Many studies have demonstrated that prism adaptation can reduce several symptoms of
visual neglect: a disorder in which patients fail to respond to information in contralesional …

Prism adaptation has a long history as an experimental paradigm used to investigate the
functional and neural processes that underlie sensorimotor control. In the neuropsychology …

A leftward spatial bias has been observed with visuospatial attention tasks, including line
bisection and the greyscales task. Upper and lower visual field differences have been …

Rightward prism adaptation has been shown to ameliorate visuospatial biases in right brain-
damaged patients with neglect, and a single session of prism adaptation can lead to …

Healthy young adults display a leftward asymmetry of spatial attention (“pseudoneglect”) that
has been measured with a wide range of different tasks. Yet at present there is a lack of …

Prism adaptation reduces some symptoms of neglect; however the mechanisms underlying
such changes are poorly understood. We suggest that prisms influence neglect by acting on …

Sensorimotor plasticity allows us to maintain an efficient motor behavior in reaction to
environmental changes. One of the classical models for the study of sensorimotor plasticity …

The general population shows an attentional bias to the left, known as pseudoneglect. This
bias is thought to be driven by higher levels of activation in right parietal areas. Using …

Prism adaptation (PA) has been shown to affect performance on a variety of spatial tasks in
healthy individuals and neglect patients. However, little is still known about the mechanisms …

We present a meta-analysis of the effects of visuomotor adaptation to leftward displacing
prisms on visuospatial judgements in healthy people, as assessed by perceptual (landmark) …