When asked to move their unseen hand-to-visual targets, people exhibit idiosyncratic but
reliable visuo-proprioceptive matching errors. Unsurprisingly, vision and proprioception …

We estimate our hand's position by combining relevant visual and proprioceptive cues. A
cross-sensory spatial mismatch can be created by viewing the hand through a prism or …

Reaching to targets with misaligned visual feedback of the hand leads to changes in
proprioceptive estimates of hand position and reach aftereffects. In such tasks, subjects are …

Reaching to targets in a virtual reality environment with misaligned visual feedback of the
hand results in changes in movements (visuomotor adaptation) and sense of felt hand …

Visuomotor adaptation arises when reaching in an altered visual environment, where one's
seen hand position does not match their felt (ie, proprioceptive) hand position in space …

Visuomotor adaptation is mediated by errors between intended and sensory-detected arm
positions. However, it is not clear whether visual-based errors that are shown during the …

Introducing altered visual feedback of the hand produces quick adaptation of reaching
movements. Our lab has shown that the associated shifts in estimates of the felt position of …

Adapting reaches to altered visual feedback not only leads to motor changes, but also to
shifts in perceived hand location;“proprioceptive recalibration”. These changes are robust to …

Goal-directed reaches are rapidly adapted after reaching with misaligned visual feedback of
the hand. It has been suggested that reaching with misaligned visual feedback of the hand …

In the present study, a visuomotor adaptation paradigm was used to determine whether
proprioception is calibrated during visually guided movements. A full vision group (FV) was …