Purpose Systems for magnetic resonance (MR-) guided radiotherapy enable daily MR
imaging of cancer patients during treatment, which is of interest for treatment response …

Quantitative T2-map** using magnetic resonance imaging (MRI) allows measurement of
tissue T2-relaxation times to complement anatomical and spatial information derived from T2 …

Background The interpretation system for prostate MRI is largely based on qualitative image
contrast of different tissue types. Therefore, a fast, standardized, and robust quantitative …

Purpose Daily quantitative MR imaging during radiotherapy of cancer patients has become
feasible with MRI systems integrated with linear accelerators (MR-linacs). Quantitative …

Objective This study aims for targeted biopsy validation of magnetic resonance fingerprinting
(MRF) and diffusion map** for characterizing peripheral zone (PZ) prostate cancer and …

Background Previous studies have reported tumor volume underestimation with
multiparametric (mp) MRI in prostate cancer diagnosis. Purpose To investigate why some …

Abstract Background and Purpose Radiation-induced damage to the organs at risk (OARs)
in head-and-neck cancer (HNC) patient can result in long-term complications. Quantitative …

Purpose Purpose of this study is to evaluate the diagnostic accuracy of quantitative T2/ADC
values in differentiating between PCa and lesions showing non-specific inflammatory …

Background Diffusion‐weighted magnetic resonance imaging plays an important role in
multiparametric assessment of prostate lesions. The derived apparent diffusion coefficient …

Background and purpose A wide variation of MRI systems is a challenge in multicenter
imaging biomarker studies as it adds variation in quantitative MRI values. The aim of this …