FastStart™ Taq DNA Polymerase, dNTPack Protocol & Troubleshooting

Product No. FPCRN-RO

Protocol

PCR OPTIMIZATION

The choice of the PCR enzyme in combination with an appropriate buffer can profoundly affect PCR outcome. Template purity and quality are also critical to PCR success. Sequence and primer concentrations also determine overall assay quality. Nucleotides are vital components in amplification reactions and purity and concentration of these reagents significantly influences PCR results. Most thermostable DNA polymerases require divalent cations to function (in most cases Mg²⁺, and for fewer DNA polymerases Mn²⁺). Concentrations of Mg²⁺ or Mn²⁺ must typically be optimized. In some cases, additives can enhance PCR efficiency, specificity, and yield. The appropriate cycling parameters contribute to a successful PCR. 

An overview of PCR applications and enzymes / kits provided by Roche Applied Science, is found at the Roche Special Interest Site Amplification–Innovative tools for PCR (http://www.roche-applies-science.com/pcr) under "Find the optimal product for your application". In addition, refer to the interactive PCR Product Selection Guide linked to this site.

Troubleshooting

Our Special Interest Site "Tools for Amplification" at http://www.roche-applied-science.com/pcr offers "Application Hints and Troubleshooting" with an interactive guide for solving PCR problems, together with valuable application guidelines.

FASTSTART is a trademark of Roche