For diffusion‐weighted magnetic resonance imaging and under circumstances where
patient movement can be modeled as rigid body motion, it is shown both theoretically and …

BACKGROUND AND PURPOSE: Few studies have concerned the absolute apparent
diffusion coefficient (ADC) values in the normal human brain and the effect of aging on …

PURPOSE To determine whether a relationship exists between water diffusion coefficients
or diffusion anisotropy and MR-defined regions of normal or abnormal brain parenchyma in …

PURPOSE: To investigate the correlation between diffusional anisotropy and developmental
changes in anatomy, which include myelination, in central and peripheral nerves in an …

PURPOSE To investigate changes in brain water diffusion in patients with idiopathic
intracranial hypertension. METHODS A motion-compensated MR pulse sequence was used …

With magnetic resonance (MR) imaging, brain water self‐diffusion was measured in 17
healthy volunteers 22–76 (mean, 44.6) years old. The calculated values for the apparent …

Using magnetic resonance (MR) diffusion-weighted method, we examined the optic and the
trigeminal nerves of jimpy and twitcher mice, considered to be animal models of Pelizaeus …

Difficulties in obtaining diffusion‐weighted images of acceptable quality using conventional
hardware and in a reasonable time have hindered the clinical application of diffusion …

We used MR imaging to measure the apparent brain water self-diffusion in 5 patients with
normal pressure hydrocephalus (NPH), in 2 patients with high pressure hydrocephalus …

Diffusion-weighted imaging (DWI) provides important information about the movement and
functional status of the microenvironment of water in tissue. Changes in diffusion of water …