10.20.25 -- Fermentation Of Live Biotherapeutic Products In cGMP Environments

Explore a streamlined method for isolating viable single cells using microfluidic dispensing and whole-well imaging that is designed to improve clonality, cell health, and reproducibility.

Streamline viral vector manufacturing with perfusion technologies that reduce costs and improve scalability. Discover how a tangential flow depth filtration system enhances yield and quality.

Generic, off-the-shelf media can introduce hidden costs and delays in development. A strategic media approach is a critical advantage that can accelerate your path to the clinic.

Learn how this mixing system efficiently handles various powdered media and buffers, ensuring precise solubilization and mixing in applications like cell culture and protein purification.

Discover how new processing methods tackle challenges in large-scale stem cell production and how automated, low-shear processing maintains cell health and pluripotency across production scales.

Achieving desired glycosylation for therapeutic proteins can be difficult. Explore innovative approaches to optimize this critical quality attribute.

Scaling up life-saving gene-edited cell therapies means tackling production inefficiencies. Overcoming the time-consuming and risky cell washing step is crucial for clinical and commercial success.

Explore how the Nano DSC effectively studies liposomes, revealing thermodynamic properties like Tm and phase transitions, aiding drug delivery advancements.

Learn how a novel approach to VLP manufacturing can overcome common scalability and consistency issues, enabling high yields and potent gene editing in a single day.