The most common methods for measuring perfusion with MRI are arterial spin labelling
(ASL), dynamic susceptibility contrast (DSC-MRI), and T1-weighted dynamic contrast …

MRI of the kidney currently makes the transition from depiction of morphology to assessment
of function. Functional renal imaging methods provide information on diffusion and perfusion …

Renal blood oxygen level–dependent magnetic resonance imaging (BOLD-MRI) is a
noninvasive fast technique to characterize renal function. Here we evaluated the impact of …

To develop a generic Open Source MRI perfusion analysis tool for quantitative parameter
mapping to be used in a clinical workflow and methods for quality management of perfusion …

Objective To model the uptake phase of T 1-weighted DCE-MRI data in normal kidneys and
to demonstrate that the fitted physiological parameters correlate with published normal …

Aims and Objectives The purpose of the present study was to evaluate a recently introduced
technique for free-breathing dynamic contrast-enhanced renal magnetic resonance imaging …

Characterizing structural and tissue abnormalities of the kidney is fundamental to
understanding kidney disease. Functional multi‐parametric renal magnetic resonance …

The aim of this study was to assess the potential of dynamic contrast-enhanced (DCE) MRI
to predict and evaluate functional outcomes after renal artery revascularization for renal …

Functional imaging of the kidney using radiological techniques has a great potential of
development because the functional parameters, which can be approached non-invasively …

The measurement of both renal function and structure is critical in clinical nephrology to
detect, stage, and monitor chronic kidney disease (CKD). Current imaging modalities …