01.19.26 -- Moving Leukopaks From GTP To GMP Is One Cell Therapy Trend To Watch In '26

Metabolic pathways define immune cell roles, from glycolysis fueling inflammation to fatty acid oxidation sustaining memory and tolerance. Discover how energy metabolism shapes immune responses.

Explore how to effectively use small-scale perfusion-mimic systems to identify optimal cell culture media and significantly increase volumetric productivity for large-scale biomanufacturing.

N-1 perfusion enables higher inoculum densities, faster production, and reduced costs without altering fed-batch processes. Uncover a practical path to intensification for biologics manufacturers.

Learn how precise cell culture conditions are critical to advancing CAR T-cell therapies, which empowers researchers to develop more effective cancer treatments and accelerate breakthroughs.

Low-shear, closed-system media exchange in iPSC is vital for scalability. Compare automated centrifugation to gravity sedimentation, showing equivalent or superior differentiation outcomes.

Achieving high viable cell densities in HEK293 cultures is crucial. Examine how precise environmental adjustments support robust growth for gene therapy applications.

A streamlined workflow combining microfluidic dispensing and multimodal imaging enables efficient single-cell isolation, viability assessment, and outgrowth analysis to support cell line development.

Find out how innovative cell culture vessel design enables high-density cell growth with superior gas exchange and a closed system to scale up bioproduction efficiently while maintaining consistency.

Gain insight into two projects that focus on improving efficiency and productivity in biopharmaceutical manufacturing while reducing the cost of goods through process intensification.