In this study, we examine whether corrections made during an ongoing movement are
differentially affected by left hemisphere damage (LHD) and right hemisphere damage …

Handedness is a pronounced feature of human motor behavior, yet the underlying neural
mechanisms remain unclear. We hypothesize that motor lateralization results from …

We have recently shown ipsilateral dynamic deficits in trajectory control are present in left
hemisphere damaged (LHD) patients with paresis, as evidenced by impaired modulation of …

This experiment tested the hypothesis that interlimb transfer of motor performance depends
on recruitment of motor control processes that are specialized to the hemisphere …

Scaling of reach kinematics to targets that vary in distance is indicative of the use of planning
and feedback-based adjustments. The control of reach extent, however, has not been …

Background Skilled performance of reach actions includes both anticipatory planning and
compensatory adjustments made while moving. The execution of reach actions in a virtual …

Nondisabled adults utilize both planning and feedback-based compensatory adjustments to
control actual distance moved for skilled reach actions. The purpose of this study was to …

OBJECTIVE: Investigating motor control processes is of primary interest in a number of
scientific and practical fields. Movement variability is of increasing interest in this context …

In this study, we aimed to examine features of interlimb generalization or “transfer” of newly
acquired motor skills, with a broader goal of better understanding the mechanisms …

Background. Brain hemispheres play different roles in the control of aiming movements that
are impaired after unilateral stroke. It is not clear whether those roles are influenced by the …