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

Axonal injury is a major contributor to the clinical symptomatology in patients with traumatic
brain injury. Conventional neuroradiological tools, such as CT and MRI, are insensitive to …

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

Purpose To develop a new technique that enables simultaneous quantification of whole‐
brain T1, T2,, as well as susceptibility and synthesis of six contrast‐weighted images in a …

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 …

Purpose To develop a 3D whole‐brain simultaneous T1/T2/T1ρ quantification method with
MR Multitasking that provides high quality, co‐registered multiparametric maps in 9 min …

Purpose In many MRI scenarios, magnetization is often excited from spatial regions that are
not of immediate interest. Excitation of uninteresting magnetization can complicate the …

T1 relaxation and water mobility generate eloquent MRI tissue contrasts with great
diagnostic value in many neuroradiological applications. However, conventional methods …

Multidimensional MRI is an emerging approach that simultaneously encodes water
relaxation (T 1 and T 2) and mobility (diffusion) and replaces voxel-averaged values with …

MR fingerprinting (MRF) is a promising method for quantitative characterization of tissues.
Often, voxel-wise measurements are made, assuming a single tissue-type per voxel …