Radiation therapy is a major component of cancer treatment pathways worldwide. The main
aim of this treatment is to achieve tumor control through the delivery of ionizing radiation …

Advances in multimodality imaging, providing accurate information of the irradiated target
volume and the adjacent critical structures or organs at risk (OAR), has made significant …

Technical innovations and developments in areas such as disease localization, dose
calculation algorithms, motion management and dose delivery technologies have …

Functional and molecular MRI techniques are capable of measuring biologic properties of
tumor tissue. Knowledge of these biological properties may improve radiation treatment by …

In this article we aim to introduce the main considerations in integrating magnetic resonance
imaging (MRI) into the radiotherapy workflow. We will cover the use of MRI for improved …

Over the past decade, the application of magnetic resonance imaging (MRI) has increased,
and there is growing evidence to suggest that improvements in the accuracy of target …

Magnetic resonance imaging (MRI) has a key role to play at multiple steps of the
radiotherapy (RT) treatment planning and delivery process. Development of high-precision …

The use of modern MRI technology in radiotherapy is fast growing. MRI is entering all facets
of radiotherapy. This review will start with a very short overview of the newest developments …

Magnetic resonance (MR) imaging has become a prevalent modality in radiation oncology
owing to its excellent soft-tissue contrast and ability to provide functional information. Recent …

The success of highly conformal radiotherapy techniques in the sparing of normal tissues or
in dose escalation, or both, relies heavily on excellent imaging. Because of its superior soft …