CBCT adaptive RT is increasingly automated, but clinical decision-making still needs human oversight
AI can automate major components of CBCT-guided adaptation, but validated triggers, end-to-end QA and patient-outcome evidence remain limited.
AI can automate major components of CBCT-guided adaptation, but validated triggers, end-to-end QA and patient-outcome evidence remain limited.
Spectral CT adds quantitative tissue information across planning, particle range estimation and adaptive imaging, but prospective outcome evidence remains limited.
ESTRO’s review supports selected single-fraction SBRT applications while highlighting major evidence and toxicity gaps in abdominal tumors.
Retrospective DL-MAR studies achieved dose errors below 3%, but no prospective clinical validation has yet been reported.
Across 3,817 patients, severe toxicity was uncommon with RT plus ADCs, except for a radiation-necrosis signal with intracranial RT and T-DM1.
Across 7,694 patients, most SRT–systemic therapy combinations appeared tolerable, but BRAF/MEK inhibitors, T-DM1 and liver SRT showed caution signals.
Modern LA-NSCLC RT is shifting toward selective escalation, de-escalation and organ sparing, increasingly guided by patient risk and tumor biology.
SABR achieved 92.5% one-year local control in oligometastatic breast cancer, while pooled randomized evidence did not definitively establish a PFS benefit.
The framework emphasizes multidisciplinary selection, source geometry, imaging, postimplant dosimetry, QA and radiation safety for modern intracranial Cs-131 brachytherapy.
Upright gantry-less RT could reduce system complexity and improve access, but imaging, immobilization and limited clinical evidence remain major barriers.
AYA patients face distinct radiation-related late effects and psychosocial challenges, yet age-specific dose constraints and prospective outcome data remain scarce.
Across 5,509 evaluable patients, 34% developed late chest-wall pain, although definitions and reported risk factors varied substantially.
Across 14 studies, 9 of 11 anxiety studies and 3 of 5 pain studies reported significant improvement with virtual reality.
Across 52 studies, SGRT-assisted DIBH reduced mean heart dose by 1.21 Gy and LAD dose by 7.05 Gy versus free breathing.
Across 26 studies, fatal toxicity clustered when BED10 >100 Gy was delivered to the whole tumor with concurrent platinum chemotherapy.