News — PHILADELPHIA – Leading experts in radiation therapy from Penn Medicine’s and the will present new results from clinical trials and research studies at the , which will be held at the Walter E. Washington Convention Center in Washington, D.C., Sept. 29 through Oct. 2, 2024.
At the meeting, , the Eli Glatstein Professor in Radiation Oncology, will as the first Penn faculty member to lead the premier society for radiation oncology professionals. Her one-year term as president begins in fall 2025, followed by a year each as chair and immediate past chair of the Board of Directors.
In addition, , an associate professor of Clinical Radiation Oncology, and , a professor of Radiation Oncology, were named to the .
Expert interviews
Experts from Penn Medicine are available to comment on a wide range of radiation oncology research and care topics before, during, and after the meeting by video call, phone, or email. To arrange interviews, please contact Meagan Raeke at [email protected] or 267-693-6224.
Key presentations
Penn researchers will present clinical trial results, new data on FLASH radiation therapy, updates on expanding global access to radiation therapy, and more.
- Data on global utilization and challenges in radiotherapy: As part of an International Session focused on a Lancet Oncology Commission toward bridging gaps in access, , will give an overview on how stereotactic body radiotherapy (SBRT) is used across different regions of the world during the International 04 Session on Monday, Sept. 30 at 10:45 a.m. ET in Room 204.
- Improvement in radiomic features following bridging therapy is prognostic for CAR T cell therapy outcome: This analysis looked at patients with large B-cell who either received a bridging therapy (including systemic therapy, radiotherapy, or steroids) or no bridging therapy prior to . They found that reduction in metabolic tumor volumes, measured by PET scans before and after bridging therapy, was associated with response to CAR T cell therapy, indicating that successful bridging therapy can improve CAR T cell therapy outcomes. , an assistant professor of Radiation Oncology, will present the findings during Scientific Session 18 on Monday, Sept. 30, at 10:45 a.m. ET in Room 144.
- Phase II Study of radiation volume and dose de-intensification for throat cancer: Head and neck cancer treatment can impact a patient’s ability to swallow, speak, produce saliva, or other basic functions that significantly affect quality of life. After long-term follow-up (median 44 months) of a Penn-led clinical trial where patients with received followed by radiation therapy, researchers showed that the minimally invasive surgery combined with less-intense radiation therapy was able to control cancer growth with limited side effects. , will present the study results in Scientific Session 37 on Tuesday, Oct. 1 at 4 p.m. ET in Room 145.
- FLASH proton radiotherapy on a model of cardiac disease: Penn Medicine is a leader in the development of , which blasts tumors with an ultra-high dose of radiation in less than a second while sparing healthy tissues. This preclinical study, which compared FLASH to conventional in mouse models of myocardial fibrosis, lays the groundwork for further exploration into FLASH proton radiotherapy as a potential treatment for thoracic malignancies. , a research assistant professor of Radiation Oncology, will present the findings in Scientific Session 42 on Wednesday, Oct. 2 at 8:00 a.m. in Room 143.
- First canine treatment with a conformal proton flash delivery system: In the first clinical trial of its kind, Penn Medicine partnered with Penn’s to treat pet dogs with the bone cancer osteosarcoma by using conformal FLASH proton radiotherapy. In conformal radiation, providers use CT scans to create three-dimensional maps of the tumor, something that’s common during standard radiation therapy, but had never been done before using FLASH. , an associate professor of Radiation Oncology, will share details of the first procedure in Scientific Session 43 on Wednesday, Oct. 2 at10:30 a.m. in Room 145.
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