Despite accumulating evidence of structural deficits in individuals with
psychopathy, especially in frontal regions, our understanding of
systems-level disturbances in cortical networks remains limited. We applied
novel graph theory-based methods to assess information flow and connectivity
based on cortical thickness measures in 55 individuals with psychopathy and
47 normal controls. Compared with controls, the psychopathy group showed
significantly altered interregional connectivity patterns. Furthermore,
bilateral superior frontal cortices in the frontal network were identified
as information flow control hubs in the psychopathy group in contrast to
bilateral inferior frontal and medial orbitofrontal cortices as network hubs
of the controls. Frontal information flow and connectivity may have a
significant role in the neuropathology of psychopathy.