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Network neuroscience shed some light on the functional and structuralmodifications occurring to the brain associated with the phenomenology ofschizophrenia. In particular, resting-state functional networks have helped ourunderstanding of the illness by highlighting the global and local alterationswithin the cerebral organization. We investigated the robustness of the brainfunctional architecture in forty-four medicated schizophrenic patients andforty healthy comparators through an advanced network analysis of resting-statefunctional magnetic resonance imaging data. The networks in patients showedmore resistance to disconnection than in healthy controls, with an evidentdiscrepancy between the two groups in the node degree distribution computedalong a percolation process. Despite a substantial similarity of the basalfunctional organization between the two groups, the expected hierarchy ofhealthy brains modular organization is crumbled in schizophrenia, showing apeculiar arrangement of the functional connections, characterized by severaltopologically equivalent backbones.

The unbalanced reorganization of weaker functional connections induces the altered brain network topology in schizophrenia