Bioprocessing Unfiltered

CHI

Covering both upstream and downstream processing, analytics, AI and digitization, cell and gene therapy and more, Bioprocessing Unfiltered is your insider’s pass to the researchers tackling—and solving—the day-to-day challenges in the bioprocessing industry.

Episodes

  1. 5d ago

    Episode: 12 - Todd Przybycien on Precipitation As Antibody Capture

    In the latest episode of Bioprocessing Unfiltered, Bill Whitford talks with Todd Przybycien about using precipitation as a continuous capture step for monoclonal antibody downstream processing, and why higher titers make the approach practical again. We dig into step change improvements in cost of goods, throughput, footprint, and sustainability, plus what it takes to control and automate a continuous process.  Join us to hear:   • Todd’s early downstream processing work and why “unconventional separations” matter  • Why precipitation was sidelined at low titers and why modern mAb titers change the efficiency  • How precipitation enables fully continuous capture and pairs with flow-through polishing  • Where the biggest gains show up, including dollars per gram, water usage per gram, and smaller facilities   Please subscribe to the podcast and give us a rating. It helps other people find and join the conversation. If you've got speaker or topic ideas, we'd love to hear those too. You can send them in a podcast review.   Covering both upstream and downstream processing, analytics, AI and digitization, cell and gene therapy and more, Bioprocessing Unfiltered is your insider's pass to the researchers tackling—and solving—the day-to-day challenges in the bioprocessing industry.  LINKS  https://www.bioprocessingsummit.com/   https://www.linkedin.com/groups/1982319/  Host Links  Bill Whitford: https://www.linkedin.com/in/william-whitford-00096612  Bioprocessing Unfiltered: Covering both upstream and downstream processing, analytics, AI and digitization, cell and gene therapy and more, Bioprocessing Unfiltered is your insider’s pass to the researchers tackling—and solving—the day-to-day challenges in the bioprocessing industry.

    Episode: 12 - Todd Przybycien on Precipitation As Antibody Capture
  2. Aug 4

    Episode: 10 - Unlocking Smarter Bioprocessing through Better Data Collection, Quality, and Analysis

    Everyone wants smarter bioprocessing, yet most teams are still fighting the same battle they fought years ago: inconsistent information, messy process data, and systems that were never designed to support analysis. At this year's Bioprocessing Summit Europe, industry experts gathered on a panel to address these gaps, explore why data challenges persist, and discuss why the hardest part is often data engineering and harmonization. Moderated by Maximilian Krippl, Ph.D., head of bioprocess modeling consulting at Novasign, the panel consisted of Andrea Arsiccio, Ph.D., senior scientist and team lead in silico at Coriolis Pharma; Ayca Cetinkaya, Ph.D., senior scientist at AstraZeneca; Mario P. Pereira, Ph.D., director of technology and business development at ATUM; and Jack Prior, Ph.D., head of process monitoring and data science and AI strategy at Sanofi. Their discussion also explores strategies to transform raw information into actionable insight and practical guidance to make data comparable and usable. Links from this episode:   Bioprocessing Summit Bioprocessing Summit Europe Novasign Coriolis Pharma AstraZeneca ATUM Sanofi  Bioprocessing Unfiltered: Covering both upstream and downstream processing, analytics, AI and digitization, cell and gene therapy and more, Bioprocessing Unfiltered is your insider’s pass to the researchers tackling—and solving—the day-to-day challenges in the bioprocessing industry.

    Episode: 10 - Unlocking Smarter Bioprocessing through Better Data Collection, Quality, and Analysis

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Covering both upstream and downstream processing, analytics, AI and digitization, cell and gene therapy and more, Bioprocessing Unfiltered is your insider’s pass to the researchers tackling—and solving—the day-to-day challenges in the bioprocessing industry.