Abstract Diffusion-Weighted Magnetic Resonance Imaging (DWI) obtains information useful
in diagnosing several diseases through the measurement of random, Brownian diffusion of …

The diffusion behavior of intracranial water in the cat brain and spine was examined with the
use of diffusion-weighted magnetic resonance (MR) imaging, in which the direction of the …

Purpose To determine the minimum water percentage in a muscle region of interest that
would allow diffusion tensor (DT−) MRI data to reflect the diffusion properties of pure muscle …

The subject of this study is the controversial choice of directions in diffusion tensor MRI (DT‐
MRI); specifically, the numerical algebra related to this choice. In DT‐MRI, apparent …

The purpose of this work is to assess the feasibility of performing quantitative in vitro brain
tissue diffusion tensor imaging (DTI) measurements and to examine their comparability to in …

The degree of diffusion tensor anisotropy is often associated with the organization of
structural tissues such as white matter. Numerous measures of diffusion anisotropy have …

Several studies have shown that in tissues over an extended range of b‐factors, the signal
decay deviates significantly from the basic monoexponential model. The true nature of this …

Diffusion MRI plays a very important role in studying biological tissue structure and
functioning both in health and disease. Proper interpretation of experimental data requires …

Material strain during the course of diffusion encoding by MRI will in general change the
observed diffusional signal losses. These changes will occur even when the material returns …

BACKGROUND AND PURPOSE: In human brain, the relationship between MR signal and b
value is complicated by cerebral perfusion, restricted diffusion, anisotropy, cellular …