Imaging the connectome in vivo has become feasible through the integration of several
rapidly developing fields of science and engineering, namely magnetic resonance imaging …

Empirical evidence increasingly supports the hypothesis that patterns of intrinsic functional
connectivity (iFC) are sculpted by a history of evoked coactivation within distinct neuronal …

Diffusion MRI streamlines tractography is increasingly being used to characterise and
assess the structural connectome of the human brain. However, issues pertaining to …

Noninvasive functional imaging holds great promise for serving as a translational bridge
between human and animal models of various neurological and psychiatric disorders …

Here we introduce the concept of the local connectome: the degree of connectivity between
adjacent voxels within a white matter fascicle defined by the density of the diffusing spins …

In recent years, pathophysiological models of brain disorders have shifted from an emphasis
on understanding pathology in specific brain regions to characterizing disturbances of …

Human social exchange is often characterized by conflicts of interest requiring strategic
behavior for their resolution. To investigate the development of the cognitive and neural …

Historically, the human brain has been conceptually segregated from the periphery and
further dichotomized into gray matter (GM) and white matter (WM) based on the whitish …

Background We first give a brief introduction to graph theoretical analysis and its application
to the study of brain network topology or connectomics. Within this framework, we review the …

Acquired motor skills are coded in fronto-parietal brain networks, but how these networks
evolve through motor training is unclear. On the one hand, increased functional connectivity …