Traumatic brain injury (TBI) can result in acute cognitive deficits and diffuse axonal injury
reflected in white matter brain network alterations, which may, or may not, later recover. Our …

The assessment of brain network function after TBI provides insights into the
pathophysiology of cognitive dysfunction and the mechanisms involved in recovery. These …

Objective Traumatic brain injury results in diffuse axonal injury and the ensuing maladaptive
alterations in network function are associated with incomplete recovery and persistent …

Facilitating functional recovery following brain injury is a key goal of neurorehabilitation.
Direct, objective measures of changes in the brain are critical to understanding how and …

Brain connectivity after mild traumatic brain injury (mTBI) has not been investigated
longitudinally with respect to both functional and structural networks together within the …

Objectives: Recent advances in neuroimaging methodologies sensitive to axonal injury
have made it possible to assess in vivo the extent of traumatic brain injury (TBI)-related …

Traumatic brain injury affects brain connectivity by producing traumatic axonal injury. This
disrupts the function of large-scale networks that support cognition. The best way to describe …

Patients with mild traumatic brain injury have a diverse clinical presentation, and the
underlying pathophysiology remains poorly understood. Magnetic resonance imaging is a …

Recent research on traumatic brain injury (TBI) has shown that impairments in cognitive and
executive control functions are accompanied by a disrupted neural connectivity …

Traumatic brain injury (TBI) is often characterized by alterations in brain connectivity. We
explored connectivity alterations from a network perspective, using graph theory, and …