Two conditions of exposure to prism rearrangement were used to explore specificity of visuo—
motor adaptation. In one condition subjects viewed, in sequential alternation of one minute …

The authors hypothesized that failure of visual adaptation to transfer from an individual's
exposed right hand to the unexposed left hand arises from hemispheric asymmetry in eye …

We have previously shown an asymmetric generalization following a prism-induced
visuomotor adaptation. Subjects who adapt to laterally deviating prism lenses during …

Two experiments investigated the hypothesis that the experience of manually pointing at
visual targets enhances motoric adaptation to prism-displaced vision. Experiment 1 …

Adaptation to prismatically displaced vision was assessed with 80 right-handed
undergraduates using a factorial design involving active or passive exposure movement …

Although prism adaptation has been studied extensively for over 100 years to better
understand how the motor system adapts to sensory perturbations, very few studies have …

Prism adaptation involves two distinct processes: rapidly developing compensatory changes
in motor control and more slowly developing realignment of spatial mapping functions. For …

Subsequent to prism adaptation, subjects may be readaptedto their original visual-motor
coordination using procedures similar to those occurring during adaptation. It has been …

In normal subjects, the two arms were exposed separately to prismatic displacements of
opposite sign, using the eye ipsilateral to the exposed arm. Opposite adaptive shifts were …

Exposure to laterally displacing prisms is characterized by systematic misreaching in the
opposite direction after prisms are removed. Other learning tasks involving altered …