Stroke is a leading cause of adult disability. Understanding stroke damage and recovery
requires deciphering changes in complex brain networks across different spatiotemporal …

Left-sided spatial neglect is a very common and challenging issue after right-hemispheric
stroke, which strongly and negatively affects daily living behavior and recovery of stroke …

Spatial neglect usually concerns left-sided events after right-hemisphere damage. Its
anatomical correlates are debated, with evidence suggesting an important role for fronto …

The purpose of this scoping review is to provide updated information on the neural basis
and neurophysiological features associated with unilateral spatial neglect (USN) recovery …

White matter connections enable the interaction within and between brain networks. Brain
lesions can cause structural disconnections that disrupt networks and thereby cognitive …

Attention allows us to prioritize the processing of external information according to our goals,
but also to cope with sudden, unforeseen events. Attention processes rely on the …

Considerable evidence suggests that, on a group level, human visuospatial attention is
asymmetrically organized, with a right-hemispheric dominance. The asymmetrical …

Based on an impressive body of evidence coming from lesion neuropsychology,
neuroimaging, neurostimulation, and neurophysiology, Doricchi et al.'s scholarly review [1] …

Lesion-symptom studies of spatial neglect and the attention deficits associated with this
disorder draw a complex picture of the brain areas involved in spatial awareness. Several …

Patients with unilateral spatial neglect (USN) are unable to explore or to report stimuli
presented in the left personal and extra‐personal space. USN is usually caused by lesion of …