09.15.25 -- Unpacking Pfizer's Advanced Process Control Platform For Upstream Ops

Learn about a scalable protocol for T cell activation and expansion. This approach ensures robust T cell growth, viability, and memory phenotypes for clinical applications. 

Cell culture media quality is key for lab success. Learn essential sourcing, storage, and handling strategies to prevent contamination and costly setbacks.

Understand how the continuous feeding of babassu hydrolysate to yeast cultures can efficiently transform a byproduct into a protein-rich ingredient for plant-based foods.

Discover how high-throughput, single-cell technologies combined with machine learning and automation are transforming clone selection to accelerate timelines and improve accuracy in bioprocessing.

Learn how researchers demonstrated scalable hADSC expansion in stirred-tank bioreactors using microcarriers, achieving metabolic stability and consistent growth for cell therapy applications.

Learn more about two unique methods for clinical-scale expansion of gamma delta T cells, which are well suited for a wide variety of treatments due to their reduced risk of graft-versus-host disease.

Learn how Tangential Flow Depth Filtration (TFDF) enhances viral vector production, streamlining the clarification process and increasing efficiency and yield for LV and AAV manufacturing.

Explore how computational fluid dynamics (CFD) characterize and scale-up vertical-wheel bioreactors, optimizing hydrodynamic conditions for effective induced pluripotent stem cell (iPSC) culture.

In this assessment of the in vitro glycoengineering technology we determine if it is suitable for the development, manufacturing, and analysis of therapeutic proteins.

This study showcases a cell expansion system that is providing T-cells with an ideal environment for growth, efficient in expanding many cells quickly, and enhancing regulatory T-cell characteristics.