Diffusion imaging tractography is a valuable tool for neuroscience researchers because it
allows the generation of individualized virtual dissections of major white matter tracts in the …

Diffusion imaging can be used to estimate the routes taken by fiber pathways connecting
different regions of the living brain. This approach has already supplied novel insights into in …

It has long been recognized that the diffusion tensor model is inappropriate to characterize
complex fiber architecture, causing tensor‐derived measures such as the primary …

Diffusion MRI tractography processing pipeline requires a large number of steps (typically
20+ steps). If parameters of these steps, number of threads, and random seed generators …

Diffusion tensor MRI provides unique directional diffusion information that can be used to
estimate the patterns of white matter connectivity in the human brain. In this study, the …

Tractography based on diffusion-weighted MRI (DWI) is widely used for mapping the
structural connections of the human brain. Its accuracy is known to be limited by technical …

The success of diffusion MRI is deeply rooted in the fact that during their micrometric random
displacements water molecules explore tissue microstructure. Hence by labeling …

In this paper we propose a novel algorithm which leverages models of white matter fibre
dispersion to improve tractography. Tractography methods exploit directional information …

In this article, we highlight an issue that arises when using multiple b‐values in a model‐
based analysis of diffusion MR data for tractography. The non‐monoexponential decay …

Diffusion MR tractography has rapidly become an important clinical tool that can delineate
functionally important white matter tracts for surgical planning. One of the goals of brain …