We developed a new pulse sequence and investigated whether the anisotropic diffusion in
the human brain can be detailed with a standard whole-body MR imager. Apparent diffusion …

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 …

A single‐shot diffusion MRI technique on a standard clinical 1.5 T scanner is presented. The
method incorporates the following elements:(a) an inversion RF pulse followed by a delay of …

Purpose As MR scanner hardware has improved, allowing for increased gradient strengths,
we are able to generate higher b values for diffusion-weighted (DW) imaging. Our purpose …

Magnetic resonance line scan diffusion imaging of the brain, with diffusion weighting
between 5 and 5,000 sec/mm2, was performed in healthy subjects and patients with a 1.5-T …

Clinical diffusion magnetic resonance (MR) imaging in humans started in the last decade
with the demonstration of the capabilities of this technique of depicting the anatomy of the …

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 …

Abstract “Diffusion‐weighted” MRI in the normal human brain and in a patient with a cerebral
metastasis is demonstrated. The method employed was a modified CE‐FAST sequence with …

Diffusion imaging of post mortem brains has great potential both as a reference for brain
specimens that undergo sectioning, and as a link between in vivo diffusion studies and “gold …

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 …