From pre-clinical to Phase III, Biogen’s upstream process for a recombinant protein underwent a number of process changes. The changes made were dependent on understanding what modulated product quality based on process knowledge and leveraged that knowledge to ensure comparability. The goals were to increase productivity and develop a high throughput next generation manufacturing process. The process changes demonstrated that higher productivity yields combined with advanced process controls can achieve product comparability. Lastly, the process changes were implemented with an 8X scale up. This talk will go over the changes made in the upstream cell culture process and what was monitored and evaluated to support the comparability ...
Perfusion processes for biopharmaceutical manufacturing have gained significant attention over the l...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...
Speed to clinic often does not allow for in-depth manufacturing process development and understandin...
Recent advances in cell line development and in the design of culture media have significantly incre...
Standard platform technologies for cell culture processing provide simple and robust strategies to m...
One of the key goals in process development for monoclonal antibodies is to improve productivity and...
The manufacturing of recombinant protein is traditionally undertaken in mammalian cell culture. Toda...
Maintaining product quality of a monoclonal antibody through all phases of clinical development crea...
Continuous process improvement is required during a biologics process life cycle to increase process...
The manufacturing of recombinant protein is traditionally undertaken in mammalian cell culture. Toda...
Recent improvements in volumetric antibody productivity (often in excess of 5 g/L) have been achieve...
Continuous Processing is an exciting development in the field of bioprocessing. The potential for qu...
Product quality control without compromising productivity has been a major goal in biotherapeutics p...
Biopharmaceutical therapeutic development timelines can be reduced by quickly generating material to...
Perfusion processes for biopharmaceutical manufacturing have gained significant attention over the l...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...
Speed to clinic often does not allow for in-depth manufacturing process development and understandin...
Recent advances in cell line development and in the design of culture media have significantly incre...
Standard platform technologies for cell culture processing provide simple and robust strategies to m...
One of the key goals in process development for monoclonal antibodies is to improve productivity and...
The manufacturing of recombinant protein is traditionally undertaken in mammalian cell culture. Toda...
Maintaining product quality of a monoclonal antibody through all phases of clinical development crea...
Continuous process improvement is required during a biologics process life cycle to increase process...
The manufacturing of recombinant protein is traditionally undertaken in mammalian cell culture. Toda...
Recent improvements in volumetric antibody productivity (often in excess of 5 g/L) have been achieve...
Continuous Processing is an exciting development in the field of bioprocessing. The potential for qu...
Product quality control without compromising productivity has been a major goal in biotherapeutics p...
Biopharmaceutical therapeutic development timelines can be reduced by quickly generating material to...
Perfusion processes for biopharmaceutical manufacturing have gained significant attention over the l...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...
Decreasing drug development timeline via upstream process intensification A scalable, high-intensity...