How it Works Webinar
Available On Demand!
Real-Time PCR (qPCR) remains a trusted and widely used technique, forming the backbone of many molecular workflows. However, as research demands evolve, particularly in applications requiring greater precision, multiplexing, and reproducibility, many labs are exploring how Droplet Digital™ PCR (ddPCR™) technology can advance scientific discoveries. This webinar will examine key scenarios where ddPCR platforms provide added value, including detection of low-abundance targets or rare events, improved tolerance to inhibitors, and absolute quantification without reliance on standard curves.
Attendees will gain practical insights into when integrating ddPCR technology can enhance confidence in results, streamline workflows, and support more robust decision-making. Designed for scientists and lab managers seeking deeper insight into their molecular workflows, this session will explore key differences between qPCR and ddPCR processes, spanning both experimental setup and data analysis.
Attendees will gain clarity on how sample partitioning and endpoint measurement enable the higher precision and reproducibility associated with ddPCR workflows. The webinar will also demystify what makes PCR “digital,” explaining how discrete, binary signal detection translates into absolute quantification. Together, this knowledge will help attendees better understand when and why ddPCR results can provide insights enabling new discoveries.
This webinar will enable attendees to:
- Compare key differences between qPCR and Droplet Digital PCR, including workflow, data analysis, and quantification approaches
- Understand how partitioning and endpoint detection in digital PCR drive greater precision, reproducibility, and sensitivity
- Determine when ddPCR is the right method to enhance data confidence and enable new insights
