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Dennis Wigle, M.D., Ph.D., is a thoracic surgeon who also conducts research on understanding and treating thoracic malignancies, mainly lung cancer and esophageal cancer. Working with his lab research team, Dr. Wigle uses several modern genomic, stem cell and regenerative medicine technologies in his studies. This work is translationally focused, with an emphasis on basic discoveries impacting disease understanding and the translation of novel scientific findings into clinical trials and patient care.
Genomic alterations in the development of lung adenocarcinoma. The molecular changes leading to invasive disease are poorly understood. Dr. Wigle aims to understand this biology and its impact on patient care for these lethal tumors.
Immune-based therapeutics for lung cancer. The profound impact of immune checkpoint inhibitors on the treatment of thoracic malignancy has reinvigorated study of immune-based treatment approaches for cancer. Dr. Wigle's work includes novel chimeric antigen receptor (CAR)-T cell approaches for solid tumors, the use of induced pluripotent stem cells (iPSC) as cells of origin for cell-based cancer therapeutics, and the high-throughput production of neoantigen-specific monoclonal antibodies in plants.
Stem cell and regenerative therapeutics for organ replacement in cancer therapy. Dr. Wigle's work in this area has largely focused on segmental replacement of the esophagus. In 2020, Dr. Wigle and his team performed the first-in-human esophageal replacement using a mesenchymal stem cell-seeded graft. Further work involves harnessing lung regeneration as organ replacement therapy for cancer.