The physical properties of proton beams offer the potential to reduce toxicity in tumor-
adjacent normal tissues. Toward this end, the number of proton radiotherapy facilities has …

Advances in radiotherapy planning reduced the volumes of irradiated normal tissue and
allowed safe dose escalation in prostate cancer. Image-guided radiotherapy solutions to …

PURPOSE: To report a method for explicitly designing a planning target volume (PTV) for
treatment planning and evaluation in heterogeneous media for passively scattered proton …

PURPOSE: To quantify daily variations in the anatomy of patients undergoing radiation
therapy for prostate carcinoma, to estimate their effect on dose distribution, and to evaluate …

Proton therapy of prostate by anterior beams could offer an attractive option for treating
patients with hip prosthesis and limiting the high-dose exposure to the rectum. We …

Background. Hypofractionated radiotherapy potentially offers therapeutic gain for prostate
cancer. We investigated the feasibility of hypofractionated proton therapy (PT). Material and …

Purpose: A new motion‐based gated proton therapy for the treatment of orbital tumors using
real‐time eye‐tracking system was designed and evaluated. Methods: We developed our …

Background We performed a prospective phase II study to compare acute toxicity among five
different hypofractionated schedules using proton therapy. This study was an exploratory …

Simple Summary Proton therapy has been shown to provide dosimetric benefits in
comparison with IMRT when treating prostate cancer with whole pelvis radiation; however …

Purpose To quantify and compare the impact of interfractional setup and anatomic variations
on proton therapy (PT) and intensity modulated radiation therapy (IMRT) for prostate cancer …