Diffusion MRI is a non-invasive technique to study brain microstructure. Differences in the
microstructural properties of tissue, including size and anisotropy, can be represented in the …

Abstract Diffusion Magnetic Resonance Imaging (dMRI) is one of the most important
contemporary non-invasive modalities for probing tissue structure at the microscopic scale …

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

Numerous applications in diffusion MRI involve computing the orientationally-averaged
diffusion-weighted signal. Most approaches implicitly assume, for a given b-value, that the …

Q-space trajectory imaging (QTI) enables the estimation of useful scalar measures indicative
of the local tissue structure. This is accomplished by employing generalized gradient …

Various systems (cellulose fibers, mesoporous silica, lyotropic liquid crystals, brain white
matter, tumors, etc.) encapsulate liquids within multiple microscopic environments whose …

Purpose It has been shown, theoretically and in vivo, that using the Stejskal‐Tanner pulsed‐
gradient, or linear tensor encoding (LTE), and in tissue exhibiting a “stick‐like” diffusion …

Diffusion tensor imaging provides increased sensitivity to microstructural tissue changes
compared to conventional anatomical imaging but also presents limited specificity. To tackle …

Diffusion Magnetic Resonance Imaging (dMRI) is an imaging technique with exquisite
sensitivity to the microstructural properties of heterogeneous media. The conventionally …

Diffusion MRI is widely used for the clinical examination of a variety of diseases of the
nervous system. However, clinical MRI scanners are mostly capable of magnetic field …