Virtual magnetic resonance linear accelerator improved adaptive pelvic lymph node radiotherapy dosimetry
Daily magnetic resonance-informed adaptation increased target coverage by 14% and reduced bowel dose by 7% for pelvic lymph node metastases.
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Scanned and scattered proton beams showed similar tumor killing in Ewing sarcoma models
Scanned and scattered clinical proton beams produced similar Ewing sarcoma cell survival despite higher oxidative stress signals after scanned delivery.
Simulation-free single-fraction radiotherapy was feasible for non-spine metastases
Diagnostic computed tomography-based single-fraction radiotherapy was feasible for selected non-spine palliative metastases, with no grade 3 or higher acute toxicity.
Sandwich chemoradiotherapy showed favorable local control in early natural killer/T-cell lymphoma
Three-year locoregional recurrence-free survival was 90.8%, with most locoregional recurrences occurring within or near the radiation field.
Higher ovarian dose was linked to ovarian insufficiency after transposition in cervical cancer
All patients receiving more than 8 Gy mean dose or 16 Gy maximum dose to the least exposed ovary developed premature ovarian insufficiency.
Aperture-enhanced proton radiosurgery reduced normal brain dose for cerebral arteriovenous malformations
Aperture-enhanced proton stereotactic radiosurgery reduced normal brain dose compared with photon plans in most cerebral arteriovenous malformation cases.
Boswellia serrata was associated with acute kidney injury during radiation necrosis treatment
A case report linked high-dose Boswellia serrata use for radiation necrosis with reversible acute kidney injury.
Microstructure air chamber showed linear dose response for conventional and ultra-high dose rate radiotherapy
A thick gas electron multiplier air chamber showed strong dose linearity under conventional and ultra-high dose rate conditions.
Thyroid complication models showed only moderate long-term validation in head and neck cancer
Existing thyroid complication models showed moderate performance and frequent miscalibration in long-term head and neck cancer survivorship.
Target-prioritized intensity modulated radiotherapy appeared feasible in nasopharyngeal carcinoma near the spinal cord
No radiation myelopathy was observed after target-prioritized intensity modulated radiotherapy for selected nasopharyngeal carcinoma near the spinal cord.
Larger bladder geometry was linked to lower planned bladder dose in prostate radiotherapy
Larger bladder volume was strongly associated with lower planned bladder dose in a static five-fraction prostate radiotherapy analysis.
Posterior tumour drift threatens lung stereotactic ablative radiotherapy target coverage
In free-breathing lung stereotactic ablative radiotherapy, posterior drift exceeded the 4-millimetre margin in 15.7% of patients within 20 minutes.
Magnetic resonance imaging after hepatocellular carcinoma stereotactic body radiation therapy requires serial assessment
After stereotactic body radiation therapy for hepatocellular carcinoma, magnetic resonance response evolved over months, making early enhancement alone unreliable.
Deep learning stopping power maps supported magnetic resonance-only proton planning for brain tumors
Synthetic stopping power maps showed small target dose differences, but residual range and low-dose gamma errors still require further validation.
Deep learning synthetic computed tomography supported head-and-neck adaptive radiotherapy dose recalculation
Synthetic computed tomography from cone-beam computed tomography achieved a 98.7% gamma pass rate for head-and-neck dose recalculation.