Learn about the evolution of DNA polymerase technology, and recommendations for selecting a DNA polymerase
PCR as we know it today would not be possible without the continual improvements in DNA polymerases. The polymerase used in the first PCR reactions was thermolabile and had to be replenished in every PCR cycle, resulting in tedious workflows. Modern polymerases are thermostable, accurate, and fast and offer optimal performance in molecular biology applications. In this webinar we will talk about the evolution of DNA polymerase technology. Watch and learn about options and tips for choosing the optimal DNA polymerase for various PCR applications and streamlining your workflow.
- Review PCR principles, components, and applications
- Learn about the evolution of DNA polymerase technology
- Explore optimal DNA polymerases and workflows
- Introduction to PCR
- Basic principles
- Basic components
- PCR applications
- Evolution of DNA polymerase technology
- DNA polymerases used in early PCR applications
- Intelligent design of DNA polymerases
- Streamlining PCR workflows
- PCR: past, present, and future

About the Presenter:
Ana Dinarina, PhD
Sr. Market Development Manager, Thermo Fisher Scientific
Dr. Dinarina studied molecular biology for her undergraduate degree. She received a PhD in molecular biology from the European Molecular Biology Laboratory and University of Heidelberg. She joined Thermo Fisher Scientific in 2008, and during her tenure has held various roles dedicated to technical training and education on key molecular biology methods and applications.