This review focuses on emerging abbreviated magnetic resonance imaging (AMRI)
surveillance of patients with chronic liver disease for hepatocellular carcinoma (HCC). This …

Diffusion weighted imaging (DWI) serves as one of the most important functional magnetic
resonance imaging techniques in abdominal and pelvic imaging. It is designed to reflect the …

Purpose To enhance image quality of flow‐compensated diffusion‐weighted liver MRI data
by increasing the lesion conspicuity and reducing the cardiac pulsation artifact using …

Purpose To evaluate the utility of up to second‐order motion‐compensated diffusion
encoding in multi‐shot human brain acquisitions. Methods Experiments were performed with …

Purpose To assess the effects of cardiovascular‐induced motion on conventional DWI of the
pancreas and to evaluate motion‐robust DWI methods in a motion phantom and healthy …

Purpose To evaluate feasibility and reproducibility of liver diffusion‐weighted (DW) MRI
using cardiac‐motion‐robust, blood‐suppressed, reduced‐distortion techniques. Methods …

Magnetic resonance (MR) diffusion-weighted imaging (DWI) is often used to detect focal
liver lesions (FLLs), though DWI image quality can be limited in the left liver lobe owing to …

Purpose To assess the effect of respiratory motion and cardiac driven pulsation in renal DWI
and to examine asymmetrical velocity‐compensated diffusion encoding waveforms for …

Purpose The study aims to develop easy-to-implement concomitant field-compensated
gradient waveforms with varying velocity-weighting (M 1) and acceleration-weighting (M 2) …

Purpose Cardiac‐induced liver motion can bias liver ADC measurements and compromise
reproducibility. The purpose of this work was to enable motion‐robust DWI on multiple MR …