Background T2* mapping can characterize tumor hypoxia, which may be associated with
resistance to therapy. Acquiring T2* maps during MR‐guided radiotherapy could inform …

Purpose In context of head-and-neck radiotherapy, this study aims to compare MR image
quality according to diagnostic (DIAG) and radiotherapy (RT) setups; and to optimise an MRI …

A novel deep learning architecture was explored to create synthetic CT (MRCT) images that
preserve soft tissue contrast necessary for support of patient positioning in Radiation …

Adaptive radiotherapy has been proposed to handle with the inter-and intra-fractional
uncertainties of patient motion and anatomical changes, in which, treatment re-planning is in …

Purpose Tumor and target volume manual delineation remains a challenging task in head
and neck cancer radiation therapy. The purpose of this study was to conduct a multi …

Simple Summary Normal tissue toxicities in head and neck cancer persist as a cause of
decreased quality of life and are associated with poorer treatment outcomes. The aim of this …

BACKGROUND AND PURPOSE: Adaptive image-guided IMRT appears to be a promising
approach for dose escalation in pharyngo-laryngeal tumors. In this framework, we assessed …

Aim: Head and Neck cancer (HNC) is an indication where patients may benefit from
treatment on an MRI integrated linear accelerator (MRL) with the superior soft tissue imaging …

Abstract Background and Purpose Conventional magnetic resonance imaging (MRI) poses
challenges in quantitative analysis because voxel intensity values lack physical meaning …

Abstract Background and purpose Magnetic Resonance Imaging (MRI) exhibits scanner
dependent contrast, which limits generalisability of radiomics and machine-learning for …