRIDPTATSTQAEDSRSDMMAIYRRSLLSQSPVVRQPNFSADFSPCTLAPMTRITETGSSLSKTTYSLNQSSERNTVSIQINPEIISSEAIPLTSVSPRENERKLESRKRKLGIYQGGSVPAINLERQFQLEAASKESSLQHQAEKIETNGDVFYDDQFYEGLDLDAVEAQATMLLRHKSELFTQKQDPQSLDLFGSPTFDLGI

Target ORF information:

RefSeq Version	XM_010666897.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X1, mRNA.

Target ORF information:

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

XM_010666897.2

ORF Insert Sequence:

ATGGCTTCAA CAACTCCTCA CCTCATTACT GTCGACGATG ACGACGAGTT CGATTGGGAA 
GCAGCTTTTA GAGAGATAGA TGTGGCTTGC CAAACCACGA AACCCTCGAT TTCATGCTCG 
GACAACAACA AACCCAGGCT CTCTAAGCAA TCTACTCTCG ATAATTTCAT CAGCCCCGCC 
GGCGCTGTAC CGCCATTGGA GAATTGGGAT ACACTAGATA GAGATAAAAG TAACTTGGTT 
GGTGATGAAG GGCTGTGCTG CATTGACGTT GATGCTGAGG CAGCCAAAAC TTGGATATAT 
CCAGTTAATG TTCCTCTGCG TAAATATCAG TTATCTATAA CCAAGACAGC TCTATTTTCA 
AATACATTGG TGGCATTGCC AACTGGTCTT GGCAAAACCC TTATTGCTGC TGTTGTTATG 
TACAACTATT TCAGATGGTT TCCTGAAGGG AAGATAGTTT TTGCAGCTCC TTCTCGGCCG 
CTTGTCATGC AACAAATAGA AGCATGCCAT AATATAGTAG GAATACCACA AGAGTGGACC 
ATTGATATGA CAGGTCAAAC AAGTCCTACA AGGAGAGCTG GCCTCTGGAA AGCTAAACGA 
GTTTTCTTTG TTACACCTCA AGTGTTGGAG AAGGATATTC AATCTGGTAT ATGTCTGGTA 
AAATACTTGG TGTGTTTGGT GATTGATGAG GCTCATCGAG CTTTGGGAAA TTATTCCTAT 
TGCACAGCAG TTCGTGAGTT GATGGTGGCA CCAGTGCAGC TGAGAATCTT AGCTTTGACA 
GCAACACCAG GATCAAAGCA GCAATCTATC CAGAATATAA TTGATAATTT GCATATATCG 
ACGCTTGAGT ATCGTAATGA AAGTGATCAT GATGTCAGCC CATATGTGCA TAACAGGAAT 
GTTGAATTAA TAGAGGTTGC GATGGGCCAA GATGCTATTG AGATAAACAA TGTGCTATTA 
GAAGTAATAC GACCATTTGT GATTAGGCTT TGTGCAGTTG GAGTGCTTCA GAATAGAGAC 
TTGCAAACTT TGAGCCCATG TGATTTGCTT AATTCAAGGG ATAAATTTCG TCAAGCACCG 
CCACTAGCCC TTCCTCACAT GAAGTATGGG GAAGTAGAAG GTTATTTTGG AGCTCTTATT 
ACACTTTACC ATATTCGTAA GTTACTTTCC AGTCATGGAA TAAGGCCAGC CCACGAGATG 
CTCGAAGAAA AAATGCGACA AGGGCCTTTT GCAAGACTTA TGAGTAAAAA TGAAGTTCTT 
TGGAAAGCCA AGTGCTTAAT GCAGCAAAGC TTGTCTAACG GCACCCCAAA TCCAAAGTTG 
TCTAAAATGT TAGACATATT GATTGATCAT TTCAAAGCAA ACAATCCACA AAATTCAAGA 
GTAATCATTT TTTCAAATTT TAGGGGGAGT GTCAGGGACA TAATGGATGC ATTAGCAAAG 
ATTGGGGAGT CAGTTAAAGC TACCCAGTTT ATTGGCCAAA GCTCAGGAAA AGCATCAAAA 
GGTCAGTCAC AAAAAGTTCA GCAGGCAGTT TTGGAGAAAT TTCGCGCTGG TGGATTCAAT 
GTCATTGTTG CCACGTCAAT TGGTGAAGAA GGCCTGGATA TCATGGAAGT TGATCTTGTA 
ATATGTTTTG ATGCTAATAT CTCACCGTTG CGAATGATTC AACGCATGGG GAGGACTGGA 
AGGAAACATG ATGGACGAGT TGTAGTTTTA GCCTGTGAAG GGTCAGAAAT GAAGGGTTAC 
ATGCGAAAGC AAGCAAACAG CAAGACTGTA AGGAAACACA TGCGAAATGG GGGGATGAAT 
AGTTTTAATT TCCATTCTAG TCCAAGAATG ATTCCCCACA TTTTCAAACC TGAAGTTCAG 
TTTGTTGAGC TATCAATTGA ACAGTTTGTT CCTCGTGGAA GGAAAGGAAA AGATGATCAT 
CCTATCCAGG CACCTATTTC CACAGACAAG CTAACTAATG TTGAGACTGA AGTTCTTGCA 
AAGTATTTCG GCACTACCGG AAAGATAACA TGGCGACCAT CTCTTATTGC TTTTCCACCC 
TTTCAGGCAT TTCCCACTGG AGTGCATAAA ATACCACATT CATTCAGAAC AGAGATTCTG 
ATTGACATGA TGCAACATTT GCAAGGTCTA TCATTTTCAG GAAACAGCAA AACATTCTTT 
GTTGAGGGTG AAGTCTCCAC AAATGAGCAT CTGGGAGTTG AAACTGTTGA ACAGTATGAC 
AAAAGTAGAA TGGGCAACAT CACCTTCAAC AACTCAAATG GCTTGTGCAA CAAACCTTGT 
GTTTTCAGAA AAGATGAAGC CTCTATGGAT GAGCATTTGG CAGTAGAAAC TGTTGAACAG 
CATGAGGAAA GTAGAAAAGA TTCAATTATT TTTGGTGATT CCCCAAAAGC GCAACCAATA 
AGAGAATTGT CTTATTCTGA AGAATCACCT ATAAGGAACA CAAAAACCAA GGAGAAGCAT 
AGCATGTCTA GTTCCCAAGG CAACAATCCT CACGTGCATT CCTATCTATT TGGGTCCGAT 
TTTGTATCTG TTGACACTCT TGGAAATGTC TTAATTTTAT CTGTTCCCTT AATTCCTTCA 
AAGGAAGTTT CACATTCTAA GTGTGCAAGT GCAAGCAGTA GTATGTTGCT AAATTGTTTG 
AAGCAAGATT CTTGTCATAG TGGGACTTCA CAGGGACAGC ACAAAGGACA AAGTATGGAA 
GAAAAAGCCG TTGCAAACTT GAGGACTTCT GGCCAGGCAA GATGCACAAT GGACGAGACT 
CTGCTAATAT CCAAATTACA CTACTCTCTC GGCCAGCAAG AGAAAAAACT GGATGGGGTT 
GAGGAGATTG TTCAGACTCC AATTTTGAAG GGAAGTCTGT CACATGAAGG AGATACTGCT 
GTTGAGACTC TTGTGGCAAA CAAAACACCA ATATTTCTAG CTGCTGAGTC CAGTGATGAT 
ATTGGAGACA CTGACCTTAG TCCACGGTTA ACTAATTTGA TCAAAAGCGG CGTTGTTCCA 
GAGTCTCCTA TAAATGAAAG TGGGCCATCA AATGGAAGAC CAAGAAATGA GTTTCTTGTT 
CCAGATCTTG TTTCACCTGC CAAAGTACTT TCTGAAATGT TACTGACTGG AAAGAATGAA 
AAGGTCACTT TGGATGTTAG TACATCTGGA CAAGATACCT TGAATTCTCC AATTAGTAAT 
GGAATGCACT CTCCTATACT CAGGCCAGAC ATTAGTGCCA AAGCAAGAGG AAGCAATCCC 
TCTTCTCCAA TTGTTGAGGA AGTCAAAACT CCCTTGGCAA ATCTGACAAA CAATAGTTGT 
AGCAAAGACT GGCATCTAAG CTCTGGAGAC AAGTCAGCAA GTGTCAAGCA GGAAAGGAAG 
TTTAAAAGGT TGCGCAAATA TGGAGACACT GGCCAAAGGA GGAATATGAA GAGCATGAAA 
GAAAATTCTA TTGACCCTTC AGGAAACCTT GCCGAAACTT CTAGTATTAT TCCTATCAGA 
AATAAGCATA ACAGAGGTAA ACAAAAGCCA GTTGACAATG TCAGAGCATT TATTGAAGAG 
GAAGCTGAGG TATCTTCAGA AGCTGAAGTA TCTGATGATG AGGAAGATGA CCAGAACAAC 
AATTCATATG ATGATAGTTT CATAGATGAC AGAATAGATC CTACAGCAAC AAGTACTCAA 
GCTGAAGATA GTAGAAGTGA CATGATGGCA ATTTACAGGC GTTCTTTACT CAGTCAATCA 
CCAGTTGTGA GGCAGCCAAA CTTTTCTGCT GATTTTAGTC CTTGCACTCT GGCTCCCATG 
ACCAGGATAA CTGAAACTGG AAGCTCTTTG AGCAAGACAA CGTATTCTCT AAATCAGTCT 
TCTGAGAGGA ATACAGTTTC CATTCAAATC AACCCAGAAA TAATCTCCTC AGAAGCAATA 
CCATTGACTA GTGTTTCCCC AAGAGAAAAT GAGAGAAAGT TGGAAAGTCG GAAAAGAAAA 
TTGGGTATTT ATCAAGGTGG ATCTGTTCCT GCAATCAACT TAGAGAGACA ATTTCAGTTG 
GAGGCTGCCA GCAAAGAATC ATCCTTGCAA CATCAAGCTG AGAAAATCGA AACAAATGGA 
GATGTGTTCT ATGATGATCA ATTTTATGAG GGGCTTGACC TTGATGCAGT GGAAGCTCAA 
GCTACCATGC TACTCAGACA CAAATCAGAG TTGTTCACAC AGAAGCAAGA TCCACAAAGT 
CTGGATCTTT TTGGTTCTCC AACATTTGAT CTTGGGATTT AA

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

LOC100254868 ( XM_010666898.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010665200.1 Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OVa28618
Clone ID Related Accession (Same CDS sequence)	XM_010666898.2
Accession Version	XM_010666898.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3801bp) 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	Fanconi anemia group M protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012024.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Nov 22, 2016 this sequence version replaced XM_010666898.1. ##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##

ATGACAGGGA AGATAGTTTT TGCAGCTCCT TCTCGGCCGC TTGTCATGCA ACAAATAGAA 
GCATGCCATA ATATAGTAGG AATACCACAA GAGTGGACCA TTGATATGAC AGGTCAAACA 
AGTCCTACAA GGAGAGCTGG CCTCTGGAAA GCTAAACGAG TTTTCTTTGT TACACCTCAA 
GTGTTGGAGA AGGATATTCA ATCTGGTATA TGTCTGGTAA AATACTTGGT GTGTTTGGTG 
ATTGATGAGG CTCATCGAGC TTTGGGAAAT TATTCCTATT GCACAGCAGT TCGTGAGTTG 
ATGGTGGCAC CAGTGCAGCT GAGAATCTTA GCTTTGACAG CAACACCAGG ATCAAAGCAG 
CAATCTATCC AGAATATAAT TGATAATTTG CATATATCGA CGCTTGAGTA TCGTAATGAA 
AGTGATCATG ATGTCAGCCC ATATGTGCAT AACAGGAATG TTGAATTAAT AGAGGTTGCG 
ATGGGCCAAG ATGCTATTGA GATAAACAAT GTGCTATTAG AAGTAATACG ACCATTTGTG 
ATTAGGCTTT GTGCAGTTGG AGTGCTTCAG AATAGAGACT TGCAAACTTT GAGCCCATGT 
GATTTGCTTA ATTCAAGGGA TAAATTTCGT CAAGCACCGC CACTAGCCCT TCCTCACATG 
AAGTATGGGG AAGTAGAAGG TTATTTTGGA GCTCTTATTA CACTTTACCA TATTCGTAAG 
TTACTTTCCA GTCATGGAAT AAGGCCAGCC CACGAGATGC TCGAAGAAAA AATGCGACAA 
GGGCCTTTTG CAAGACTTAT GAGTAAAAAT GAAGTTCTTT GGAAAGCCAA GTGCTTAATG 
CAGCAAAGCT TGTCTAACGG CACCCCAAAT CCAAAGTTGT CTAAAATGTT AGACATATTG 
ATTGATCATT TCAAAGCAAA CAATCCACAA AATTCAAGAG TAATCATTTT TTCAAATTTT 
AGGGGGAGTG TCAGGGACAT AATGGATGCA TTAGCAAAGA TTGGGGAGTC AGTTAAAGCT 
ACCCAGTTTA TTGGCCAAAG CTCAGGAAAA GCATCAAAAG GTCAGTCACA AAAAGTTCAG 
CAGGCAGTTT TGGAGAAATT TCGCGCTGGT GGATTCAATG TCATTGTTGC CACGTCAATT 
GGTGAAGAAG GCCTGGATAT CATGGAAGTT GATCTTGTAA TATGTTTTGA TGCTAATATC 
TCACCGTTGC GAATGATTCA ACGCATGGGG AGGACTGGAA GGAAACATGA TGGACGAGTT 
GTAGTTTTAG CCTGTGAAGG GTCAGAAATG AAGGGTTACA TGCGAAAGCA AGCAAACAGC 
AAGACTGTAA GGAAACACAT GCGAAATGGG GGGATGAATA GTTTTAATTT CCATTCTAGT 
CCAAGAATGA TTCCCCACAT TTTCAAACCT GAAGTTCAGT TTGTTGAGCT ATCAATTGAA 
CAGTTTGTTC CTCGTGGAAG GAAAGGAAAA GATGATCATC CTATCCAGGC ACCTATTTCC 
ACAGACAAGC TAACTAATGT TGAGACTGAA GTTCTTGCAA AGTATTTCGG CACTACCGGA 
AAGATAACAT GGCGACCATC TCTTATTGCT TTTCCACCCT TTCAGGCATT TCCCACTGGA 
GTGCATAAAA TACCACATTC ATTCAGAACA GAGATTCTGA TTGACATGAT GCAACATTTG 
CAAGGTCTAT CATTTTCAGG AAACAGCAAA ACATTCTTTG TTGAGGGTGA AGTCTCCACA 
AATGAGCATC TGGGAGTTGA AACTGTTGAA CAGTATGACA AAAGTAGAAT GGGCAACATC 
ACCTTCAACA ACTCAAATGG CTTGTGCAAC AAACCTTGTG TTTTCAGAAA AGATGAAGCC 
TCTATGGATG AGCATTTGGC AGTAGAAACT GTTGAACAGC ATGAGGAAAG TAGAAAAGAT 
TCAATTATTT TTGGTGATTC CCCAAAAGCG CAACCAATAA GAGAATTGTC TTATTCTGAA 
GAATCACCTA TAAGGAACAC AAAAACCAAG GAGAAGCATA GCATGTCTAG TTCCCAAGGC 
AACAATCCTC ACGTGCATTC CTATCTATTT GGGTCCGATT TTGTATCTGT TGACACTCTT 
GGAAATGTCT TAATTTTATC TGTTCCCTTA ATTCCTTCAA AGGAAGTTTC ACATTCTAAG 
TGTGCAAGTG CAAGCAGTAG TATGTTGCTA AATTGTTTGA AGCAAGATTC TTGTCATAGT 
GGGACTTCAC AGGGACAGCA CAAAGGACAA AGTATGGAAG AAAAAGCCGT TGCAAACTTG 
AGGACTTCTG GCCAGGCAAG ATGCACAATG GACGAGACTC TGCTAATATC CAAATTACAC 
TACTCTCTCG GCCAGCAAGA GAAAAAACTG GATGGGGTTG AGGAGATTGT TCAGACTCCA 
ATTTTGAAGG GAAGTCTGTC ACATGAAGGA GATACTGCTG TTGAGACTCT TGTGGCAAAC 
AAAACACCAA TATTTCTAGC TGCTGAGTCC AGTGATGATA TTGGAGACAC TGACCTTAGT 
CCACGGTTAA CTAATTTGAT CAAAAGCGGC GTTGTTCCAG AGTCTCCTAT AAATGAAAGT 
GGGCCATCAA ATGGAAGACC AAGAAATGAG TTTCTTGTTC CAGATCTTGT TTCACCTGCC 
AAAGTACTTT CTGAAATGTT ACTGACTGGA AAGAATGAAA AGGTCACTTT GGATGTTAGT 
ACATCTGGAC AAGATACCTT GAATTCTCCA ATTAGTAATG GAATGCACTC TCCTATACTC 
AGGCCAGACA TTAGTGCCAA AGCAAGAGGA AGCAATCCCT CTTCTCCAAT TGTTGAGGAA 
GTCAAAACTC CCTTGGCAAA TCTGACAAAC AATAGTTGTA GCAAAGACTG GCATCTAAGC 
TCTGGAGACA AGTCAGCAAG TGTCAAGCAG GAAAGGAAGT TTAAAAGGTT GCGCAAATAT 
GGAGACACTG GCCAAAGGAG GAATATGAAG AGCATGAAAG AAAATTCTAT TGACCCTTCA 
GGAAACCTTG CCGAAACTTC TAGTATTATT CCTATCAGAA ATAAGCATAA CAGAGGTAAA 
CAAAAGCCAG TTGACAATGT CAGAGCATTT ATTGAAGAGG AAGCTGAGGT ATCTTCAGAA 
GCTGAAGTAT CTGATGATGA GGAAGATGAC CAGAACAACA ATTCATATGA TGATAGTTTC 
ATAGATGACA GAATAGATCC TACAGCAACA AGTACTCAAG CTGAAGATAG TAGAAGTGAC 
ATGATGGCAA TTTACAGGCG TTCTTTACTC AGTCAATCAC CAGTTGTGAG GCAGCCAAAC 
TTTTCTGCTG ATTTTAGTCC TTGCACTCTG GCTCCCATGA CCAGGATAAC TGAAACTGGA 
AGCTCTTTGA GCAAGACAAC GTATTCTCTA AATCAGTCTT CTGAGAGGAA TACAGTTTCC 
ATTCAAATCA ACCCAGAAAT AATCTCCTCA GAAGCAATAC CATTGACTAG TGTTTCCCCA 
AGAGAAAATG AGAGAAAGTT GGAAAGTCGG AAAAGAAAAT TGGGTATTTA TCAAGGTGGA 
TCTGTTCCTG CAATCAACTT AGAGAGACAA TTTCAGTTGG AGGCTGCCAG CAAAGAATCA 
TCCTTGCAAC ATCAAGCTGA GAAAATCGAA ACAAATGGAG ATGTGTTCTA TGATGATCAA 
TTTTATGAGG GGCTTGACCT TGATGCAGTG GAAGCTCAAG CTACCATGCT ACTCAGACAC 
AAATCAGAGT TGTTCACACA GAAGCAAGAT CCACAAAGTC TGGATCTTTT TGGTTCTCCA 
ACATTTGATC TTGGGATTTA A

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

RefSeq	XP_010665200.1
CDS	67..3867
Translation	MTGKIVFAAPSRPLVMQQIEACHNIVGIPQEWTIDMTGQTSPTRRAGLWKAKRVFFVTPQVLEKDIQSGICLVKYLVCLVIDEAHRALGNYSYCTAVRELMVAPVQLRILALTATPGSKQQSIQNIIDNLHISTLEYRNESDHDVSPYVHNRNVELIEVAMGQDAIEINNVLLEVIRPFVIRLCAVGVLQNRDLQTLSPCDLLNSRDKFRQAPPLALPHMKYGEVEGYFGALITLYHIRKLLSSHGIRPAHEMLEEKMRQGPFARLMSKNEVLWKAKCLMQQSLSNGTPNPKLSKMLDILIDHFKANNPQNSRVIIFSNFRGSVRDIMDALAKIGESVKATQFIGQSSGKASKGQSQKVQQAVLEKFRAGGFNVIVATSIGEEGLDIMEVDLVICFDANISPLRMIQRMGRTGRKHDGRVVVLACEGSEMKGYMRKQANSKTVRKHMRNGGMNSFNFHSSPRMIPHIFKPEVQFVELSIEQFVPRGRKGKDDHPIQAPISTDKLTNVETEVLAKYFGTTGKITWRPSLIAFPPFQAFPTGVHKIPHSFRTEILIDMMQHLQGLSFSGNSKTFFVEGEVSTNEHLGVETVEQYDKSRMGNITFNNSNGLCNKPCVFRKDEASMDEHLAVETVEQHEESRKDSIIFGDSPKAQPIRELSYSEESPIRNTKTKEKHSMSSSQGNNPHVHSYLFGSDFVSVDTLGNVLILSVPLIPSKEVSHSKCASASSSMLLNCLKQDSCHSGTSQGQHKGQSMEEKAVANLRTSGQARCTMDETLLISKLHYSLGQQEKKLDGVEEIVQTPILKGSLSHEGDTAVETLVANKTPIFLAAESSDDIGDTDLSPRLTNLIKSGVVPESPINESGPSNGRPRNEFLVPDLVSPAKVLSEMLLTGKNEKVTLDVSTSGQDTLNSPISNGMHSPILRPDISAKARGSNPSSPIVEEVKTPLANLTNNSCSKDWHLSSGDKSASVKQERKFKRLRKYGDTGQRRNMKSMKENSIDPSGNLAETSSIIPIRNKHNRGKQKPVDNVRAFIEEEAEVSSEAEVSDDEEDDQNNNSYDDSFIDDRIDPTATSTQAEDSRSDMMAIYRRSLLSQSPVVRQPNFSADFSPCTLAPMTRITETGSSLSKTTYSLNQSSERNTVSIQINPEIISSEAIPLTSVSPRENERKLESRKRKLGIYQGGSVPAINLERQFQLEAASKESSLQHQAEKIETNGDVFYDDQFYEGLDLDAVEAQATMLLRHKSELFTQKQDPQSLDLFGSPTFDLGI

Target ORF information:

RefSeq Version	XM_010666898.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera Fanconi anemia group M protein (LOC100254868), transcript variant X2, mRNA.

Target ORF information:

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

XM_010666898.2

ORF Insert Sequence:

ATGACAGGGA AGATAGTTTT TGCAGCTCCT TCTCGGCCGC TTGTCATGCA ACAAATAGAA 
GCATGCCATA ATATAGTAGG AATACCACAA GAGTGGACCA TTGATATGAC AGGTCAAACA 
AGTCCTACAA GGAGAGCTGG CCTCTGGAAA GCTAAACGAG TTTTCTTTGT TACACCTCAA 
GTGTTGGAGA AGGATATTCA ATCTGGTATA TGTCTGGTAA AATACTTGGT GTGTTTGGTG 
ATTGATGAGG CTCATCGAGC TTTGGGAAAT TATTCCTATT GCACAGCAGT TCGTGAGTTG 
ATGGTGGCAC CAGTGCAGCT GAGAATCTTA GCTTTGACAG CAACACCAGG ATCAAAGCAG 
CAATCTATCC AGAATATAAT TGATAATTTG CATATATCGA CGCTTGAGTA TCGTAATGAA 
AGTGATCATG ATGTCAGCCC ATATGTGCAT AACAGGAATG TTGAATTAAT AGAGGTTGCG 
ATGGGCCAAG ATGCTATTGA GATAAACAAT GTGCTATTAG AAGTAATACG ACCATTTGTG 
ATTAGGCTTT GTGCAGTTGG AGTGCTTCAG AATAGAGACT TGCAAACTTT GAGCCCATGT 
GATTTGCTTA ATTCAAGGGA TAAATTTCGT CAAGCACCGC CACTAGCCCT TCCTCACATG 
AAGTATGGGG AAGTAGAAGG TTATTTTGGA GCTCTTATTA CACTTTACCA TATTCGTAAG 
TTACTTTCCA GTCATGGAAT AAGGCCAGCC CACGAGATGC TCGAAGAAAA AATGCGACAA 
GGGCCTTTTG CAAGACTTAT GAGTAAAAAT GAAGTTCTTT GGAAAGCCAA GTGCTTAATG 
CAGCAAAGCT TGTCTAACGG CACCCCAAAT CCAAAGTTGT CTAAAATGTT AGACATATTG 
ATTGATCATT TCAAAGCAAA CAATCCACAA AATTCAAGAG TAATCATTTT TTCAAATTTT 
AGGGGGAGTG TCAGGGACAT AATGGATGCA TTAGCAAAGA TTGGGGAGTC AGTTAAAGCT 
ACCCAGTTTA TTGGCCAAAG CTCAGGAAAA GCATCAAAAG GTCAGTCACA AAAAGTTCAG 
CAGGCAGTTT TGGAGAAATT TCGCGCTGGT GGATTCAATG TCATTGTTGC CACGTCAATT 
GGTGAAGAAG GCCTGGATAT CATGGAAGTT GATCTTGTAA TATGTTTTGA TGCTAATATC 
TCACCGTTGC GAATGATTCA ACGCATGGGG AGGACTGGAA GGAAACATGA TGGACGAGTT 
GTAGTTTTAG CCTGTGAAGG GTCAGAAATG AAGGGTTACA TGCGAAAGCA AGCAAACAGC 
AAGACTGTAA GGAAACACAT GCGAAATGGG GGGATGAATA GTTTTAATTT CCATTCTAGT 
CCAAGAATGA TTCCCCACAT TTTCAAACCT GAAGTTCAGT TTGTTGAGCT ATCAATTGAA 
CAGTTTGTTC CTCGTGGAAG GAAAGGAAAA GATGATCATC CTATCCAGGC ACCTATTTCC 
ACAGACAAGC TAACTAATGT TGAGACTGAA GTTCTTGCAA AGTATTTCGG CACTACCGGA 
AAGATAACAT GGCGACCATC TCTTATTGCT TTTCCACCCT TTCAGGCATT TCCCACTGGA 
GTGCATAAAA TACCACATTC ATTCAGAACA GAGATTCTGA TTGACATGAT GCAACATTTG 
CAAGGTCTAT CATTTTCAGG AAACAGCAAA ACATTCTTTG TTGAGGGTGA AGTCTCCACA 
AATGAGCATC TGGGAGTTGA AACTGTTGAA CAGTATGACA AAAGTAGAAT GGGCAACATC 
ACCTTCAACA ACTCAAATGG CTTGTGCAAC AAACCTTGTG TTTTCAGAAA AGATGAAGCC 
TCTATGGATG AGCATTTGGC AGTAGAAACT GTTGAACAGC ATGAGGAAAG TAGAAAAGAT 
TCAATTATTT TTGGTGATTC CCCAAAAGCG CAACCAATAA GAGAATTGTC TTATTCTGAA 
GAATCACCTA TAAGGAACAC AAAAACCAAG GAGAAGCATA GCATGTCTAG TTCCCAAGGC 
AACAATCCTC ACGTGCATTC CTATCTATTT GGGTCCGATT TTGTATCTGT TGACACTCTT 
GGAAATGTCT TAATTTTATC TGTTCCCTTA ATTCCTTCAA AGGAAGTTTC ACATTCTAAG 
TGTGCAAGTG CAAGCAGTAG TATGTTGCTA AATTGTTTGA AGCAAGATTC TTGTCATAGT 
GGGACTTCAC AGGGACAGCA CAAAGGACAA AGTATGGAAG AAAAAGCCGT TGCAAACTTG 
AGGACTTCTG GCCAGGCAAG ATGCACAATG GACGAGACTC TGCTAATATC CAAATTACAC 
TACTCTCTCG GCCAGCAAGA GAAAAAACTG GATGGGGTTG AGGAGATTGT TCAGACTCCA 
ATTTTGAAGG GAAGTCTGTC ACATGAAGGA GATACTGCTG TTGAGACTCT TGTGGCAAAC 
AAAACACCAA TATTTCTAGC TGCTGAGTCC AGTGATGATA TTGGAGACAC TGACCTTAGT 
CCACGGTTAA CTAATTTGAT CAAAAGCGGC GTTGTTCCAG AGTCTCCTAT AAATGAAAGT 
GGGCCATCAA ATGGAAGACC AAGAAATGAG TTTCTTGTTC CAGATCTTGT TTCACCTGCC 
AAAGTACTTT CTGAAATGTT ACTGACTGGA AAGAATGAAA AGGTCACTTT GGATGTTAGT 
ACATCTGGAC AAGATACCTT GAATTCTCCA ATTAGTAATG GAATGCACTC TCCTATACTC 
AGGCCAGACA TTAGTGCCAA AGCAAGAGGA AGCAATCCCT CTTCTCCAAT TGTTGAGGAA 
GTCAAAACTC CCTTGGCAAA TCTGACAAAC AATAGTTGTA GCAAAGACTG GCATCTAAGC 
TCTGGAGACA AGTCAGCAAG TGTCAAGCAG GAAAGGAAGT TTAAAAGGTT GCGCAAATAT 
GGAGACACTG GCCAAAGGAG GAATATGAAG AGCATGAAAG AAAATTCTAT TGACCCTTCA 
GGAAACCTTG CCGAAACTTC TAGTATTATT CCTATCAGAA ATAAGCATAA CAGAGGTAAA 
CAAAAGCCAG TTGACAATGT CAGAGCATTT ATTGAAGAGG AAGCTGAGGT ATCTTCAGAA 
GCTGAAGTAT CTGATGATGA GGAAGATGAC CAGAACAACA ATTCATATGA TGATAGTTTC 
ATAGATGACA GAATAGATCC TACAGCAACA AGTACTCAAG CTGAAGATAG TAGAAGTGAC 
ATGATGGCAA TTTACAGGCG TTCTTTACTC AGTCAATCAC CAGTTGTGAG GCAGCCAAAC 
TTTTCTGCTG ATTTTAGTCC TTGCACTCTG GCTCCCATGA CCAGGATAAC TGAAACTGGA 
AGCTCTTTGA GCAAGACAAC GTATTCTCTA AATCAGTCTT CTGAGAGGAA TACAGTTTCC 
ATTCAAATCA ACCCAGAAAT AATCTCCTCA GAAGCAATAC CATTGACTAG TGTTTCCCCA 
AGAGAAAATG AGAGAAAGTT GGAAAGTCGG AAAAGAAAAT TGGGTATTTA TCAAGGTGGA 
TCTGTTCCTG CAATCAACTT AGAGAGACAA TTTCAGTTGG AGGCTGCCAG CAAAGAATCA 
TCCTTGCAAC ATCAAGCTGA GAAAATCGAA ACAAATGGAG ATGTGTTCTA TGATGATCAA 
TTTTATGAGG GGCTTGACCT TGATGCAGTG GAAGCTCAAG CTACCATGCT ACTCAGACAC 
AAATCAGAGT TGTTCACACA GAAGCAAGAT CCACAAAGTC TGGATCTTTT TGGTTCTCCA 
ACATTTGATC TTGGGATTTA A

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

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LOC100254868 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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