University of South Florida

Cherenkov radiation imaging has become an increasingly more common imaging modality as a real-time beam delivery visualization aid with potential for dosimetry. Dosimetric studies require a comprehensive analysis of factors which affect the optical photon gen...

To develop and clinically implement a reproducible workflow for designing, manufacturing, and commissioning patient-specific 3D-printed applicators for high-dose-rate (HDR) brachytherapy of complex cutaneous malignancies.

To quantitatively evaluate and compare imaging performance of various kV-CBCT systems implemented on modern C-arm and O-ring linear accelerator units.

Prostate stereotactic body radiation therapy (SBRT) requires high geometric precision due to large fractional doses and tight margins. Intrafraction prostate motion as large as 7–10 mm has been reported in extreme cases. CyberKnife-based SBRT uses continuous...

Low-intensity, nonthermal electric and magnetic field–based therapies have emerged as effective clinical treatments for glioblastoma (Optune and Oncomagnetic devices). Here, we investigate the feasibility of concurrent radiotherapy (RT) with low-intensity fie...

In this work, we experimentally commissioned proton spatially-fractionated-radiotherapy (pSFRT) clinical treatments on a compact proton synchrocyclotron. This involved an initial assessment of proton small-field dosimetry calculation accuracies with comprehen...