05.05.25 -- Process Optimization Or Full-Scale Automation?

Learn in detail about cell-based cancer immunotherapy, including techniques for engineering immune cells and methods used for manufacturing genetically modified cells that are currently in practice.

Whether you’re at the discovery stage or thinking about commercial production, gain useful insights on expression formats from transient transfection, through stable pools to stable clones.

Explore the use of 3D cell culture to increase the clinical production of stem cells. By culturing cells on microcarriers, researchers can retain typical stem cell characteristics while increasing production.

Cryopreservation enables cell therapy by storing cells long-term. A DMSO-free formula preserves cell viability and health, minimizing toxicities linked with traditional cryoprotectants.

Skillfully crafted cell lines can substantially enhance vector purity and yield. Watch to explore a portfolio of engineered cell lines and their potential to transform the landscape of AAV production.

The need for intensified cell culture technologies is being met by perfusion using alternating tangential flow (ATF), which has emerged as a leading solution to increase cell density and productivity.

Learn how the advanced principles of process intensification can be applied to process and equipment design, increasing facility throughput, and ultimately offering a wide range of benefits to customers.

Discover how to simplify and accelerate CHO-S stable cell line development, eliminating the need for extensive screening of candidate clones and specialized equipment.

Explore recombinant antibody reagents that support the imaging of key targets within the TME and offer flexible solutions across various platforms to improve patient outcomes.

Struggling with reproducible cell culture results? Sera variability is a major culprit. Learn how to choose the right sera, test lots, and stock up to ensure consistency and boost reproducibility.

Manufacturing CAR-T cells is challenging, but crucial. Discover how stirred culture systems paired with an innovative platform and software can accelerate development and enhance process understanding.