LOC100242069 cDNA ORF clone, Vitis vinifera(wine grape)

Gene
Clones
gRNAs

Summary

Gene Symbol	LOC100242069
Entrez Gene ID	100242069
Full Name	CST complex subunit CTC1
Gene Type	protein-coding
Organism	Vitis vinifera(wine grape)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019216754.1	XP_019072299.1	CST complex subunit CTC1 isoform X1
XM_010666300.2	XP_010664602.1	CST complex subunit CTC1 isoform X2
XM_019216755.1	XP_019072300.1	CST complex subunit CTC1 isoform X3

Pathways from BioSystems
Gene Ontology

The following LOC100242069 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the LOC100242069 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)
OVa23521	XM_019216754.1 Latest version!	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OVa23524	XM_010666300.2 Latest version!	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OVa43611	XM_019216755.1 Latest version!	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

LOC100242069 ( XM_019216754.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019072299.1 Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OVa23521
Clone ID Related Accession (Same CDS sequence)	XM_019216754.1
Accession Version	XM_019216754.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4110bp) 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	CST complex subunit CTC1 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, supported by EST evidence. 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##

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGTGGG 
CAGAATAGAT TGATGTTGAC ACCTGTATCA TTTATTGCAA TCAACTCCAT GAAGCTAAAC 
AATGACCAAT ACAATGCTGA GTGTTCAAAT CCAGTTAATG TTTCAGAGTT ATACAATTTT 
GTCCCTCTAG ATGCAGTTTC TTCTTGTTTG ATCTCTGAGT TGATTCAGTG CTTGGAGTGT 
AAGCCAATGC AATTTCACTG TAGGATTGTG GCTGTCCATT TTCTGGTGCT GGAGAAGAAT 
AGAAAATCAC AACCAAAAGT CCCCTGCAGG CTATCTGTTG ATATTCCACT TGCCAGTTTT 
GTATTGGATG ATGGGTCGTC CTCATGTTGT TGCTGGGCTA ATGCTGAAAG AGCTGCAACC 
TTGCTAAGGC TACATGAAGA ATTCCCATTG AAAGCATTTG GAAGCAGTAG CTGGAAATTA 
AAGGGGATTG GTATAGACAA TGCCTGCAGG ACCACTATTT ATCATCTGGA CAAACTCTTA 
AAGAAGCATG GAAGAATTAC TGTGAAAAAC TACGGATCTA TATCTGATTC TTCTAGTCAA 
GATCTTATGT TTTCTGTTGG TTCAAATGAT CTCTTGAGCA GTTCAGATGA GAACCTCCTC 
AAATTCATAA TCCTTAATGC CTGCATTGGA ACATTTTGGA CTATTATTGG CGATGTGATG 
GATTCTGAAG CTGTAGGGCA GTTGGAGGAA CATGTTCCAA AGATGGGGAT GACAATGCAT 
TCAATGCAAA GTATATGGGC TAAAGAAGTT AGCTATGTAA ACCCTCTCAC GGAGGCCAGG 
AATATGGTTG AAGAACTTCT AAACAGGTAA

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

RefSeq	XP_019072299.1
CDS	41..4150
Translation	MEGGKMVSISELVQGRRPLTATSTLHSPPSTSSHTPPISSSSSFPNSNLPPSTPAGGVTAPRILTPLNHPSYLIGTLALPSYLHSTPALPCCSHSTCFVFSDASSTVCCDVLHLDLRIIGNRIRVLSWNFIPSKCGGFLEIIRWSFLDSTARLSRCSNLDAFPLVLGSSSDSKDGSKGRYSLRGVLESVSPVSVIPCSVVTRTSKSGSGTNFSTPSNLRGFLAQIMVCECELCCSKEGLMSLDDPRKGLRGHCFTKPQILYFCGSGSSWHPLFTKLIGNVICISHLKKKLVFIGKEESQLMYVTTGKTVLRVLSMANQELPHKEAVIKGMGECGLYSGIITGIYMQGMVINLDERVWLLITDRLLNPPHSLRVGALISVRNIHFLNPKFSWTEMLILGSCFKTSIIVECFSPLETGCHKVSQSQSLLGKFIDSLAFSARLWVLLVVSCFRKKFCGILTEKEILGSKHREGLVQVFARSHLPSSVFQYRYGVFMEFCKHDSCGCGTEPNYDQLKLVAPISNLVHHCEAMWMKNQLEGDCETMVNNNEFSQLSCGGRSHGLPITRILPSEAIGVILLGSLKISPSGRLQLIDATGCIDVVIPDLPSDCNSNSIYEVNDYSLVMEGMPDHLDHFGLVEMEPFSCRSIFESSPLVREISLTMYVYFHLRKSSLQKFLVHPHMNLKDNLKEPEDGRFHMLHVTHKFPVLQKFQKDQVVSDGLSMLVEAVVLPWDLFLSGKNPTKVSKDQKKEPMELYNSRNYHEYVSFKRCKIDHASSRLLSSGLTDKSSVAGMGLCGHLSDCSSANKQYPVEIPCLACCRSGCLVSSGSLYCTEAALKFGAGCNLGALKVLLEFKSESFFKYQLLQIGGYYITKHQNKDLFCNHRDFDYVRGGKFLITSGTTIWSLSFSYDEIFHYTDPSFDPALVTCPLHNSQQTELLLQRSTDNCHEMCSDIHLHLPADLKNELDVDFTVLEKDLIKTAPKLEEVANVPLCIETAMTASMQSFQTDDSAFLLPEGNLVSLQGQVLAVHNLNHTSLDAHSSNENYGDVRQLRLSRGVTWSTCIHVLMDHHIVSIFGGLSEHAYPTGFGSGVVATFHRILELGGQNRLMLTPVSFIAINSMKLNNDQYNAECSNPVNVSELYNFVPLDAVSSCLISELIQCLECKPMQFHCRIVAVHFLVLEKNRKSQPKVPCRLSVDIPLASFVLDDGSSSCCCWANAERAATLLRLHEEFPLKAFGSSSWKLKGIGIDNACRTTIYHLDKLLKKHGRITVKNYGSISDSSSQDLMFSVGSNDLLSSSDENLLKFIILNACIGTFWTIIGDVMDSEAVGQLEEHVPKMGMTMHSMQSIWAKEVSYVNPLTEARNMVEELLNR

Target ORF information:

RefSeq Version	XM_019216754.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X1, mRNA.

Target ORF information:

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

XM_019216754.1

ORF Insert Sequence:

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGTGGG 
CAGAATAGAT TGATGTTGAC ACCTGTATCA TTTATTGCAA TCAACTCCAT GAAGCTAAAC 
AATGACCAAT ACAATGCTGA GTGTTCAAAT CCAGTTAATG TTTCAGAGTT ATACAATTTT 
GTCCCTCTAG ATGCAGTTTC TTCTTGTTTG ATCTCTGAGT TGATTCAGTG CTTGGAGTGT 
AAGCCAATGC AATTTCACTG TAGGATTGTG GCTGTCCATT TTCTGGTGCT GGAGAAGAAT 
AGAAAATCAC AACCAAAAGT CCCCTGCAGG CTATCTGTTG ATATTCCACT TGCCAGTTTT 
GTATTGGATG ATGGGTCGTC CTCATGTTGT TGCTGGGCTA ATGCTGAAAG AGCTGCAACC 
TTGCTAAGGC TACATGAAGA ATTCCCATTG AAAGCATTTG GAAGCAGTAG CTGGAAATTA 
AAGGGGATTG GTATAGACAA TGCCTGCAGG ACCACTATTT ATCATCTGGA CAAACTCTTA 
AAGAAGCATG GAAGAATTAC TGTGAAAAAC TACGGATCTA TATCTGATTC TTCTAGTCAA 
GATCTTATGT TTTCTGTTGG TTCAAATGAT CTCTTGAGCA GTTCAGATGA GAACCTCCTC 
AAATTCATAA TCCTTAATGC CTGCATTGGA ACATTTTGGA CTATTATTGG CGATGTGATG 
GATTCTGAAG CTGTAGGGCA GTTGGAGGAA CATGTTCCAA AGATGGGGAT GACAATGCAT 
TCAATGCAAA GTATATGGGC TAAAGAAGTT AGCTATGTAA ACCCTCTCAC GGAGGCCAGG 
AATATGGTTG AAGAACTTCT AAACAGGTAA

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

LOC100242069 ( XM_010666300.2 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_010664602.1 Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OVa23524
Clone ID Related Accession (Same CDS sequence)	XM_010666300.2
Accession Version	XM_010666300.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3702bp) 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	CST complex subunit CTC1 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_010666300.1. ##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##

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGTGGG 
CAGAATAGAT TGATGTTGAC ACCTGTATCA TTTATTGCAA TCAACTCCAT GAAGCTAAAC 
AATGACCAAT ACAATGCTGA GTGTTCAAAT CCAGTTAATG TTTCAGAGTT ATACAATTTT 
GTCCCTCTAG ATGCAGTTTC TTCTTGTTTG ATCTCTGAGT TGATTCAGTG CTTGGAGTGT 
AAGCCAATGC AATTTCACTG TAGGGTAAGC TACGATCTTA TGCAGTGCTT TACAAGCAGA 
TTGTGGCTGT CCATTTTCTG GTGCTGGAGA AGAATAGAAA ATCACAACCA AAAGTCCCCT 
GCAGGCTATC TGTTGATATT CCACTTGCCA GTTTTGTATT GGATGATGGG TCGTCCTCAT 
GTTGTTGCTG GGCTAATGCT GAAAGAGCTG CAACCTTGCT AA

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

RefSeq	XP_010664602.1
CDS	41..3742
Translation	MEGGKMVSISELVQGRRPLTATSTLHSPPSTSSHTPPISSSSSFPNSNLPPSTPAGGVTAPRILTPLNHPSYLIGTLALPSYLHSTPALPCCSHSTCFVFSDASSTVCCDVLHLDLRIIGNRIRVLSWNFIPSKCGGFLEIIRWSFLDSTARLSRCSNLDAFPLVLGSSSDSKDGSKGRYSLRGVLESVSPVSVIPCSVVTRTSKSGSGTNFSTPSNLRGFLAQIMVCECELCCSKEGLMSLDDPRKGLRGHCFTKPQILYFCGSGSSWHPLFTKLIGNVICISHLKKKLVFIGKEESQLMYVTTGKTVLRVLSMANQELPHKEAVIKGMGECGLYSGIITGIYMQGMVINLDERVWLLITDRLLNPPHSLRVGALISVRNIHFLNPKFSWTEMLILGSCFKTSIIVECFSPLETGCHKVSQSQSLLGKFIDSLAFSARLWVLLVVSCFRKKFCGILTEKEILGSKHREGLVQVFARSHLPSSVFQYRYGVFMEFCKHDSCGCGTEPNYDQLKLVAPISNLVHHCEAMWMKNQLEGDCETMVNNNEFSQLSCGGRSHGLPITRILPSEAIGVILLGSLKISPSGRLQLIDATGCIDVVIPDLPSDCNSNSIYEVNDYSLVMEGMPDHLDHFGLVEMEPFSCRSIFESSPLVREISLTMYVYFHLRKSSLQKFLVHPHMNLKDNLKEPEDGRFHMLHVTHKFPVLQKFQKDQVVSDGLSMLVEAVVLPWDLFLSGKNPTKVSKDQKKEPMELYNSRNYHEYVSFKRCKIDHASSRLLSSGLTDKSSVAGMGLCGHLSDCSSANKQYPVEIPCLACCRSGCLVSSGSLYCTEAALKFGAGCNLGALKVLLEFKSESFFKYQLLQIGGYYITKHQNKDLFCNHRDFDYVRGGKFLITSGTTIWSLSFSYDEIFHYTDPSFDPALVTCPLHNSQQTELLLQRSTDNCHEMCSDIHLHLPADLKNELDVDFTVLEKDLIKTAPKLEEVANVPLCIETAMTASMQSFQTDDSAFLLPEGNLVSLQGQVLAVHNLNHTSLDAHSSNENYGDVRQLRLSRGVTWSTCIHVLMDHHIVSIFGGLSEHAYPTGFGSGVVATFHRILELGGQNRLMLTPVSFIAINSMKLNNDQYNAECSNPVNVSELYNFVPLDAVSSCLISELIQCLECKPMQFHCRVSYDLMQCFTSRLWLSIFWCWRRIENHNQKSPAGYLLIFHLPVLYWMMGRPHVVAGLMLKELQPC

Target ORF information:

RefSeq Version	XM_010666300.2
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X4, mRNA.

Target ORF information:

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

XM_010666300.2

ORF Insert Sequence:

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGTGGG 
CAGAATAGAT TGATGTTGAC ACCTGTATCA TTTATTGCAA TCAACTCCAT GAAGCTAAAC 
AATGACCAAT ACAATGCTGA GTGTTCAAAT CCAGTTAATG TTTCAGAGTT ATACAATTTT 
GTCCCTCTAG ATGCAGTTTC TTCTTGTTTG ATCTCTGAGT TGATTCAGTG CTTGGAGTGT 
AAGCCAATGC AATTTCACTG TAGGGTAAGC TACGATCTTA TGCAGTGCTT TACAAGCAGA 
TTGTGGCTGT CCATTTTCTG GTGCTGGAGA AGAATAGAAA ATCACAACCA AAAGTCCCCT 
GCAGGCTATC TGTTGATATT CCACTTGCCA GTTTTGTATT GGATGATGGG TCGTCCTCAT 
GTTGTTGCTG GGCTAATGCT GAAAGAGCTG CAACCTTGCT AA

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

LOC100242069 ( XM_019216755.1 ) cDNA ORF clone, Vitis vinifera(wine grape) -> XP_019072300.1 Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X5, mRNA.

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CloneID	OVa43611
Clone ID Related Accession (Same CDS sequence)	XM_019216755.1
Accession Version	XM_019216755.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3309bp) 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	CST complex subunit CTC1 isoform X3
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 ##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##

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGAGAA 
AAGGTGTAA

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

RefSeq	XP_019072300.1
CDS	41..3349
Translation	MEGGKMVSISELVQGRRPLTATSTLHSPPSTSSHTPPISSSSSFPNSNLPPSTPAGGVTAPRILTPLNHPSYLIGTLALPSYLHSTPALPCCSHSTCFVFSDASSTVCCDVLHLDLRIIGNRIRVLSWNFIPSKCGGFLEIIRWSFLDSTARLSRCSNLDAFPLVLGSSSDSKDGSKGRYSLRGVLESVSPVSVIPCSVVTRTSKSGSGTNFSTPSNLRGFLAQIMVCECELCCSKEGLMSLDDPRKGLRGHCFTKPQILYFCGSGSSWHPLFTKLIGNVICISHLKKKLVFIGKEESQLMYVTTGKTVLRVLSMANQELPHKEAVIKGMGECGLYSGIITGIYMQGMVINLDERVWLLITDRLLNPPHSLRVGALISVRNIHFLNPKFSWTEMLILGSCFKTSIIVECFSPLETGCHKVSQSQSLLGKFIDSLAFSARLWVLLVVSCFRKKFCGILTEKEILGSKHREGLVQVFARSHLPSSVFQYRYGVFMEFCKHDSCGCGTEPNYDQLKLVAPISNLVHHCEAMWMKNQLEGDCETMVNNNEFSQLSCGGRSHGLPITRILPSEAIGVILLGSLKISPSGRLQLIDATGCIDVVIPDLPSDCNSNSIYEVNDYSLVMEGMPDHLDHFGLVEMEPFSCRSIFESSPLVREISLTMYVYFHLRKSSLQKFLVHPHMNLKDNLKEPEDGRFHMLHVTHKFPVLQKFQKDQVVSDGLSMLVEAVVLPWDLFLSGKNPTKVSKDQKKEPMELYNSRNYHEYVSFKRCKIDHASSRLLSSGLTDKSSVAGMGLCGHLSDCSSANKQYPVEIPCLACCRSGCLVSSGSLYCTEAALKFGAGCNLGALKVLLEFKSESFFKYQLLQIGGYYITKHQNKDLFCNHRDFDYVRGGKFLITSGTTIWSLSFSYDEIFHYTDPSFDPALVTCPLHNSQQTELLLQRSTDNCHEMCSDIHLHLPADLKNELDVDFTVLEKDLIKTAPKLEEVANVPLCIETAMTASMQSFQTDDSAFLLPEGNLVSLQGQVLAVHNLNHTSLDAHSSNENYGDVRQLRLSRGVTWSTCIHVLMDHHIVSIFGGLSEHAYPTGFGSGVVATFHRILELGEKV

Target ORF information:

RefSeq Version	XM_019216755.1
Organism	Vitis vinifera(wine grape)
Definition	Vitis vinifera CST complex subunit CTC1 (LOC100242069), transcript variant X5, mRNA.

Target ORF information:

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

XM_019216755.1

ORF Insert Sequence:

ATGGAAGGCG GGAAAATGGT GTCCATCTCA GAGCTGGTTC AAGGTCGTCG TCCCCTCACC 
GCTACATCCA CTCTTCACTC TCCTCCCTCT ACTTCGTCTC ACACACCTCC CATTTCCTCT 
TCATCTTCCT TCCCAAACTC CAATCTTCCT CCATCTACCC CGGCAGGCGG TGTCACTGCC 
CCAAGAATCC TCACCCCTCT CAACCACCCT TCATATCTCA TCGGAACCCT AGCCCTACCT 
TCCTACCTCC ATTCAACCCC TGCTCTTCCT TGTTGCTCCC ACAGCACCTG CTTTGTCTTC 
TCCGATGCTT CCTCCACTGT TTGCTGTGAT GTTCTCCATC TTGATCTTCG AATCATTGGC 
AACAGAATCC GCGTTCTTTC CTGGAACTTC ATTCCTTCCA AGTGCGGCGG CTTCCTGGAG 
ATTATTAGAT GGAGTTTCCT GGATTCTACT GCTAGACTCA GTCGTTGTTC CAATTTAGAT 
GCATTTCCGT TGGTTTTGGG TTCTTCCTCT GATTCTAAAG ACGGTTCCAA GGGTCGTTAT 
AGCCTTCGCG GTGTATTAGA GTCGGTCAGC CCTGTTTCAG TCATCCCTTG TTCAGTTGTG 
ACTCGTACTT CTAAAAGTGG TTCTGGTACA AATTTTAGCA CTCCAAGCAA TTTACGTGGA 
TTTCTTGCGC AGATTATGGT TTGTGAGTGC GAATTATGTT GTTCCAAAGA GGGGTTAATG 
TCTTTGGACG ATCCACGTAA AGGGTTAAGG GGCCATTGTT TTACTAAACC TCAGATTCTT 
TACTTTTGTG GGTCTGGCTC ATCTTGGCAT CCATTATTTA CAAAGCTTAT TGGAAATGTT 
ATTTGTATAT CACATTTGAA GAAGAAGTTA GTTTTCATTG GAAAGGAAGA ATCTCAGCTC 
ATGTATGTAA CCACAGGGAA GACTGTGCTC CGAGTGTTGA GCATGGCCAA TCAAGAGCTT 
CCGCATAAAG AGGCTGTAAT TAAGGGGATG GGTGAATGTG GCCTTTATTC CGGCATTATA 
ACAGGGATAT ACATGCAAGG AATGGTTATA AATTTGGATG AACGAGTGTG GCTTTTGATA 
ACAGATAGAC TACTTAATCC ACCGCATAGT CTTAGGGTGG GCGCACTAAT ATCCGTCAGA 
AATATCCACT TTCTGAATCC AAAATTTTCT TGGACAGAAA TGCTTATACT TGGGTCTTGC 
TTTAAGACTA GCATTATTGT AGAATGCTTC TCTCCATTGG AAACTGGCTG CCATAAGGTT 
TCACAATCTC AGAGCCTGTT GGGGAAGTTT ATTGACTCAT TAGCATTTTC TGCCAGACTA 
TGGGTGTTGC TTGTTGTTTC GTGTTTCAGG AAAAAGTTCT GTGGAATACT AACAGAGAAG 
GAGATTTTAG GATCAAAACA TAGGGAAGGA TTGGTTCAGG TGTTTGCTAG GTCACATTTA 
CCTTCATCAG TGTTTCAATA TCGGTATGGT GTATTCATGG AATTCTGTAA GCATGACTCA 
TGTGGCTGTG GGACTGAACC AAATTATGAT CAGCTAAAAT TGGTGGCACC CATCTCTAAT 
CTTGTCCACC ATTGTGAAGC CATGTGGATG AAAAACCAAT TAGAAGGTGA TTGTGAAACA 
ATGGTCAACA ACAACGAATT TAGCCAGCTG TCCTGTGGAG GGAGATCTCA TGGCCTTCCA 
ATTACAAGGA TTTTGCCTAG TGAAGCAATA GGTGTTATTT TGCTTGGAAG TTTAAAGATT 
TCTCCTTCTG GAAGACTGCA ATTGATTGAC GCCACAGGCT GCATTGACGT TGTTATACCA 
GATCTTCCAT CAGATTGCAA TAGCAACAGC ATATATGAGG TAAATGACTA CAGTCTTGTT 
ATGGAAGGCA TGCCTGATCA CTTGGATCAT TTTGGATTAG TTGAAATGGA GCCGTTCTCA 
TGCAGAAGTA TCTTCGAGAG TTCTCCATTA GTGAGAGAGA TAAGTTTAAC AATGTATGTT 
TACTTTCATT TGCGAAAATC AAGCCTTCAA AAATTTCTTG TCCATCCCCA TATGAATTTG 
AAGGATAATC TTAAGGAACC TGAAGATGGA AGATTTCATA TGCTCCATGT AACACACAAG 
TTTCCTGTGC TACAAAAGTT TCAAAAAGAT CAAGTTGTTT CAGATGGATT GAGCATGCTT 
GTTGAGGCTG TGGTCTTGCC TTGGGATTTG TTTCTTTCTG GGAAAAATCC AACTAAGGTT 
TCCAAGGACC AGAAAAAGGA ACCTATGGAA CTTTATAACA GTAGAAACTA CCATGAGTAT 
GTTTCTTTCA AGAGATGCAA AATTGATCAT GCATCAAGCC GACTATTGAG CTCAGGCTTA 
ACAGATAAGT CAAGTGTTGC TGGTATGGGA TTGTGTGGTC ATCTGAGTGA TTGTTCTAGT 
GCTAATAAAC AATATCCAGT TGAAATTCCA TGTCTGGCTT GCTGTAGAAG TGGCTGCCTT 
GTTAGTTCAG GATCATTGTA TTGCACAGAG GCTGCTTTAA AGTTTGGTGC TGGCTGCAAT 
CTGGGTGCAC TAAAAGTATT GCTAGAGTTC AAGTCAGAAA GTTTTTTCAA GTATCAGTTG 
TTGCAAATTG GAGGTTATTA CATCACAAAG CACCAGAACA AAGATCTTTT CTGCAATCAT 
AGAGACTTTG ATTATGTCAG AGGTGGTAAA TTTCTTATTA CCTCTGGAAC AACTATTTGG 
AGCTTGTCAT TCTCCTATGA TGAGATTTTC CACTATACTG ATCCATCATT TGATCCAGCA 
TTAGTCACTT GTCCTCTCCA CAATTCTCAG CAGACTGAAC TATTACTCCA GAGGTCCACT 
GATAATTGTC ATGAAATGTG TTCAGATATT CATCTCCATC TCCCTGCTGA TTTAAAAAAT 
GAATTGGATG TGGATTTTAC GGTATTAGAA AAAGATCTGA TCAAGACAGC TCCAAAACTG 
GAAGAGGTTG CTAATGTTCC TCTATGCATT GAAACAGCAA TGACTGCATC AATGCAATCT 
TTTCAAACTG ATGATTCTGC TTTCCTTTTG CCTGAGGGGA ATCTAGTGTC TCTACAGGGA 
CAGGTCTTAG CTGTTCATAA TCTCAACCAC ACTTCTCTTG ATGCACACTC GAGCAATGAA 
AATTATGGTG ATGTTCGGCA GTTGAGACTC TCTAGGGGAG TGACATGGAG CACGTGTATT 
CATGTCTTGA TGGACCATCA CATTGTGAGC ATTTTTGGTG GCCTAAGTGA GCATGCTTAT 
CCTACTGGAT TTGGATCCGG GGTAGTTGCA ACTTTTCATC GAATTCTAGA ATTGGGAGAA 
AAGGTGTAA

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

PubMed

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LOC100242069 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:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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