… To understand how the brain operates as a whole, not only do we need to understand
what cortical regions are active; it is also important that the physical connections that mediate …

… connectivity matrix composed of 59 cortical areas. We evaluate the performance of fifteen
diffusion tractography … -the-art methods for the connectivity predictions of 1711 distinct pairs of …

… connectivity networks in the human brain remains scarce. Here, we utilized diffusion tensor
imaging deterministic tractography … common connectivity pattern of human cerebral cortex in …

… Diffusion MRI (dMRI)-based tractography offers unique abilities to map whole-brain structural
connections in … Diffusion MRI-based tractography has offered exclusive means to map …

… In this study, we used diffusion MRI tractography to construct WM networks of AD patients
and NCs, and demonstrated that the anatomical networks of both AD and NC groups exhibited …

… connections of human PFC identified by DWI tractography with published reports of macaque
PFC connections… distinctive connection patterns with subcortical and cortical regions, and …

… Diffusion MRI fiber tractography is widely used to map the structural connections of the brain
(… Or on the scale of individual cortical columns?)? The answers to these questions may be …

… “tractography” [Basser et al.,2000; Catani et al.,2002]. This technique, by following the pathway
of least hindrance to the diffusion … Full details of the tractography method employed in the …

… There was perfect concordance between the subcortical IES function (eg hand stimulation)
and the cortical connection of the nearest diffusion fiber track (eg upper extremity cortex). …

… diffusion tractography and neuronal tracer data in the mouse brain. Here, we present the first
comprehensive diffusion tractography … -wide comparison of tractography data with neuronal …