Spatial attention control involves specialized functions in both hemispheres of the brain,
leading to hemispheric asymmetries. Neuropsychological models explain this lateralization …

Hemispatial neglect is thought to result from disruption of interhemispheric equilibrium. Right
hemisphere lesions deactivate the right frontoparietal network and hyperactivate the left via …

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 …

Neurologically intact individuals display a mild asymmetry in spatial attention that can be
measured during experimental spatial tasks such as line bisection. Although this …

The neural representation of visual‐spatial functions has traditionally been ascribed to the
right hemisphere, but little is known about these representations in children, including …

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

The causal and statistical hypotheses diverge in determining whether the lateralization of
language function in one cerebral hemisphere entails the lateralization of visuospatial …

Studies of hemispheric specialization have traditionally cast the left hemisphere as
specialized for language and the right hemisphere for spatial function. Much of the …

Nowadays, the roots of left-hand traffic (LHT) and right-hand traffic (RHT)–including fighting
on horse-back and whipping horses that are drawing carriages–are at an all-time low; thus …

Many asymmetries characterize human functioning at the behavioral level, such as
handedness (right-handedness, left-handedness, mixed-handedness) and the cerebral …