Recent evidence revealed the importance of inter-hemispheric communication for the
compensation of functional deficits after brain damage. This review summarises the …

According to a longstanding view, inferior as opposed to superior parietal cortex critically
contributes to the spatial attentional deficits encountered following unilateral parietal …

Objective To assess the role of the superior longitudinal fascicle, the inferior fronto‐occipital
fascicle, and the posterior parietal lobe in visuospatial attention in humans during awake …

Advanced lesion mapping and connectivity analyses are currently the main tools used to
understand the mechanisms underlying post-stroke cognitive deficits. However, the factors …

OBJECTIVE Although the right prefrontal region is regarded as a silent area, chronic deficits
of the executive function, including working memory (WM), could occur after resection of a …

Visual neglect is a heterogeneous, multi-component syndrome resulting from right
hemisphere damage. Neglect patients do not pay attention to events occurring on their left …

In everyday life, information from different cognitive domains—such as visuospatial attention,
alertness and inhibition—needs to be integrated between different brain regions. Early …

Research in both humans and monkeys has shown that even simple hand movements
require cortical control beyond primary sensorimotor areas. An extensive functional …

Hemispatial neglect following right-hemisphere stroke is a common and disabling disorder,
for which there is currently no effective pharmacological treatment. Dopamine agonists have …

Neuroimaging studies suggest that understanding emotions in others engages brain regions
partially common to those associated with more general cognitive Theory-of-Mind (ToM) …