High-Fidelity PCR for Cloning Applications

The Universal All-in-One PCR Mix for Everyday PCR.

ExtremeTaq™ HiFi Red Mix is an optimized 2x master-mix comprised of an enhanced Taq DNA Polymerase, optimized reaction buffer, MgCl₂, ultra-pure dNTPs, and inert red gel-loading dye. This versatile master-mix is ideally suited to all routine end-point PCR applications and challenging DNA targets such as complex GC-rich DNA and low-copy number samples.

Learn More

The Universal All-in-One PCR Mix for Everyday PCR

ExtremeTaq™ HiFi Mix is an optimized 2x master-mix comprised of an enhanced Taq DNA Polymerase, optimized reaction buffer, MgCl₂, and ultra-pure dNTPs. This versatile master-mix is ideally suited to all routine end-point PCR applications and challenging DNA targets such as complex GC-rich DNA and low-copy number samples.

Learn More

ExtremeTaq™ DNA Polymerase is an enhanced formulation containing Taq Polymerase, proprietary enhancers, hot-start antibodies, and a proof-reading component for trouble-free PCR reaction assembly and consistent performance. ExtremeTaq Polymerase delivers a unique balance of PCR sensitivity, high fidelity, and value.

Learn More

TruFi™ II Ultra 2x PCR Red Mix is an optimized 2x master-mix comprised of TruFi™ II DNA Polymerase, optimized reaction buffer, MgCl₂, ultra-pure dNTPs, and an inert red gel-loading dye. Learn More

TruFi™ II Ultra 2x PCR Mix is an optimized 2x master-mix comprised of TruFi™ II DNA Polymerase, optimized reaction buffer, MgCl₂, and ultra-pure dNTPs. Learn More

TruFi™ II DNA Polymerase is an ultra-high fidelity proofreading DNA polymerase exhibiting both 5'→ 3' DNA polymerase activity and 3'→ 5' proofreading exonuclease activity, enabling the correction of mismatches during the amplification process. Learn More

TruFi™ DNA Polymerase is a new generation, ultra high-fidelity DNA polymerase developed specifically to overcome the many disadvantages of conventional proof-reading enzymes such as poor sensitivity, significant inhibition in crude PCR assays, long extension times and the tedious optimization of buffer conditions and reaction parameters. Learn More