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Lindsey Draper, MD

Lindsey Draper, MD

Project title
Reprogramming ovarian TIL with gene fusions to overcome immune resistance

More effective immunotherapies are needed to treat advanced ovarian cancer. While most types of ovarian cancer do not respond well to immunotherapy, the presence of immune cells in ovarian tumors correlates with longer patient survival. A subset of these cells, known as tumor infiltrating lymphocytes (TIL), specifically recognize tumors. However, ovarian TIL are unable to eradicate cancer due to mechanisms of tumor immune evasion and TIL exhaustion. Dr. Draper proposes genetically reprogramming ovarian TIL to better recognize and kill tumors by introducing gene fusions that may enhance TIL persistence in the harsh tumor environment. These potent genetic enhancements will be delivered by a virus engineered to only infect TIL that target tumors, while ignoring bystander TIL that may recognize viruses, healthy human tissues, or other non-cancer targets, thus offering the potential for a safe and effective novel immunotherapeutic for patients with ovarian cancer and other immunotherapy-resistant malignancies.

Institution
University of California, San Francisco
Sponsor(s) / Mentor(s)
Kole T. Roybal, PhD
Cancer type
Gynecological
Research area
Immunotherapy
Award Program
Physician-Scientist
Named Award
Leon and Toby Cooperman Physician-Scientist