A novel line scan diffusion imaging sequence (LSDI) is introduced. LSDI is inherently
insensitive to motion artifacts and high quality diffusion maps of the brain can be obtained …

Our objective was to evaluate a new scanning method, MR line scan diffusion imaging, and
assess the apparent diffusion coefficient in the brains of healthy subjects and stroke patients …

The principal barrier to clinical application of diffusion‐weighted MR imaging is the severe
image degradation caused by patient motion. One way to compensate for motion effects is …

Magnetic resonance (MR) diffusion imaging allows detection of cerebral ischemia within
minutes of onset, and the temporal evolution of diffusion characteristics enables …

Diffusion weighted magnetic resonance imaging has evolved from an esoteric laboratory
experiment to a critical aspect of routine clinical care of the patient presenting with symptoms …

After a decade of evolution and application of diffusion imaging, a large body of literature
has been accumulated. It is in this context that the accuracy and precision of diffusion …

Abstract Use of the Stejskal‐Tanner sequence for performing diffusion images in the human
brain tends to be complicated by the presence of artifacts caused by voluntary or involuntary …

PURPOSE: The authors evaluated a phase-navigated spin-echo (SE) motion-correction
sequence for use at diffusion-weighted (DW) magnetic resonance (MR) imaging after …

Abstract Diffusion-weighted (DWI) echo-planar (EPI) MRI has been used for imaging acute
ischaemic stroke. We used DWI and conventional spin-echo (SE) MRI to study the dynamics …

Diffusion-weighted magnetic resonance (MR) imaging provides image contrast that is
different from that provided by conventional MR techniques. It is particularly sensitive for …