Accelerating upstream process development with direct CQA and media analysis feedback
CQA data is important in biopharma development, but results are often returned weeks after samples are taken. This webinar explores how connecting the Ambr 15 to the BioAccord™ LC-MS System produces quality data in less than 24 hours, allowing CQA to drive process parameters with precise CQA profiles. Join us to review the benefits of this critical collaboration between Sartorius and Waters™ and how it can streamline your analytical testing.
- Discover how to cut CQA analysis turnaround times by connecting the Ambr 15 and BioAccord systems.
- Learn how more frequent analysis reveals CQA changes over the course of a culture.
- Dig deeper — gain further insight into cell culture processes from spent media analysis.
Meet Our Expert:
Charles Prochaska
R&D Upstream Engineer, Sartorius
Charles Prochaska joined Sartorius in 2010 as an Upstream Research and Development Engineer. He earned his master’s degree in engineering at Manhattan College in New York City, NY USA. He serves as a cell culture subject matter expert for upstream solutions testing and design and supports industry partner collaboration efforts focused on analytical integration and upstream process improvements.
Guillaume Béchade
Senior Manager - Global Biopharmaceutical Marketing, Waters
At Waters, Guillaume currently oversees Global Biopharma Marketing and specifically owns the bioprocessing marketing program. He joined the company 12 years ago and has held various scientific and management responsibilities, earning a reputation as someone who delivers inspiring and disruptive analytical solutions for the characterization and monitoring of monoclonal antibodies and new modalities. In his tenure, Guillaume managed EMEA Biopharma Field Marketing and led Biopharmaceutical Business Development in Central Europe, looking after regional business strategy and execution.
Before joining Waters in 2010 as a LC-MS applications specialist, Guillaume obtained a PhD in mass spectrometry-based proteomics from the University of Strasbourg, France. He previously graduated with a Master of Chemistry and a Master of Engineering Chemistry.