Human brain connectomes include sets of densely connected hub regions. However, the
consistency and reproducibility of functional connectome hubs have not been established to …

Connectivity is not distributed evenly throughout the brain. Instead, it is concentrated on a
small number of highly connected neural elements that act as network hubs. Across different …

Brain function depends on efficient processing and integration of information within a
complex network of neural interactions, known as the connectome. An important aspect of …

Background Highly connected brain network hubs play a vital role in integrated brain
function. They are metabolically costly and implicated as dysfunctional in diverse brain …

Brain network hubs are both highly connected and highly inter-connected, forming a critical
communication backbone for coherent neural dynamics. The mechanisms driving this …

Macroscopic functional connectomic analyses have identified sets of densely connected
regions in the human brain, known as connectome hubs, which play a vital role in …

The human structural brain network, or connectome, has a rich-club organization with a
small number of brain regions showing high network connectivity, called hubs. Hubs are …

A better characterization of how an individual's brain is functionally organized will likely
bring dramatic advances to many fields of study. Here we show a model-based approach …

Very little is known regarding whether structural hubs of human brain networks that enable
efficient information communication may be classified into different categories. Using three …