24_10_Thermo_Channel_banner

MAB PROCESS INTENSIFICATION AND SCALE-UP

40:20 change-GettyImages-660328504
The Technology Debate: Single-Use vs. Stainless Steel

In this discussion you will explore the multi-point case for adopting single-use technologies throughout the workflow via an economic, operational, and environmental sustainability lens.

48:56 Thermo Fisher - peptones
The Role Of Peptones In Boosting Quality And Yield

Peptones can significantly boost CHO cell bioprocessing. We analyze their impact on diverse CHO cell lines using real-world data to assess their effects on titer, protein quality, and cell growth.

58:46 GettyImages-1294461540 mAb monoclonal antibody
mAb Up- And Downstream Process Intensification Strategies

Discover how to reduce monoclonal antibody (mAb) manufacturing time and costs through process intensification. Learn about continuous perfusion, ultrahigh cell density banks, and more.

59:51 GettyImages-597971944-viral-vector-AAV-adeno-associated-virus
Upstream To Downstream: A Comprehensive Approach To AAV Production

How can you face the challenges of AAV production, scale up your AAV manufacturing effectively, and enhance the recovery and purity in your downstream processing.

1:05:00 GettyImages-1181190018 supply chain pharma, bio
The Way Forward: Supply Chain Solutions

Learn how to build a resilient supply chain to navigate today's complex environment. Expert speakers share insights on optimization, innovation, and strategic planning to meet evolving market conditions.

56:55 Medical research-GettyImages-1287846309
Planning for Success: Supply Resiliency Strategies for Bench to Production

Build scalable material sourcing strategies for R&D and early phases through to commercialization and learn how to accelerate the development process and ensure the scalability of your biologics.

37:50 GettyImages-1296140220 virus, lentivirus
Scalable Production Of Lentivirus For Research To Commercial Manufacturing

Join our webinar on scaling the CTS LV-MAX System in bioreactors, covering transfection scalability, Thermo S.U.B. advantages, and DynaSpin’s efficient gene therapy integration.