Summary: As the biologics industry continues to grow, biopharmaceutical companies are evaluating continuous processing as a potential means to improve efficiencies. There are many factors to consider when determining whether continuous processing should be adopted, and if so, what adoption strategy should be used…
Summary: Bioassay automation offers ergonomic relief for scientists, consistent method execution, increased throughput, and reduced full-time equivalent expenditure. Importantly, successful automation programs allow unparalleled efficiency in method transfer to receiving laboratories. oderated Q&A roundtable…
Summary: The number of more complex biopharmaceuticals in development continues to increase. These include molecules like virus-like particle vaccines, proteins that require cleavage, or other additional post-translational modifications not typically performed by CHO cells, and more recently, numerous different multi-specific antibody platforms…
Summary: Get to know how Catalent’s scientists have utilized ambr 15® as a micro-scale model for a synergistic clonal and process screen to identify the master cell bank candidates. Using this multi-layered approach, early in the development process significantly improves selection of top clones while shortening the overall timeline…
Summary: With the increasing complexity of biologics and growing competition with players ranging from small start-ups to large pharma, an aggressive development timeline is required to bring your biologic drug to clinic faster…
