The magnetic resonance linear accelerator (MR-Linac) offers a new treatment paradigm, providing improved visualisation of targets and organs at risk while allowing for daily adaptation of treatment plans in real time. Online MR-guided adaptive treatment has reduced treatment uncertainties; however, the additional treatment time and resource requirements may be a concern. We present our experience of integrating an MR-Linac into a busy department and provide recommendations for improved clinical and resource efficiency. Furthermore, we discuss potential future technological innovations that can further optimise clinical productivity in a busy department
The special issue of JCM on “Advances of MRI in Radiation Oncology” provides a unique forum for scie...
Online magnetic resonance-guided radiotherapy (oMRgRT) represents one of the most innovative applica...
Magnetic resonance imaging (MRI) provides superior soft tissue contrast compared with computed tomog...
Radiotherapy to the prostate involves increasingly sophisticated delivery techniques and changing fr...
Magnetic Resonance-guided radiotherapy (MRgRT) marks the beginning of a new era. MR is a versatile a...
Magnetic Resonance-guided radiotherapy (MRgRT) marks the beginning of a new era. MR is a versatile a...
The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to the d...
Advances in radiotherapy technologies have enabled more precise target guidance, improved treatment ...
The superior soft tissue contrast provided by magnetic resonance (MR) images on the 1.5T MR-linac al...
Radiation therapy (RT) continues to play an important role in the treatment of cancer. Adaptive RT (...
Background and purpose: The promise of the MR-linac is that one can visualize all anatomical changes...
Background and purpose: The promise of the MR-linac is that one can visualize all anatomical changes...
Treatment planning is an important aspect of radiotherapy to make sure adequate target coverage is a...
Purpose: Magnetic resonance image (MRI)-guided radiation therapy with the 1.5 Tesla magnetic resonan...
With the implementation of MR-LINACs, real-time adaptive radiotherapy has become a possibility withi...
The special issue of JCM on “Advances of MRI in Radiation Oncology” provides a unique forum for scie...
Online magnetic resonance-guided radiotherapy (oMRgRT) represents one of the most innovative applica...
Magnetic resonance imaging (MRI) provides superior soft tissue contrast compared with computed tomog...
Radiotherapy to the prostate involves increasingly sophisticated delivery techniques and changing fr...
Magnetic Resonance-guided radiotherapy (MRgRT) marks the beginning of a new era. MR is a versatile a...
Magnetic Resonance-guided radiotherapy (MRgRT) marks the beginning of a new era. MR is a versatile a...
The desire to utilise soft-tissue image guidance at the time of radiation treatment has led to the d...
Advances in radiotherapy technologies have enabled more precise target guidance, improved treatment ...
The superior soft tissue contrast provided by magnetic resonance (MR) images on the 1.5T MR-linac al...
Radiation therapy (RT) continues to play an important role in the treatment of cancer. Adaptive RT (...
Background and purpose: The promise of the MR-linac is that one can visualize all anatomical changes...
Background and purpose: The promise of the MR-linac is that one can visualize all anatomical changes...
Treatment planning is an important aspect of radiotherapy to make sure adequate target coverage is a...
Purpose: Magnetic resonance image (MRI)-guided radiation therapy with the 1.5 Tesla magnetic resonan...
With the implementation of MR-LINACs, real-time adaptive radiotherapy has become a possibility withi...
The special issue of JCM on “Advances of MRI in Radiation Oncology” provides a unique forum for scie...
Online magnetic resonance-guided radiotherapy (oMRgRT) represents one of the most innovative applica...
Magnetic resonance imaging (MRI) provides superior soft tissue contrast compared with computed tomog...