06.15.26 -- Immobilized Enzymes Promise Alternative To Cyanogen Bromide's Toxicity

Gain insight into how an automated, closed workflow can integrate T cell enrichment, activation, transduction, expansion, and formulation across fresh and frozen starting materials.

What separates fibroblasts from MSCs when both express identical markers and differentiate into bone, fat, and cartilage? Molecular profiling reveals they exist on a functional spectrum of plasticity.

Generate GMP-compliant mesenchymal stem cells (MSCs) at scale with a closed, automated workflow. Learn how to optimize MSC harvest yields and ensure trilineage differentiation.

By leveraging expertise across a global network and executing a streamlined, rapid technology transfer, see how we were able to enable a highly data-driven approach to clone selection.

Delve into the advancements and transformative impact of mRNA vaccine technology on modern medicine and explore how this technology is revolutionizing healthcare for the future and beyond.

Discover how an advanced cell line development platform now supports HEK cells alongside CHO, enabling rapid, scalable production of complex biologics while saving up to 12 weeks on timelines.

Find out how intensified perfusion strategies enable rapid, high‑density CAR‑T expansion, predictive scale‑down modeling, and efficient automated harvest, supporting shorter timelines and higher yields.

Read about the workflow steps for Sf9 cell expansion, virus preparation, and protein production in stirred-tank bioreactors, including GFP expression.