Introduction Numerous tests of visuo-spatial neglect (VSN) have been developed. In this
study, we propose a clustering of VSN tests by making a distinction between static tests with …

The human cerebral cortex is asymmetrically organized with hemispheric lateralization
pervading nearly all neural systems of the brain. Whether the lack of normal visual …

Healthy individuals typically show more attention to the left than to the right (known as
pseudoneglect), and to the upper than to the lower visual field (known as altitudinal …

Healthy individuals typically show a leftward attentional bias in the allocation of spatial
attention along the horizontal plane, a phenomenon known as pseudoneglect, which relies …

Objectives: Healthy individuals often have a leftward and upward attentional spatial bias;
however, there is a reduction of this leftward bias with aging. The right hemisphere mediates …

Although converging evidence suggests that the posterior cerebellum is involved in
visuospatial functions and in the orienting of attention, a clear topography of cerebellar …

The present study aimed at testing whether vertical prism adaptation (PA) can modulate
vertical visuospatial representation, assessed with a vertical manual line-bisection (MLB) …

Previous studies have demonstrated that spatial location impacts temporal order perception,
and that the effect of spatial location on temporal order perception varies across cultures …

Individuals with a hemispheric infarction often reveal inattention to, or neglect of,
contralesional lateral space (ie, hemispatial neglect). Individuals with a bilateral ventral …

People have a leftward bias when making visuospatial judgements about horizontally
arranged stimuli (“pseudoneglect”), and a superior bias when making visuospatial …