Much of the central nervous system is involved in visuomotor transformations for goal-directed
gaze and reach movements. These transformations are often described in terms of …

Motor learning, in particular motor adaptation, is driven by information from multiple senses.
For example, when arm control is faulty, vision, touch, and proprioception can all report on …

Establishing a coherent internal reference frame for visuospatial representation and
maintaining the integrity of this frame during eye movements are thought to be crucial for both …

Goal-directed reaches are rapidly adapted following exposure to misaligned visual
feedback of the hand. It has been suggested that these changes in reaches result in sensory …

Motor adaptation in response to a visuomotor distortion arises when the usual motor command
no longer results in the predicted sensory output. In this study, we examined if exposure …

The location of a remembered reach target can be encoded in egocentric and/or allocentric
reference frames. Cortical mechanisms for egocentric reach are relatively well described, but …

The present study examined the accuracy of proprioceptive localization of the hand using two
paradigms. In our proprioceptive estimation paradigm, participants judged the position of a …

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 …

… These results agree with our previous findings (Cressman and Henriques 2009) and reveal
… Based on recent work in our laboratory (Cressman and Henriques 2010), we suggest that …

Reaching with misaligned visual feedback of the hand leads to reach adaptation (motor
recalibration) and also results in partial sensory recalibration, where proprioceptive estimates of …