01.02.26 -- Combining AI With Operational Research To Advance Biomanufacturing

Optimizing your cell culture media selection is crucial for clinical advancement. Learn how high-throughput screening techniques accelerate media and feed optimization.

Explore the application of a platform in creating CHO cell lines for manufacturing multi-chain biologics, emphasizing the uniformity of the pools in terms of titer and the rapid selection.

 In this episode of “Better Biopharma,” host Tyler Menichiello is joined by Tinglong Dai, Ph.D., Bernard T. Ferrari Professor of Business at Johns Hopkins University, and Tugce Martagan, Ph.D., associate professor at Northeastern University, to talk about the potential advancements that can be made in biomanufacturing by combining AI with operations research (OR).

Whether you are new to Organ-on-a-Chip technology or seeking to expand your expertise, watch to gain the knowledge and insights needed to effectively implement this technology into your research.

Computational Fluid Dynamics simulation is essential for robust biologics tech transfer. See how this predictive tool optimizes critical scale-up processes, reducing risk and expediting time to market.

Find out more about how electroporation enables genetic research by introducing material into cells, advancing disease modeling, gene therapy, and ion channel studies.