The physical structure of white matter fiber bundles constrains their function. Any behavior
that relies on transmission of signals along a particular pathway will therefore be influenced …

White matter pathways play an important role in the human brain by connecting spatially
separated areas of the CNS and enabling rapid and efficient information exchange. Recent …

Purpose Motor function and recovery after stroke likely rely directly on the residual
anatomical connections in the brain and its resting-state functional connectivity. Both …

The mechanism of motor recovery after stroke may involve reorganization of the surviving
networks. However, details of adaptive changes in structural connectivity are not well …

The idea that structural white matter connectivity constrains functional connectivity
(interactions among brain regions) has widely been explored in studies of brain networks; …

Understanding brain function in terms of connectional architecture is a major goal of
neuroimaging. However, direct investigation of the influence of brain circuitry on function has …

We review two complementary MRI imaging modalities to characterize structure and function
of neuronal networks in the human brain, and their application to subjects with severe brain …

A core goal of human connectomics is to characterise the neural pathways that underlie
brain function. This can be largely achieved noninvasively by inferring white matter …

The contribution of structural connectivity to functional connectivity dynamics is still far from
being elucidated. Herein, we applied track-weighted dynamic functional connectivity (tw …

Magnetic resonance imaging enables the noninvasive mapping of both anatomical white
matter connectivity and dynamic patterns of neural activity in the human brain. We examine …