| MS CAT | Product | Size | Price |
|---|---|---|---|
| PB10.42-01 | VeriFi® Polymerase | 100 Units | Contact us |
| PB10.42-05 | VeriFi® Polymerase | 500 Units | Contact us |
| PB10.43-01 | VeriFi® Mix | 100 x 50 μL Reactions | Contact us |
| PB10.43-05 | VeriFi® Mix | 500 x 50 μL Reactions | Contact us |
| PB10.44-01 | VeriFi® Mix Red | 100 x 50 μL Reactions | Contact us |
| PB10.44-05 | VeriFi® Mix Red | 500 x 50 μL Reactions | Contact us |
To view your price, please log in or register with your quote code.
Additional Information
What is VeriFi® Polymerase?
VeriFi® Polymerase is derived from Pfu DNA polymerase with 3’-5’ exonuclease (proofreading) activity. The high-fidelity enzyme is designed with proprietary mutations that significantly enhance its performance, resulting in shorter extension times (10-30 s/kb), higher yields, and the ability to amplify longer, more challenging targets, including eukaryotic genomes in excess of 17.5 kb. Previously, it was known as PCRBIO VeriFi Polymerase or PCRBIO VeriFi Mix (Red).
How does VeriFi® Polymerase ensure high accuracy?
The high fidelity and improved 3’-5’ exonuclease activity of VeriFi® Polymerase results in fidelity approximately 100 times higher than that of Taq DNA polymerase. This enzyme is ideal for applications requiring higher accuracy, such as cloning, directed mutagenesis, and sequencing. PCR products generated with this product line have blunt ends. VeriFi® Polymerase facilitates high-fidelity PCR with a wide range of targets and fragment sizes with little or no optimization needed. The enzyme is supplied with an advanced buffer system containing both dNTPs and Mg. For the most challenging templates, such as GC-rich sequences or those with complex secondary structures, users can add VeriMax Enhancer to the reaction mix to improve PCR performance. VeriFi® Polymerase is also available in a convenient ready-to-use 2x mix containing all reaction components except primers and template. Our 2x red mix includes a red dye suitable for direct loading and monitoring during agarose gel electrophoresis.
Applications
- High fidelity PCR
- Long-range PCR
- Directed mutagenesis
- Cloning
- Sequencing



Read more