Microstructure imaging seeks to noninvasively measure and map microscopic tissue
features by pairing mathematical modeling with tailored MRI protocols. This article reviews …

How does a systematic time-dependence of the diffusion coefficient D (t) affect the ergodic
and statistical characteristics of fractional Brownian motion (FBM)? Here, we answer this …

Tremendous efforts have been made in the last decade to advance cutting-edge MRI
technology in pursuit of mapping structural connectivity in the living human brain with …

Background Recently developed time-dependent diffusion MRI has potential in
characterizing cellular tissue microstructures; however, its value in imaging prostate cancer …

Diffusion‐weighted magnetic resonance imaging (DW‐MRI) aims to disentangle multiple
biological signal sources in each imaging voxel, enabling the computation of innovative …

Diffusion-relaxation correlation NMR can simultaneously characterize both the
microstructure and the local chemical composition of complex samples that contain multiple …

At the typical spatial resolution of MRI in the human brain, approximately 60–90% of voxels
contain multiple fiber populations. Quantifying microstructural properties of distinct fiber …

Purpose To estimate for each distinct fiber population within voxels containing multiple brain
tissue types. Methods A diffusion‐correlation experiment was carried out in an in vivo human …

Multi-parametric quantitative MRI (qMRI) of the spinal cord is a promising non-invasive tool
to probe early microstructural damage in neurological disorders. It is usually performed in …

In biological tissues, typical MRI voxels comprise multiple microscopic environments, the
local organization of which can be captured by microscopic diffusion tensors. The measured …