Diffusion tensor imaging (DTI) is becoming a standard addition to routine MR imaging for
investigating microstructural tissue properties (eg, see [1] for a recent review). With this …

In this work we provide an up-to-date short review of computational magnetic resonance
imaging (MRI) and software tools that are widely used to process and analyze diffusion …

Obtaining reliable data and drawing meaningful and robust inferences from diffusion MRI
can be challenging and is subject to many pitfalls. The process of quantifying diffusion …

This chapter gives an introduction to the principles of diffusion magnetic resonance imaging
(MRI) with emphasis on the computational aspects. It introduces the philosophies underlying …

Quantitative-diffusion-tensor MRI consists of deriving and displaying parameters that
resemble histological or physiological stains, ie, that characterize intrinsic features of tissue …

Magnetic resonance diffusion imaging provides an exquisitely sensitive probe of tissue
microstructure. Owing to the microscopic length scale of diffusion in biological tissues …

With diffusion tensor MRI one has access to the organization in space of tissue
microstructural components. This outstanding potential adds, however, another layer of …

Considerable strides have been made by countless individual researchers in diffusion-
weighted imaging (DWI) to push DWI from an experimental tool, limited to a few institutions …

New diffusion‐weighted imaging (DWI) methods, including high‐b, q‐space, and high
angular resolution MRI methods, attempt to extract information about non‐Gaussian …

Abstract Diffusion tensor MRI (DT-MRI) is the only non-invasive method for characterising
the microstructural organization of tissue in vivo. Generating parametric maps that help to …