PBioprocessing plays a vital role in modern biotechnology, enabling the production of valuable biological products through the controlled cultivation of cells. Understanding how bioreactors work—along with their configurations, operational principles, and process strategies—is essential for ensuring efficient scale-up, consistent product yield, and reliable process performance.
This webinar, “Start of Bioprocessing Journey Using Bioreactors,” provides participants with a comprehensive introduction to bioprocessing fundamentals, the transition from shake-flasks to bioreactors, and key considerations when selecting and operating bioreactor systems. The session covers:
- The basics of bioprocessing and common host cell systems.
- Differences between shake-flasks and bioreactors, and why scale-up requires controlled vessels.
- Core bioreactor components, including agitation, aeration, sensors, and temperature control.
- Critical process parameters such as pH, dissolved oxygen, nutrient feeding, and biomass concentration.
- Various cultivation strategies: batch, fed-batch, continuous, and perfusion.
- Bioreactor configurations, including impeller types, motor systems, single-use vs. glass vessels, and parallel control.
- An overview of the Eppendorf bioprocess portfolio for R&D, scale-down, scale-up, and pilot-scale applications.
Designed for researchers, process developers, and laboratory professionals, this webinar equips attendees with foundational knowledge to understand bioreactors more deeply, make informed decisions in bioprocess setup, and successfully begin their journey in scalable biomanufacturing.
Presented by: Fiona Lim (Bioprocess Infield Application Specialist)
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