It is becoming common clinical practice to shift prostate patients daily based on
transabdominal ultrasound (US) or imaging of implanted fiducial markers. This paper …

Background and purpose This work evaluates the accuracy of deformable dose
accumulation for organs at risk (OAR) in MR-guided prostate SBRT using an …

Inter-fraction organ variations cause deviations between planned and delivered doses in
patients receiving radiotherapy for prostate cancer. This study compared planned (DP) vs …

PURPOSE: To compare dose–volume consequences of the inclusion of various portions of
the seminal vesicles (SVs) in the clinical target volume (CTV) in intensity-modulated …

Dose escalation in radiation therapy has led to increased control rates with some clinical
trial evidence that rectal toxicity may be reduced when using intensity‐modulated …

Purpose: As radiation therapy evolves toward more adaptive techniques, image guidance
plays an increasingly important role, not only in patient setup but also in monitoring the …

Background To assess the benefits of bladder wall sub-volume equivalent uniform dose
(EUD) constraints in prostate cancer intensity-modulated radiotherapy (IMRT) planning …

Background To define rectal dose volume constraints (DVC) to prevent⩾ grade2 late rectal
toxicity (LRT) after intensity modulated radiotherapy (IMRT) for prostate cancer (PC) …

The aim of this study was to develop a deformable image registration (DIR)-based offline
ART protocol capable of identifying significant dosimetric changes in the first treatment …

PURPOSE: To investigate dose deformation-invariance in adaptive prostate radiation
treatment. METHODS: A 19 patient prostate cancer-cohort with 8–13 CTs/patient is used …