Epilepsy is a disorder of brain networks. A better understanding of structural and dynamic
network properties may improve epilepsy diagnosis, treatment, and prognostics. Hubs are …

Modern network science has revealed fundamental aspects of normal brain-network
organization, such as small-world and scale-free patterns, hierarchical modularity, hubs and …

Brain structure varies between people in a markedly organized fashion. Communities of
brain regions co-vary in their morphological properties. For example, cortical thickness in …

Epilepsy is associated with genetic risk factors and cortico-subcortical network alterations,
but associations between neurobiological mechanisms and macroscale connectomics …

One of the central questions in neuroscience is how communication in the brain is organized
under normal conditions and how this architecture breaks down in neurological disease. It …

Large-scale covariance of cortical thickness or volume in distributed brain regions has been
consistently reported by human neuroimaging studies. The mechanism of this population …

The human brain is a large-scale integrated network in the functional and structural domain.
Graph theoretical analysis provides a novel framework for analysing such complex …

Functional imaging or diffusion-weighted imaging techniques are widely used to understand
brain connectivity at the systems level and its relation to normal neurodevelopment …

Recent years have witnessed a paradigm shift in the study and conceptualization of
epilepsy, which is increasingly understood as a network-level disorder. An emblematic case …

Brain functioning is increasingly seen as a complex interplay of dynamic neural systems that
rely on the integrity of structural and functional networks. Recent studies that have …