36.25 Gy/5 showed similar five-year control to 40 Gy/5 in prostate SBRT
After propensity matching, five-year PSA recurrence-free survival was 94.5% with 36.25 Gy versus 93.2% with 40 Gy.
After propensity matching, five-year PSA recurrence-free survival was 94.5% with 36.25 Gy versus 93.2% with 40 Gy.
After a national audit triggered pathway redesign, severe late GI toxicity after prostate EBRT fell from 16% to 7.5%.
Bladder diameter >10 cm at simulation was associated with longer fractions, more interruptions and greater patient frustration during prostate RT.
In 223 previously irradiated patients, 3×10 Gy and 2×13 Gy salvage HDR brachytherapy produced similar disease control and late toxicity.
AI pelvic nodal contours achieved a Dice score of 0.79 on withheld prostate RT cases but retained localized boundary disagreements.
Among 88 patients receiving both treatments, PSA50 response was 55.7% and prior metastasis-directed EBRT did not increase hematologic toxicity.
PET-directed elective nodal RT plus temporary ADT yielded 77% 10-year overall survival with low grade 3 GU and GI toxicity.
In ARGOS-CLIMBER, PSMA/MRI-guided five-fraction pelvic SABR produced a 67% PET complete response rate at two years with limited late GU toxicity.
HYPO-RT-PC showed persistently poor agreement between patient- and clinician-reported toxicity, particularly for urinary and bowel symptoms.
Failure-free survival was 96.6% at 12 months, while grade 3 GU toxicity increased to 12.5% by one year.
Patient-specific feasibility guidance improved target homogeneity and reduced rectal low-dose exposure after automated RapidPlan optimization.
Double-arc VMAT was slightly more robust, but single-arc planning achieved clinically comparable dosimetry with simulated bilateral hip prostheses.
Ten-year biochemical control was 64.7% after salvage proton therapy, with 3.2% late grade 3 genitourinary toxicity.
Late urinary worsening occurred in 80% after >40 Gy prostate SBRT versus 68% after ≤40 Gy, while bowel outcomes remained similar.
Daily adaptive salvage radiotherapy produced 6% new grade ≥2 urinary toxicity at 12 months in a prospective 51-patient cohort.