Justin Gainor, MD, Assistant Professor of Medicine, Harvard Medical School, Director of Targeted Immunotherapy, Massachusetts General Hospital

Overview

Immunotherapies are rapidly transforming the landscape of oncology. Over the last five years, the field has witnessed the emergence of two major forms of immunotherapy: CAR-T cells and immune checkpoint inhibitors, which are both growing in their applications as regulatory approval expands for them. Despite tremendous enthusiasm for immunotherapies, these therapies also pose significant challenges. The major promise of immune checkpoint inhibitors is that these agents can produce more durable cancer control than what oncology has seen previously, but, currently, immunotherapies produce responses in only approximately 20% of patients. Furthermore, the drugs are costly and tumors may find ways to develop resistance to therapy. In response, researchers, including oncologists, immunologists, pathologists, computational biologists and radiologists, are working to identify predictive biomarkers to indicate which therapies are appropriate and are creating rationale combination therapies, while simultaneously working to streamline and improve the clinical trial process.

In this webinar, Justin Gainor, MD, director of targeted immunotherapy at Massachusetts General Hospital and assistant professor of medicine at Harvard Medical School, discusses the burgeoning field of immuno-oncology and immunotherapy, the need for interdisciplinary research and the roles patients, providers, and health care economists can play.

About the Presenter

Justin Gainor, MD, is Director of Targeted Immunotherapy in the Termeer Center for Targeted Therapies and an attending physician in the Center for Thoracic Cancers at the Massachusetts General Hospital. His research focuses on the design of early-phase clinical trials evaluating novel immunotherapies and immunotherapy combinations in lung cancer. In parallel, he is interested in translational research questions with an emphasis on developing biomarkers of response and resistance to immunotherapies.