Body composition adds little to radiotherapy toxicity prediction
Computed tomography-derived muscle measures ranked highly for toxicity and quality of life, but added little predictive value beyond established clinical factors.
Computed tomography-derived muscle measures ranked highly for toxicity and quality of life, but added little predictive value beyond established clinical factors.
Commercial insurance, current smoking, single status, and neighborhood disadvantage were independently associated with radiotherapy-related debt sent to collections.
A reusable phantom-based test verified simulation-omitted adaptive workflows on cone-beam computed tomography-guided and magnetic resonance-guided treatment systems.
Induction chemotherapy showed no overall survival benefit, with outcomes differing by disease risk and the intensity of pre-radiotherapy treatment.
High-dose, high-linear-energy-transfer target coverage stratified local control after carbon-ion radiotherapy for adenoid cystic carcinoma.
Radiotherapy increased tumor uptake of PDL1-targeted radionuclide therapy, while antibody co-dosing reduced splenic trapping and restored antitumor efficacy in mice.
Convergent 60 keV photons matched orthovoltage radiation and showed comparable or greater biological effectiveness than 6 MV photons, depending on cell type.
CyberKnife improved conformity and reduced cardiac, pulmonary, and low-dose exposure, while noncoplanar linac techniques remained clinically acceptable alternatives.
Most studies used heterogeneous, poorly reproducible cosmetic assessment methods, limiting comparisons between radiotherapy techniques and supporting development of a validated standard.
A conventional-fractionation model produced clinically acceptable moderately hypofractionated prostate plans, with comparable overall quality and slightly reduced target homogeneity.
Lot-to-lot density variation in lung-equivalent inserts reduced planning target volume coverage by up to 3%, exceeding the stated clinical tolerance.
Discrete pulse counts limited fractional monitor unit precision, particularly for high-dose-per-pulse flattening filter-free beams.
Hydrogen peroxide production decreased as proton dose rate increased, with Geant4-DNA simulations reproducing the oxygen-dependent experimental trend.
Patient-specific surface imaging reconstructed breast radiotherapy dose with a 93.8% gamma passing rate and 42-millisecond latency without additional imaging radiation.
Reference datasets can support linear accelerator beam modelling, but machine-specific measurements remain essential for small fields, complex delivery, and long-term verification.