Leveraging Real-Time Biology To Streamline The Discovery, Validation, And Translation Of Cell-Based Therapies For Cancer

In this segment of the roundtable discussion, "Understand The Life Of Single Cells", Anthony Zamora, an assistant professor at the Medical College of Wisconsin, discusses advancements in cell-based therapies for cancer, specifically utilizing the beacon platform. He presents three main case studies that highlight his research efforts.

This comparative analysis aims to deepen the understanding of how different therapies function at a molecular level. He emphasizes the importance of identifying unique tumor neoantigens that can be targeted by the immune system and discusses the validation process to ensure that computational algorithms yield functional T cells and recognizable antigens. Overall, Zamora's work aims to streamline the discovery, validation, and translation of innovative cell-based therapies, ultimately improving antitumor responses in cancer treatment.