Background and purpose Lung cancer radiotherapy increases the risk of cardiotoxicity and
heart radiation dose is an independent predictor of poor survival. This study describes heart …

Introduction Interest in using higher order features of the planned 3D dose distributions (ie,
dosiomics) to predict radiotherapy outcomes is growing. This is driving many retrospective …

Dose calculation plays a critical role in radiotherapy (RT) treatment planning, and there is a
growing need to develop accurate dose deposition models that incorporate heterogeneous …

Objective. Patient dose estimation in x-ray-guided interventions is essential to prevent
radiation-induced biological side effects. Current dose monitoring systems estimate the skin …

Objective. While integration of variable relative biological effectiveness (RBE) has not
reached full clinical implementation, the importance of having the ability to recalculate …

Abstract Background and Purpose SIOP Europe's QUARTET project launched in 2016;
aiming to improve access to high-quality radiotherapy for children and adolescents treated …

Background and purpose A novel cobalt-60 compensator-based intensity-modulated
radiation therapy (IMRT) system was developed for a resource-limited environment but …

Legacy nuclear-reactor Boltzmann solvers start clinical deployment as an alternative to
Monte Carlo (MC) codes and Fermi–Eyges semiemprical models in radiation oncology …

Objective. To demonstrate the potential of Monte Carlo (MC) to support the resource-
intensive measurements that comprise the commissioning of the treatment planning system …

Objective: Breast cancer is one of the most widespread tumors among women worldwide,
which is difficult to treat due to the presence of chemoresistance and the risk of tumor …