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Pfx platinum taq

Manufactured by Thermo Fisher Scientific

Pfx Platinum Taq is a high-fidelity DNA polymerase designed for efficient and accurate DNA amplification. It possesses 3'→5' exonuclease activity, providing proofreading capabilities to generate high-quality PCR products.

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3 protocols using pfx platinum taq

1

Cloning and Vectors for Yeast Two-Hybrid

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MPK1 cDNA was amplified from pda02860 cDNA using MPK1-SalI and MPK1-NotI using Pfx Platinum Taq (Life Technologies). The resultant 1483-bp product was captured into the pCR4 vector (Life Technologies). The insert was released using SalI and NotI and ligated into the pBI770 and pBI771 yeast two-hybrid vectors (Kohalmi et al., 1998 ). RBK1 cDNA was amplified with RBK1-SalI and RBK1-NotI using Pfx Platinum Taq (Life Technologies). The resultant 1420-bp was captured into the pCR4 vector (Life Technologies). The insert was digested with SalI and NotI and ligated into the pBI770 and pBI771 vectors (Kohalmi et al., 1998 ).
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2

Cloning Tissue-Specific Promoters from Arabidopsis

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Genomic DNA was extracted from Arabidopsis thaliana Columbia-0 (Col-0) seedling tissue [40 ]. Upstream regulatory regions for use in tissue-specific expression vectors were PCR-amplified from Col-0 genomic DNA using Pfx Platinum Taq (Life Technologies) and the following primer pairs: ADH1-EcoRI (5′-GAATTCCACACTGAAGAAAAAGATTACACC-3′) and ADH1-XhoI (5′-CTCGAGCAACAGTGAAGAACTTGCTTTTG-3′); CAB1-NruI (5′-TCGCGAGACTAACTTGTGAGTGAGAGTG-3′) and CAB1-XhoI (5′-CTCGAGGAGGTTGAGTAGTGCAGCAC-3′); COBL1-NruI (5′-TCGCGACTCATGTTTGGTTGTACTACTG-3′) and COBL1-XhoI (5′-CTCGAGCTGAAGCAAAAAAAGAGAGAG-3′); EXP7-EcoRI (5′-GAATTCCGTCAAGGCTGGATATGCTGTG-3′) and EXP7-XhoI (5′-CTCGAGGCTGCGATCTAACAATTTCAGAC-3′); LBD1-EcoRI (5′-GAATTCGCGGAAGAACTTATAAAATAAC-3′) and LBD1-XhoI (5′-CTCGAGCGGCGAAACGAACAAAAAAGTG-3′); SCR-EcoRI (5′-GAATTCGATTGTGATCCTCTGCAACAAAGC-3′) and SCR-XhoI (5′-CTCGAGGGAGATTGAAGGGTTGTTGGTCG-3′); UBQ10-AatII (5′-GACGTCGTATGATCGCGAAGCACCCACCCTAAGC-3′) and UBQ10-XhoI (5′-CTCGAGGACAAATTCGATCGCACAAAC-3′); and WOL1-AatII (5′-GACGTCCTCACACACCACACCATCATTATC-3′) and WOL1-XhoI (5′-CTCGAGCACTTCAAATGTAGGTATTCC-3′). The resulting PCR products were captured into the pCR4 vector (Life Technologies) to create pCR4-ADH1p, pCR4-CAB1p, pCR4-COBL1p, pCR4-EXP7p, pCR4-LBD16p, pCR4-SCRp, pCR4-UBQ10p, and pCR4-WOL1p. All constructs were sequenced (GeneWiz, Inc.) to confirm error-free clones.
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3

Cloning C-terminal MPK1-GFP Fusion

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The MPK1 genomic region was amplified from Col-0 genomic DNA (Thole et al., 2014 (link)) using Pfx Platinum Taq (Life Technologies) with caccMPK1-URR and MPK1g-nostop2. The resultant 2897-bp PCR product contained the MPK1 upstream region and entire MPK1 coding region (from –1693 to 1198, where the A of the ATG start codon is position 1) with the TGA stop codon replaced with a GGA codon encoding for Gly. This PCR product was captured into the pENTR/D-TOPO vector (Life Technologies). The pENTR-DTOPO-MPK1:MPK1nostop vector was linearized by digestion with MluI. The MPK1:MPK1nostop genomic region was recombined into the pMDC107 plasmid (Curtis and Grossniklaus, 2003 (link)) using LR Clonase (Life Technologies) to form MPK1:MPK1-GFP, which expresses a C-terminal GFP fusion with MPK1 driven by the region upstream of MPK1.
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