Changes in the nervous system due to neurological diseases take place at very small spatial
scales, on the order of the micro and nanometers. Developing non-invasive imaging …

Magnetic resonance imaging is one of the most widely used methods for non-invasive
medical imaging. Gradient modulation sequences can selectively extract quantitative …

The dependence of the diffusion tensor on frequency is of great interest in studies of tissue
microstructure because it reveals restrictions to the Brownian motion of water molecules …

The quantification of brain white matter properties is a key area of application of Magnetic
Resonance Imaging (MRI), with much effort focused on using MR techniques to quantify …

Magnetic resonance imaging is a powerful, non invasive tool for medical diagnosis. The low
sensitivity for detecting the nuclear spin signals, typically limits the image resolution to …

Morphological changes related to neurological diseases occur at micrometer scales.
Obtaining such information non-invasively opens new paradigms for clinical diagnosis. We …

The dependence of the diffusion MRI signal on the diffusion time carries signatures of
restricted diffusion and exchange. Here we seek to highlight these signatures in the human …

Purpose Previous studies in phantoms and animals using animal MR systems have shown
promising results in using oscillating gradient spin echo (OGSE) diffusion acquisition to …

Purpose The short diffusion time regime provides an interesting probe for tissue
microstructure and can be investigated with oscillating gradient spin echo (OGSE) …

Noninvasive measurements of microstructure in materials, cells, and in biological tissues,
constitute a unique capability of gradient-assisted NMR. Diffusion–diffraction MR …