05.12.25 -- Common Manufacturing Challenges For LBP Formulations

For many applications, cutting-edge centrifugation technologies can achieve cell harvest optimization, providing a low-shear, high-yield process that is tightly controlled and highly reproducible.

Mesenchymal Stem Cells (MSCs) hold immense therapeutic promise. Can we harness their potential by making them more like consistent cell lines, without losing their unique advantages? Let's explore.

Explore innovative cell culture methodologies and bioreactor technologies to optimize productivity, enhance product quality, and drive efficiency in biotechnological applications.

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

By following the five steps of a specialized protocol, exceptional yields and stable cell lines can be achieved in CHO cells using antibiotic selection.

Explore process characterization services based on QbD principles, with an emphasis on risk and knowledge management and transforming data into the currency of product and process knowledge.

The potential advantages that stable bulk cultures can offer a drug development paradigm are poised to accelerate and bolster biopharmaceutical clinical manufacturing.

Discover how a proprietary transposase technology works and why it can be beneficial for the development process for the expression of biologics.

A new functionally-closed cell expansion system featuring a hollow-fiber membrane and customizable protocols is streamlining the production of stem cells for regenerative medicine.

Uncover how the interchangeable use of Protein A membrane and resin media can streamline your bioprocessing workflows, ensuring efficient, scalable, and high-quality manufacturing.