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Description
Background
- Surgery is the primary form of definitive treatment for early-stage lung cancer.
- Poor lung function before surgery places patients at high risk of pulmonary complications after resection.
- Surgeons evaluate patient fitness for surgery using pulmonary function tests (PFTs) to calculate the predicted postoperative PFT (ppoPFT).
- Conventional ppoPFT calculations assume homogeneous lung function, which can be inaccurate.
- 4DCT-ventilation is a novel lung function imaging modality developed in radiation oncology that uses 4DCT data to calculate high-resolution ventilation maps.
Publication Date
8-22-2024
Keywords
lung cancer, surgery, functional imaging
Disciplines
Medicine and Health Sciences | Oncology | Pulmonology
Recommended Citation
Wilson, PhD, Lydia J.; Castillo, PhD, Richard; Castillo, PhD, Edward; Jones, PhD, Bernard; Miften, PhD, Moyed; Olsen, PhD, Lindsey; Aragam, PhD, Vikas; Meguid, MD, MPH, Robert A.; Erickson, MD, Crystal J.; Young, MSN, Amanda; Blum, MD, Matthew; Grenda, MD, Tyler; Barta, MD, Julie; Leiby, PhD, Benjamin; Waxweiler, MD, Timothy; Kavanagh, MD, MPH, Brian; Mitchell, MD, John D.; and Vinogradskiy, PhD, Yevgeniy, "Results of a Prospective Trial to Evaluate Novel Lung Function Imaging for Lung Cancer Surgery" (2024). Department of Radiation Oncology Posters. 2.
https://jdc.jefferson.edu/radoncposters/2
Comments
Presented at the 2024 Department of Radiation Oncology Symposium.