LOC100251075 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100251075
Entrez Gene ID	100251075
Full Name	uncharacterized LOC100251075
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)
Genome	Chromosome: 1 Map Location: 1\|1

mRNA and Protein(s)

mRNA	Protein	Name
XM_019223298.1	XP_019078843.1	uncharacterized protein LOC100251075

Pathways from BioSystems
Gene Ontology

The following LOC100251075 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100251075 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
OVa40489	XM_019223298.1 Latest version!	Vitis vinifera uncharacterized LOC100251075 (LOC100251075), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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
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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)

LOC100251075 ( XM_019223298.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019078843.1 Vitis vinifera uncharacterized LOC100251075 (LOC100251075), mRNA.

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CloneID	OVa40489
Clone ID Related Accession (Same CDS sequence)	XM_019223298.1
Accession Version	XM_019223298.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7752bp) 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 LOC100251075
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_012007.3) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##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## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGTATTTCC TAATTAATAT AACAACTGGT GAAAGAATTT GGAATGCACT ACACATGTCT 
GGGAATCTGA ATATTATCAA ACAAGTTTTG TTCACTGATT CAAAGGTTAA AGAAAGTTGT 
GAACTCTGTC CTGAGAGCAG CAGTGGAGTA TGCACTGAAA ATTTTGGCAC AATCCTATCG 
TCTAAGCTGA ATAAGTCTCA AATGGCTGCG GTTTTGGCTT CACTTCGTAA AATTCACTGC 
AACCACAAGT CATCTGTGGA ACTTATCTGT GGCCCACCAG GAACAGGGAA GACTAGAACT 
ATTAGTGCAT TGCTATGTGC TCTCTTGGGA ACAAATATAA GGACTCTTAC TTGTGCTCCA 
ACTGCTGTTG CAGTTAAGGA GGTGGCATCT CGGGTTATGA AGCATTTGAA AGAGTCATTC 
GAAACGGACC CTCAGAAGGA TGCTTCGCTT TGTTCCTTGG GAGATCTCTT CTTTGGTGAC 
TATGACTCCA CTGGAGTTGG TTCAGAGATG AAAGAGATAT ATTTGGATCA TCGTGTAGAA 
AGACTGGCAA AGTGCTTTGA GCCACTAAAT GGTTGGAGGC ATTCTTTCAA CTCAATGATA 
GTTTTCCTTG AAGGTGGTGT TTCTGAGGAC CATGTCTCTG AAGATGAATT GTCTAAAATG 
GAGGAAGGCA GCATTGAAGG TAGCAAGGGA AAGAGAAAAA CATATCTTCA GTTGGCAAGA 
GAGCAGTTCA AATCTACTTC TTTGCATCTC AGGGAACTTG TCAATACTCT CTCTACCCAT 
ATACCCAAAA GCTTTATTAT GGAACACAAC TTCCAAGCAA TGTTATCTCT TCTAGGCTTC 
CTCAGTTCTT TTGAATCTTT GTTGCATCAA GACAATATGG TTTCTGAAGA ACTAGAAAAC 
CTGTTTGCAG GGAAAGAAAA TGTGAAGCAT TCTTCTAAGT CTGTTGCGGA TTCATCAACC 
TTGATGTACA TCAGAAGCGA ATGCCTTCAC ATTCTAAAAA ATCTTCAGAA TTCGCTTGAT 
GAGCTTCAAT TTCCAAAGAA TATCAGAAAA GATTTGTTAA TAGATTTCTG TTTTCAAACA 
GCTTCTTCTA TTTTCTCCAC TGCTTCTGAT TCGCATAAAC TGCATTTGGT GGATATGAAG 
CCATTAAACA TTTTGGTTAT TGATGAAGCT GCACAGTTAA GAGAGTGTGA GTCAACCATT 
CCACTCCAAC TTCCTGGTAT AAAGCTTGCT ATTCTGATTG GGGATAAGTT CCAATTACCC 
TCAAGAGTGA CAAGCAATAT CTGTGATAAA GCCGGCTTCG GGAGAAGCTT ATATGAAAGA 
TTGAGTTCAC TGGATCATGC AAAGCACTTC CTCAATCTGC AGTACCGAAT GCATCCATCA 
ATCAGTTTGT TTCCATGCTC AAATTTTTAT GCCAATCAAA TATTGGATGC TCCAAATGTT 
AAGCATAAAG CCTATGAAAA AAAATATCTT CCCGACCCAG TTTTTAGACT ATATTTATTC 
ATAAATATTT CTTGTGGGAG GGAGGAAGTG GATGAGGTTG GACACAGTGT GAAAAATATG 
GTTGAGGTGG CTGTTTTGAT GAAGATAGTA CAGAATCTAT ACCAAGCTTG GAGGAGTGGA 
ATAAAGGAAG AGCTTAGAAT TGGTGTACTA TCCCCATATA CTGCTCAAGT ACTTGAAATT 
CAAGAAAGAC TCAAGCAGAA ATATGAGAAC AACGATATGT TTTCAGTAAA GGTACAGACA 
ATTGATGGGT TCCAAGGTGG AGAAGAAGAT ATAATACTGA TATCAACTGT ACGAGCTAAT 
AATTTTGGAT CAGTTGGGGT GATGGCCGAT GTTAAAATAA CTAATGTTGC TTTGACAAGA 
GCTAGACATT GTCTTTGGAT TTTGGGGAGT GAAAGGACCC TAGTTATGAG TGAAACAGTG 
TGGAAAGATA TTGTCCATGA TGCTAAGGAT CGACATTGTC TTTTGAATGC TGATGAAGAT 
TGTGATTTGG CCAATACCAT GTTTAAGGTC AAGGCGGAGC TTCATGAACT GGATGATTTG 
CTTAATAGGG ATAGTTCACT GTTTAACAGT GCTAGATGGA AGGTTATTTT CAGTGAAAAT 
TTTAGAAAAG CGTTCTATAA CTTGAAGTCA TCTCATACTC AGAATATGGT CATCGCCTTA 
TTACTAAAAC TGTCAACTGG CTGGCGACCT AAAAGGAGGA ATATAGATTT GCCTTGTGAA 
AGTTCTTCCA AGATTTTGAA AAAATTCAAG GTGGGATATC TGTACATTGT TTACTCAAAT 
GATCTTCAGA AGGAATGTGG CTACTATACC CAGGTTCTTA AGGTTTGGGA TATATTAGCA 
TTGGAGGATA TTCCGAAGCT GGTTAAACAC CTTGACAGCC TATTTGAAAT GAACACTGAT 
GATTATCTCA GTCGTTGCAA GAAGAAATCT TGGGAGGGGG AATTGGAAAT TCCAATGAGT 
TGGACAACTT CATATGATAT TGTTCAATAC AAGAGTCTTA GCAATAATGC AACTGGTAAA 
ATTTCAAATG TTAGTGGTCT GGCCAGAAGA GGCGGTTTTG AGAACTCAAT TGTGAGTGAG 
AGCTTTTTAA TTATGAAATT TTACTCCGTG ACATTTAATA TGGTGCGACA CTTTATTTCT 
GGCCATGATG GTAGAGAACT GGATCTTCCC TTTGAATTAA CTGACCAAGA GCGGGAGACC 
ATTTTCTTCA ATAGAAGCAG TTTTATACTT GGAAGGTCTG GCACCGGGAA AACTACAGTT 
TTGAGCATGA AGCTATTCCA GAAAGAGCAA TTGTTTCATA TTGCTTCAGA GGGATTATAT 
GAAGTTGAGG GCCATTCGTC TACGCATGCT AGTCAGAGAA ATGAAATTGG TGAATGCACT 
GGAGATGCAA AGGGAGCATG CTTGCACCAA CTTTTTGTTA CAGTTAGTCC GAGACTGTGT 
AATGCCATTA GACGACAATT ATCTCACTTC CAAAGCTTTG CTTCTGGTGG GGAATTTTTG 
GTAGAAAGCA GTTCACTAGA TTTGGATTAT ATCGATGACA CGGTGCAATT CAAGGATATT 
CCAGATTCTT TTGTTAATAT CCCATCGAAG TCATACCCCC TTGTTATCAC TTTTCATAAG 
TTTTTGATGA TGCTTGATGG AACAGTGGGT AATTCGTACT TCTCAAGATT TCCTGATGCA 
CATAAACCTT CAAGAACCGT TACCCTGAAA ACCTTTATCA GATCAAGAGA GGTTAATTAT 
GAGAGATTCA TATCATCTTA CTGGCCCTAT TTCAAATCCC ATCTAATAAA ATATCTTGAC 
TCTTCTGCAG TTTTTACTGA GATAATTTCT CATATAAAAG GTGGGTTAGA AGCAGGAAAG 
GCCCATGATG GTATACTCTC TCGTGAGGAC TATCTTTTAC TATCTAAGGC TCGGGTGTCT 
ACTCTTACCA GGGAGCAAAG AGACAGAGTT TACGATATTT TTCTAGAATA TGAAAAGAAA 
AAGTTCAAGA AGGGTGAATA TGATTTGTCT GACTTAGTAA TGGATCTTCA TTTTCGACTT 
AGAAGTGAAA GATATGAAGG TGATCACATT GATTTTGTGT ACATTGACGA GGTGCAGGAC 
CTGACCATGA GACAGATTGC TCTTTTCAAG TATGTCAGTA AAAATATTGA TGAGGGATTT 
GTTTTCTCGG GTGATACAGC ACAAACTATT GCTAAGGGGG TTCATTTTAG GTTCCAGGAT 
ATACGCCATT TGTTTTTCAA GGAATTTGTA TTGGGCTCTA GAACCGATGC AACTGATGAA 
AAGAAAGAGA AAGGAAAATT ATCGAAAATT TTTCATTTGA GCCAGAACTT TCGCACACAT 
GCTGGTGTGC TTAACTTAGC ACAAAGTATA ATTGACCTTC TTTACCATTT CTTCCCTTTA 
ACTATTGATG TATTGAACCC TGAGACAAGC CTTATAAATG GGGAAGCTCC AGTTTTGATT 
GAATGTGGGA ATTTCAGAGA TGCATTACCA ACTATTTTTG GAGATAGCGA AAACGCCCAA 
GAGAATGTTG GTTTTGGAGC GGAGCAGGTT ATATTAGTGC GGAATGATTC TGCTAAGGAG 
GAAATTTCTA AATATGTTGG AAAGAAAGCT CTTGTTCTGA CAATATTGGA GTGCAAGGGC 
CTAGAGTTTC GGGATGTCTT GTTGTGTAAC TTCTTTGGGT CATGCCCTTT CAAACACCAT 
TGGAGAGTCT TATATCAGTT TATGAATAAG ATTAATTTGG TTGATTCTAA ATCCCTTATA 
TCTTTTCCAA GTTTTGATGA GGCAAAACAC AATGTCTTGT GCTCTGAGCT GAAGCAACTA 
TATGTGGCAA TAACTCGTAC ACGGCAAAGG TTATGGATCT GTGATATTAT AGATGAAGTT 
TCCAAACCAA TGTTCGAATA CTGGGAAAAG TTGTCCCTCA TTCAGGTCAG ATGTCTGCAT 
GATTTAGTTG CTCAGGGAAT GCAAGTTGCA AGCAGACCAG ATGAGTGGAG GTCACAGGGT 
TTCAAGCTCT TCCATGAACA TAACTATGAA ATGGCAAGAC TCTGCTTTGA AAAAGCAGGG 
GACATGTACA ATGAAAAGTT TGCTAGGGCT GCTAGTCTTC AAGCATTGGC TATTAGTATA 
TCCAGTTCAA GTCCTCAAAT GGCCAAAAAT TACCTTAGTG AGGCTGCTGA TATGTTTGAA 
GGCATTGGCA AGGCTGAATA TGCTGCCAAG TGTTTTTTTG AAATGAGGAG TTACGAAAGA 
GCAGGGAGAA TTTATATGGA AAAATGTGGG GAAGCAATGC TGGATAAAGC CGGGGAATGT 
TTTTCTCTGG CAAGATGCTA CAAGAGTGCA GCTGAGGCCT ATGCTAAAGG AAACTATTTC 
TCAGAGTGTT TGGCTGTATG CATTAAAGGA AGACTCTTCT ACATGGGTTT GCAGGTCATC 
CAGCAGTGGA AACAGAACAG TAAGGGTGCT ATTAAAGAAA GTGGTGAAAT ACACAGAATT 
GAACAGAATT TGTTAGAAGG ATGTGCCCGT CACTGTCATG AGCTTAAAGA TCTCACAGGC 
ATGATGAAGT ATGTTAGAGC TTTCCATTCC TTTGAGTCGA TTCGCACTTT CTTGAGGGAC 
TTATGTTGTC TCGATGAGCT TCTTTTGATT GAAAAAGAAA AGGAAAACTT TGTTGAGGCT 
GCAAATATTG CAAAGTGCAT TGGAGATATA TCATTAGAGG TTGAAATGCT GGTGGAGGCT 
GGATGTTTGG AAGATTCTTC AAAGGCTATT CTGCAGTATG TGTTAGTCAA TTCTCTGTGG 
CAACCTGGAA GCGAAGGATG GCCTTTGAAG CAGTTTATAC GAAAGAAGGA GCTTGTAAAC 
AAAGCCAAAG TAAATGCTGA GAGGGTTTCA AAGCAGTTTT ATGGATTTAT CTGTACAGAG 
GTTGACATCT TATCACATGA ACAGAGTACC TTGTTTGAGC TGAATGAGTA TTTTAGATCT 
TCCCAGAATA ATGGAAGTGT TAGAGGTGAA ATCTTATCTG CTCGAAAAAT TATTGATGCT 
CACCTTCATT TAATAAGTAT CTTGGAGGAC AGGGGGAAAT CTGATTTATA TACCTATCTG 
ACAACACATT CAGAAGAAAG AATATCCAGT AACCAGTTCT CCATTGAAAC TTTGGTTCAC 
TTTTGGAAGT TTTGGAACTT CTGGAAGGAT GAGATTGTGA ATATATTAGA ATATCTCGGT 
GGAGCTATTA AGAAATATGT GGATTATAAA GAGTTCTGTT TGAATTACTT GGGTGTGCTG 
AAGCAGCCCA ATAAGCGAAC TCCTCTTTAC CTTGTGCTCT ACCCTGAGGC AGATTGGGTA 
AGAAAAACCG ATGACAGATT TTTGCATAGA AATGGAAAAT TGGTCTTCAT TGATGCTAGT 
CAGTTTGTCT CTGCTGCCAG GAGTTATTGG TGTGCAGAAT TACTTTCTGT AGGCATAAAG 
ATTTTGGAAA TTCTTGAAAA CTTGTATCAG TTCTGTACCA GGAATTCCTT TCCTGTGTTT 
TGCCAAAGCA TTCCTCTTAT TTATATATTT GATGTGACTA ATTTTCTTAT GAAGACAGGG 
TCACTGCACT GCTGGCATCC TCATGCCGAG ACACTCCAAA TGTTTCTTGA AAAATCAAGT 
GAGCGCTTCT TTGGCTATAT ATATCCCCTC GACTGGCGAA AATCATCTAC TGAGGATATG 
GTGTCTCTCA GAGAAAATAA GCTTGCTGGG AATTTACTTA GAGAAGTTTT TCTTAAAAAC 
ATCAGCTTGA AGGGAAACCT CACATATGGT CAAATTGGGA GGGCAGTGAT GATTATGCTT 
GGGTCATCTA AGCTAACTGA CGAATTTGCG GAAAGCTTTA ATAAGGATTC ACCATGGAAA 
GACTTTATTA AGAGACTTTG TGTTACTAAG AGATCAGAAC TGTCTTCAAA GAGTTCTGCT 
GCTGCTGAGG AAGAACTTTC ATTGATTTTG AAGCTCCGTG AAGCACTGGA AGACACTTAC 
AATGCCAACT GGCGAAAAGG AATGGATTTT GTGTCACCAG TTTGTTTCTT GTATCTTGTG 
GAACACCTAT TGTTTTTAGT GTCATATTGC CAGGGATACG TCTTCACAAC TAAAGCTTTG 
GTGGTTGAAT GGCTTATTTT CCAGCAGTGG AACACCACTC CGAGTGCCAG TTCACTGACG 
GATGTGGGTG CATCTGAGAA GACTGAGATA TTGGGGGACA CTTACAGTTT CATGGTCTCC 
ATCGTTCATG AGCTACTTTG TGATGAGGAG GGAACAGTGG AATGGCTTGA AAAATCTAAT 
ACAGATTTGA AGGACTATCC AGTGCTGGTG TTAAGACTAG TTGTGATAAT GTGTTTAATT 
TGTGTGAACT CGGGAAAGCA TTTTGATTTA CTGTTTGATT TGCTCGGTAG GAACTGCATT 
ATTTCACATC TACCAAAGCA GTTCTATGAT GCCTTTCTTG GTAGACAGAA ACGCAGTTTT 
GTTGAAGTAC TTGCAGAAGC TCTAAAGCAG ATCGAGAGTG TGCTTGTGAT AGTGAGTTGG 
GGAAATAATC ATTTTCACTT CTCTCCTGAT GCAATTCTTT TGGATGATGT GGTTAACCAA 
AACAAAGAGG GCATACTGCG TGTATTGTTT CCGAAAAATG TTTCAAGCCG TGGACAGCAA 
TCATTGGTCT ATAGTGATTG TGGGAAAGCG TCTGAGCCTG ATTCTTCAAA CTCATCCACT 
GCAGACCAGA ACATGAAGGC GAGGAATGAA GCTGAAGGAA ATGATCTGCA GGAGAATTAT 
GAACGCTTCT GTGAAATATT TAATGCTCTG AAGCCATTAG AGAATGCAAA GGATGCGGGC 
ATGGAAAAAT GCAATTTAAA TAACCCAAGG TTGCAGGTCT TGGTGGAGAA AAGTATCAAC 
CTCATAGTTG CTGTCATGAC CCAATACTTT CAGATGATCC CTTGTGACAG TGAAGATGGA 
AACATGGCTG GGGAACCAAA CAGGGTCCAC TGCGAAGATG GGAATCTTCT TTGGCATGCA 
AACAGAATGG TTGATGGCTT TAAGCAGCTT CCTTATCTGC TGAATTGGAG TCCATTTTAT 
GCAAACAGAA TGGTTGATGG CTTGAAGCAG CTTTCTTATC TGCTGAATTG GAGTCCAGTT 
TTCAGTGGGA AGAATCTTGA GAAAAACATG CCAAATATTC AACTACTTTT GAAGCAGTTG 
CAGTCAGGAA AGGCGAGGGT GGAGCCCTTC ATGAGACAGA TATGCTTGAA GAATGCTGCA 
GCTGCTGTGT GA

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

RefSeq	XP_019078843.1
CDS	424..8175
Translation	MYFLINITTGERIWNALHMSGNLNIIKQVLFTDSKVKESCELCPESSSGVCTENFGTILSSKLNKSQMAAVLASLRKIHCNHKSSVELICGPPGTGKTRTISALLCALLGTNIRTLTCAPTAVAVKEVASRVMKHLKESFETDPQKDASLCSLGDLFFGDYDSTGVGSEMKEIYLDHRVERLAKCFEPLNGWRHSFNSMIVFLEGGVSEDHVSEDELSKMEEGSIEGSKGKRKTYLQLAREQFKSTSLHLRELVNTLSTHIPKSFIMEHNFQAMLSLLGFLSSFESLLHQDNMVSEELENLFAGKENVKHSSKSVADSSTLMYIRSECLHILKNLQNSLDELQFPKNIRKDLLIDFCFQTASSIFSTASDSHKLHLVDMKPLNILVIDEAAQLRECESTIPLQLPGIKLAILIGDKFQLPSRVTSNICDKAGFGRSLYERLSSLDHAKHFLNLQYRMHPSISLFPCSNFYANQILDAPNVKHKAYEKKYLPDPVFRLYLFINISCGREEVDEVGHSVKNMVEVAVLMKIVQNLYQAWRSGIKEELRIGVLSPYTAQVLEIQERLKQKYENNDMFSVKVQTIDGFQGGEEDIILISTVRANNFGSVGVMADVKITNVALTRARHCLWILGSERTLVMSETVWKDIVHDAKDRHCLLNADEDCDLANTMFKVKAELHELDDLLNRDSSLFNSARWKVIFSENFRKAFYNLKSSHTQNMVIALLLKLSTGWRPKRRNIDLPCESSSKILKKFKVGYLYIVYSNDLQKECGYYTQVLKVWDILALEDIPKLVKHLDSLFEMNTDDYLSRCKKKSWEGELEIPMSWTTSYDIVQYKSLSNNATGKISNVSGLARRGGFENSIVSESFLIMKFYSVTFNMVRHFISGHDGRELDLPFELTDQERETIFFNRSSFILGRSGTGKTTVLSMKLFQKEQLFHIASEGLYEVEGHSSTHASQRNEIGECTGDAKGACLHQLFVTVSPRLCNAIRRQLSHFQSFASGGEFLVESSSLDLDYIDDTVQFKDIPDSFVNIPSKSYPLVITFHKFLMMLDGTVGNSYFSRFPDAHKPSRTVTLKTFIRSREVNYERFISSYWPYFKSHLIKYLDSSAVFTEIISHIKGGLEAGKAHDGILSREDYLLLSKARVSTLTREQRDRVYDIFLEYEKKKFKKGEYDLSDLVMDLHFRLRSERYEGDHIDFVYIDEVQDLTMRQIALFKYVSKNIDEGFVFSGDTAQTIAKGVHFRFQDIRHLFFKEFVLGSRTDATDEKKEKGKLSKIFHLSQNFRTHAGVLNLAQSIIDLLYHFFPLTIDVLNPETSLINGEAPVLIECGNFRDALPTIFGDSENAQENVGFGAEQVILVRNDSAKEEISKYVGKKALVLTILECKGLEFRDVLLCNFFGSCPFKHHWRVLYQFMNKINLVDSKSLISFPSFDEAKHNVLCSELKQLYVAITRTRQRLWICDIIDEVSKPMFEYWEKLSLIQVRCLHDLVAQGMQVASRPDEWRSQGFKLFHEHNYEMARLCFEKAGDMYNEKFARAASLQALAISISSSSPQMAKNYLSEAADMFEGIGKAEYAAKCFFEMRSYERAGRIYMEKCGEAMLDKAGECFSLARCYKSAAEAYAKGNYFSECLAVCIKGRLFYMGLQVIQQWKQNSKGAIKESGEIHRIEQNLLEGCARHCHELKDLTGMMKYVRAFHSFESIRTFLRDLCCLDELLLIEKEKENFVEAANIAKCIGDISLEVEMLVEAGCLEDSSKAILQYVLVNSLWQPGSEGWPLKQFIRKKELVNKAKVNAERVSKQFYGFICTEVDILSHEQSTLFELNEYFRSSQNNGSVRGEILSARKIIDAHLHLISILEDRGKSDLYTYLTTHSEERISSNQFSIETLVHFWKFWNFWKDEIVNILEYLGGAIKKYVDYKEFCLNYLGVLKQPNKRTPLYLVLYPEADWVRKTDDRFLHRNGKLVFIDASQFVSAARSYWCAELLSVGIKILEILENLYQFCTRNSFPVFCQSIPLIYIFDVTNFLMKTGSLHCWHPHAETLQMFLEKSSERFFGYIYPLDWRKSSTEDMVSLRENKLAGNLLREVFLKNISLKGNLTYGQIGRAVMIMLGSSKLTDEFAESFNKDSPWKDFIKRLCVTKRSELSSKSSAAAEEELSLILKLREALEDTYNANWRKGMDFVSPVCFLYLVEHLLFLVSYCQGYVFTTKALVVEWLIFQQWNTTPSASSLTDVGASEKTEILGDTYSFMVSIVHELLCDEEGTVEWLEKSNTDLKDYPVLVLRLVVIMCLICVNSGKHFDLLFDLLGRNCIISHLPKQFYDAFLGRQKRSFVEVLAEALKQIESVLVIVSWGNNHFHFSPDAILLDDVVNQNKEGILRVLFPKNVSSRGQQSLVYSDCGKASEPDSSNSSTADQNMKARNEAEGNDLQENYERFCEIFNALKPLENAKDAGMEKCNLNNPRLQVLVEKSINLIVAVMTQYFQMIPCDSEDGNMAGEPNRVHCEDGNLLWHANRMVDGFKQLPYLLNWSPFYANRMVDGLKQLSYLLNWSPVFSGKNLEKNMPNIQLLLKQLQSGKARVEPFMRQICLKNAAAAV

Target ORF information:

RefSeq Version	XM_019223298.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera uncharacterized LOC100251075 (LOC100251075), mRNA.

Target ORF information:

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

XM_019223298.1

ORF Insert Sequence:

ATGTATTTCC TAATTAATAT AACAACTGGT GAAAGAATTT GGAATGCACT ACACATGTCT 
GGGAATCTGA ATATTATCAA ACAAGTTTTG TTCACTGATT CAAAGGTTAA AGAAAGTTGT 
GAACTCTGTC CTGAGAGCAG CAGTGGAGTA TGCACTGAAA ATTTTGGCAC AATCCTATCG 
TCTAAGCTGA ATAAGTCTCA AATGGCTGCG GTTTTGGCTT CACTTCGTAA AATTCACTGC 
AACCACAAGT CATCTGTGGA ACTTATCTGT GGCCCACCAG GAACAGGGAA GACTAGAACT 
ATTAGTGCAT TGCTATGTGC TCTCTTGGGA ACAAATATAA GGACTCTTAC TTGTGCTCCA 
ACTGCTGTTG CAGTTAAGGA GGTGGCATCT CGGGTTATGA AGCATTTGAA AGAGTCATTC 
GAAACGGACC CTCAGAAGGA TGCTTCGCTT TGTTCCTTGG GAGATCTCTT CTTTGGTGAC 
TATGACTCCA CTGGAGTTGG TTCAGAGATG AAAGAGATAT ATTTGGATCA TCGTGTAGAA 
AGACTGGCAA AGTGCTTTGA GCCACTAAAT GGTTGGAGGC ATTCTTTCAA CTCAATGATA 
GTTTTCCTTG AAGGTGGTGT TTCTGAGGAC CATGTCTCTG AAGATGAATT GTCTAAAATG 
GAGGAAGGCA GCATTGAAGG TAGCAAGGGA AAGAGAAAAA CATATCTTCA GTTGGCAAGA 
GAGCAGTTCA AATCTACTTC TTTGCATCTC AGGGAACTTG TCAATACTCT CTCTACCCAT 
ATACCCAAAA GCTTTATTAT GGAACACAAC TTCCAAGCAA TGTTATCTCT TCTAGGCTTC 
CTCAGTTCTT TTGAATCTTT GTTGCATCAA GACAATATGG TTTCTGAAGA ACTAGAAAAC 
CTGTTTGCAG GGAAAGAAAA TGTGAAGCAT TCTTCTAAGT CTGTTGCGGA TTCATCAACC 
TTGATGTACA TCAGAAGCGA ATGCCTTCAC ATTCTAAAAA ATCTTCAGAA TTCGCTTGAT 
GAGCTTCAAT TTCCAAAGAA TATCAGAAAA GATTTGTTAA TAGATTTCTG TTTTCAAACA 
GCTTCTTCTA TTTTCTCCAC TGCTTCTGAT TCGCATAAAC TGCATTTGGT GGATATGAAG 
CCATTAAACA TTTTGGTTAT TGATGAAGCT GCACAGTTAA GAGAGTGTGA GTCAACCATT 
CCACTCCAAC TTCCTGGTAT AAAGCTTGCT ATTCTGATTG GGGATAAGTT CCAATTACCC 
TCAAGAGTGA CAAGCAATAT CTGTGATAAA GCCGGCTTCG GGAGAAGCTT ATATGAAAGA 
TTGAGTTCAC TGGATCATGC AAAGCACTTC CTCAATCTGC AGTACCGAAT GCATCCATCA 
ATCAGTTTGT TTCCATGCTC AAATTTTTAT GCCAATCAAA TATTGGATGC TCCAAATGTT 
AAGCATAAAG CCTATGAAAA AAAATATCTT CCCGACCCAG TTTTTAGACT ATATTTATTC 
ATAAATATTT CTTGTGGGAG GGAGGAAGTG GATGAGGTTG GACACAGTGT GAAAAATATG 
GTTGAGGTGG CTGTTTTGAT GAAGATAGTA CAGAATCTAT ACCAAGCTTG GAGGAGTGGA 
ATAAAGGAAG AGCTTAGAAT TGGTGTACTA TCCCCATATA CTGCTCAAGT ACTTGAAATT 
CAAGAAAGAC TCAAGCAGAA ATATGAGAAC AACGATATGT TTTCAGTAAA GGTACAGACA 
ATTGATGGGT TCCAAGGTGG AGAAGAAGAT ATAATACTGA TATCAACTGT ACGAGCTAAT 
AATTTTGGAT CAGTTGGGGT GATGGCCGAT GTTAAAATAA CTAATGTTGC TTTGACAAGA 
GCTAGACATT GTCTTTGGAT TTTGGGGAGT GAAAGGACCC TAGTTATGAG TGAAACAGTG 
TGGAAAGATA TTGTCCATGA TGCTAAGGAT CGACATTGTC TTTTGAATGC TGATGAAGAT 
TGTGATTTGG CCAATACCAT GTTTAAGGTC AAGGCGGAGC TTCATGAACT GGATGATTTG 
CTTAATAGGG ATAGTTCACT GTTTAACAGT GCTAGATGGA AGGTTATTTT CAGTGAAAAT 
TTTAGAAAAG CGTTCTATAA CTTGAAGTCA TCTCATACTC AGAATATGGT CATCGCCTTA 
TTACTAAAAC TGTCAACTGG CTGGCGACCT AAAAGGAGGA ATATAGATTT GCCTTGTGAA 
AGTTCTTCCA AGATTTTGAA AAAATTCAAG GTGGGATATC TGTACATTGT TTACTCAAAT 
GATCTTCAGA AGGAATGTGG CTACTATACC CAGGTTCTTA AGGTTTGGGA TATATTAGCA 
TTGGAGGATA TTCCGAAGCT GGTTAAACAC CTTGACAGCC TATTTGAAAT GAACACTGAT 
GATTATCTCA GTCGTTGCAA GAAGAAATCT TGGGAGGGGG AATTGGAAAT TCCAATGAGT 
TGGACAACTT CATATGATAT TGTTCAATAC AAGAGTCTTA GCAATAATGC AACTGGTAAA 
ATTTCAAATG TTAGTGGTCT GGCCAGAAGA GGCGGTTTTG AGAACTCAAT TGTGAGTGAG 
AGCTTTTTAA TTATGAAATT TTACTCCGTG ACATTTAATA TGGTGCGACA CTTTATTTCT 
GGCCATGATG GTAGAGAACT GGATCTTCCC TTTGAATTAA CTGACCAAGA GCGGGAGACC 
ATTTTCTTCA ATAGAAGCAG TTTTATACTT GGAAGGTCTG GCACCGGGAA AACTACAGTT 
TTGAGCATGA AGCTATTCCA GAAAGAGCAA TTGTTTCATA TTGCTTCAGA GGGATTATAT 
GAAGTTGAGG GCCATTCGTC TACGCATGCT AGTCAGAGAA ATGAAATTGG TGAATGCACT 
GGAGATGCAA AGGGAGCATG CTTGCACCAA CTTTTTGTTA CAGTTAGTCC GAGACTGTGT 
AATGCCATTA GACGACAATT ATCTCACTTC CAAAGCTTTG CTTCTGGTGG GGAATTTTTG 
GTAGAAAGCA GTTCACTAGA TTTGGATTAT ATCGATGACA CGGTGCAATT CAAGGATATT 
CCAGATTCTT TTGTTAATAT CCCATCGAAG TCATACCCCC TTGTTATCAC TTTTCATAAG 
TTTTTGATGA TGCTTGATGG AACAGTGGGT AATTCGTACT TCTCAAGATT TCCTGATGCA 
CATAAACCTT CAAGAACCGT TACCCTGAAA ACCTTTATCA GATCAAGAGA GGTTAATTAT 
GAGAGATTCA TATCATCTTA CTGGCCCTAT TTCAAATCCC ATCTAATAAA ATATCTTGAC 
TCTTCTGCAG TTTTTACTGA GATAATTTCT CATATAAAAG GTGGGTTAGA AGCAGGAAAG 
GCCCATGATG GTATACTCTC TCGTGAGGAC TATCTTTTAC TATCTAAGGC TCGGGTGTCT 
ACTCTTACCA GGGAGCAAAG AGACAGAGTT TACGATATTT TTCTAGAATA TGAAAAGAAA 
AAGTTCAAGA AGGGTGAATA TGATTTGTCT GACTTAGTAA TGGATCTTCA TTTTCGACTT 
AGAAGTGAAA GATATGAAGG TGATCACATT GATTTTGTGT ACATTGACGA GGTGCAGGAC 
CTGACCATGA GACAGATTGC TCTTTTCAAG TATGTCAGTA AAAATATTGA TGAGGGATTT 
GTTTTCTCGG GTGATACAGC ACAAACTATT GCTAAGGGGG TTCATTTTAG GTTCCAGGAT 
ATACGCCATT TGTTTTTCAA GGAATTTGTA TTGGGCTCTA GAACCGATGC AACTGATGAA 
AAGAAAGAGA AAGGAAAATT ATCGAAAATT TTTCATTTGA GCCAGAACTT TCGCACACAT 
GCTGGTGTGC TTAACTTAGC ACAAAGTATA ATTGACCTTC TTTACCATTT CTTCCCTTTA 
ACTATTGATG TATTGAACCC TGAGACAAGC CTTATAAATG GGGAAGCTCC AGTTTTGATT 
GAATGTGGGA ATTTCAGAGA TGCATTACCA ACTATTTTTG GAGATAGCGA AAACGCCCAA 
GAGAATGTTG GTTTTGGAGC GGAGCAGGTT ATATTAGTGC GGAATGATTC TGCTAAGGAG 
GAAATTTCTA AATATGTTGG AAAGAAAGCT CTTGTTCTGA CAATATTGGA GTGCAAGGGC 
CTAGAGTTTC GGGATGTCTT GTTGTGTAAC TTCTTTGGGT CATGCCCTTT CAAACACCAT 
TGGAGAGTCT TATATCAGTT TATGAATAAG ATTAATTTGG TTGATTCTAA ATCCCTTATA 
TCTTTTCCAA GTTTTGATGA GGCAAAACAC AATGTCTTGT GCTCTGAGCT GAAGCAACTA 
TATGTGGCAA TAACTCGTAC ACGGCAAAGG TTATGGATCT GTGATATTAT AGATGAAGTT 
TCCAAACCAA TGTTCGAATA CTGGGAAAAG TTGTCCCTCA TTCAGGTCAG ATGTCTGCAT 
GATTTAGTTG CTCAGGGAAT GCAAGTTGCA AGCAGACCAG ATGAGTGGAG GTCACAGGGT 
TTCAAGCTCT TCCATGAACA TAACTATGAA ATGGCAAGAC TCTGCTTTGA AAAAGCAGGG 
GACATGTACA ATGAAAAGTT TGCTAGGGCT GCTAGTCTTC AAGCATTGGC TATTAGTATA 
TCCAGTTCAA GTCCTCAAAT GGCCAAAAAT TACCTTAGTG AGGCTGCTGA TATGTTTGAA 
GGCATTGGCA AGGCTGAATA TGCTGCCAAG TGTTTTTTTG AAATGAGGAG TTACGAAAGA 
GCAGGGAGAA TTTATATGGA AAAATGTGGG GAAGCAATGC TGGATAAAGC CGGGGAATGT 
TTTTCTCTGG CAAGATGCTA CAAGAGTGCA GCTGAGGCCT ATGCTAAAGG AAACTATTTC 
TCAGAGTGTT TGGCTGTATG CATTAAAGGA AGACTCTTCT ACATGGGTTT GCAGGTCATC 
CAGCAGTGGA AACAGAACAG TAAGGGTGCT ATTAAAGAAA GTGGTGAAAT ACACAGAATT 
GAACAGAATT TGTTAGAAGG ATGTGCCCGT CACTGTCATG AGCTTAAAGA TCTCACAGGC 
ATGATGAAGT ATGTTAGAGC TTTCCATTCC TTTGAGTCGA TTCGCACTTT CTTGAGGGAC 
TTATGTTGTC TCGATGAGCT TCTTTTGATT GAAAAAGAAA AGGAAAACTT TGTTGAGGCT 
GCAAATATTG CAAAGTGCAT TGGAGATATA TCATTAGAGG TTGAAATGCT GGTGGAGGCT 
GGATGTTTGG AAGATTCTTC AAAGGCTATT CTGCAGTATG TGTTAGTCAA TTCTCTGTGG 
CAACCTGGAA GCGAAGGATG GCCTTTGAAG CAGTTTATAC GAAAGAAGGA GCTTGTAAAC 
AAAGCCAAAG TAAATGCTGA GAGGGTTTCA AAGCAGTTTT ATGGATTTAT CTGTACAGAG 
GTTGACATCT TATCACATGA ACAGAGTACC TTGTTTGAGC TGAATGAGTA TTTTAGATCT 
TCCCAGAATA ATGGAAGTGT TAGAGGTGAA ATCTTATCTG CTCGAAAAAT TATTGATGCT 
CACCTTCATT TAATAAGTAT CTTGGAGGAC AGGGGGAAAT CTGATTTATA TACCTATCTG 
ACAACACATT CAGAAGAAAG AATATCCAGT AACCAGTTCT CCATTGAAAC TTTGGTTCAC 
TTTTGGAAGT TTTGGAACTT CTGGAAGGAT GAGATTGTGA ATATATTAGA ATATCTCGGT 
GGAGCTATTA AGAAATATGT GGATTATAAA GAGTTCTGTT TGAATTACTT GGGTGTGCTG 
AAGCAGCCCA ATAAGCGAAC TCCTCTTTAC CTTGTGCTCT ACCCTGAGGC AGATTGGGTA 
AGAAAAACCG ATGACAGATT TTTGCATAGA AATGGAAAAT TGGTCTTCAT TGATGCTAGT 
CAGTTTGTCT CTGCTGCCAG GAGTTATTGG TGTGCAGAAT TACTTTCTGT AGGCATAAAG 
ATTTTGGAAA TTCTTGAAAA CTTGTATCAG TTCTGTACCA GGAATTCCTT TCCTGTGTTT 
TGCCAAAGCA TTCCTCTTAT TTATATATTT GATGTGACTA ATTTTCTTAT GAAGACAGGG 
TCACTGCACT GCTGGCATCC TCATGCCGAG ACACTCCAAA TGTTTCTTGA AAAATCAAGT 
GAGCGCTTCT TTGGCTATAT ATATCCCCTC GACTGGCGAA AATCATCTAC TGAGGATATG 
GTGTCTCTCA GAGAAAATAA GCTTGCTGGG AATTTACTTA GAGAAGTTTT TCTTAAAAAC 
ATCAGCTTGA AGGGAAACCT CACATATGGT CAAATTGGGA GGGCAGTGAT GATTATGCTT 
GGGTCATCTA AGCTAACTGA CGAATTTGCG GAAAGCTTTA ATAAGGATTC ACCATGGAAA 
GACTTTATTA AGAGACTTTG TGTTACTAAG AGATCAGAAC TGTCTTCAAA GAGTTCTGCT 
GCTGCTGAGG AAGAACTTTC ATTGATTTTG AAGCTCCGTG AAGCACTGGA AGACACTTAC 
AATGCCAACT GGCGAAAAGG AATGGATTTT GTGTCACCAG TTTGTTTCTT GTATCTTGTG 
GAACACCTAT TGTTTTTAGT GTCATATTGC CAGGGATACG TCTTCACAAC TAAAGCTTTG 
GTGGTTGAAT GGCTTATTTT CCAGCAGTGG AACACCACTC CGAGTGCCAG TTCACTGACG 
GATGTGGGTG CATCTGAGAA GACTGAGATA TTGGGGGACA CTTACAGTTT CATGGTCTCC 
ATCGTTCATG AGCTACTTTG TGATGAGGAG GGAACAGTGG AATGGCTTGA AAAATCTAAT 
ACAGATTTGA AGGACTATCC AGTGCTGGTG TTAAGACTAG TTGTGATAAT GTGTTTAATT 
TGTGTGAACT CGGGAAAGCA TTTTGATTTA CTGTTTGATT TGCTCGGTAG GAACTGCATT 
ATTTCACATC TACCAAAGCA GTTCTATGAT GCCTTTCTTG GTAGACAGAA ACGCAGTTTT 
GTTGAAGTAC TTGCAGAAGC TCTAAAGCAG ATCGAGAGTG TGCTTGTGAT AGTGAGTTGG 
GGAAATAATC ATTTTCACTT CTCTCCTGAT GCAATTCTTT TGGATGATGT GGTTAACCAA 
AACAAAGAGG GCATACTGCG TGTATTGTTT CCGAAAAATG TTTCAAGCCG TGGACAGCAA 
TCATTGGTCT ATAGTGATTG TGGGAAAGCG TCTGAGCCTG ATTCTTCAAA CTCATCCACT 
GCAGACCAGA ACATGAAGGC GAGGAATGAA GCTGAAGGAA ATGATCTGCA GGAGAATTAT 
GAACGCTTCT GTGAAATATT TAATGCTCTG AAGCCATTAG AGAATGCAAA GGATGCGGGC 
ATGGAAAAAT GCAATTTAAA TAACCCAAGG TTGCAGGTCT TGGTGGAGAA AAGTATCAAC 
CTCATAGTTG CTGTCATGAC CCAATACTTT CAGATGATCC CTTGTGACAG TGAAGATGGA 
AACATGGCTG GGGAACCAAA CAGGGTCCAC TGCGAAGATG GGAATCTTCT TTGGCATGCA 
AACAGAATGG TTGATGGCTT TAAGCAGCTT CCTTATCTGC TGAATTGGAG TCCATTTTAT 
GCAAACAGAA TGGTTGATGG CTTGAAGCAG CTTTCTTATC TGCTGAATTG GAGTCCAGTT 
TTCAGTGGGA AGAATCTTGA GAAAAACATG CCAAATATTC AACTACTTTT GAAGCAGTTG 
CAGTCAGGAA AGGCGAGGGT GGAGCCCTTC ATGAGACAGA TATGCTTGAA GAATGCTGCA 
GCTGCTGTGT GA

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

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LOC100251075 cDNA ORF clone, Vitis vinifera(wine grape)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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