In 2 prism adaptation experiments, the authors investigated the effects of limb starting
position visibility (visible or not visible) and visual feedback availability (early or late in target …

Prism exposure produces 2 kinds of adaptive response. Recalibration is ordinary strategic
remapping of spatially coded movement commands to rapidly reduce performance error …

While looking through laterally displacing prisms, subjects pointed sagittally 80 times at an
objectively straight-ahead target, completing a reciprocal out-and-back pointing movement …

Two types of adaptive processes involved in prism adaptation have been identified: slower
spatial realignment among the several unique sensorimotor coordinate systems (spatial …

While looking through laterally displacing prisms, subjects pointed 60 times straight ahead
of their nose at a rate of one complete movement every 2 or 3 s, with visual feedback …

In two experiments, we investigated the effects of duration of visual feedback of the pointing
limb and the time (early to late) in the movement when the limb first becomes visible (timing …

Examined the effects of exposure (continuous vs terminal) and practice (massed vs
distributed) upon prism adaptation, its intermanual transfer, and spontaneous decay. 64 …

The effects of movement time and time to visual feedback (feedback time) on prism exposure
aftereffects and direct effects were studied. In Experiment 1, the participants'(N= 60) pointing …

The performance of subjects whose starting limb location was visible when pointing to a
sagittal target during exposure to prismatic displacement showed immediate target …

Previous research has indicated that rightward prism adaptation can reduce symptoms of
spatial neglect following right brain damage. In addition, leftward prism adaptation can …