The unpredictable nature of our world can introduce a variety of errors in our actions,
including sensory prediction errors (SPEs) and task performance errors (TPEs). SPEs arise …

To date, interlimb transfer following visuomotor adaptation has been mainly investigated
through discrete reaching movements. Here we explored this issue in the context of …

Many parts of the visuomotor system guide daily hand actions, like reaching for and
gras** objects. Do these regions depend exclusively on the hand as a specific body part …

Implicit motor learning and memory involve complex cortical and subcortical networks. The
induction of plasticity in these network components via non-invasive brain stimulation …

The human sensorimotor system is sensitive to both limb-related prediction errors and task-
related performance errors. Prediction error signals are believed to drive implicit refinements …

Previous research suggests that the neural processes underlying specification of movement
direction and amplitude are independently represented in the nervous system. However, our …

Objective. The functional asymmetry between the two brain hemispheres in language and
spatial processing is well documented. However, a description of difference in control …

Learning a motor adaptation task produces intrinsically unstable or transient motor
memories. Despite the presence of effector-independent motor memories following the …

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 …

Introduction: Visuospatial ability may explain individual differences in the extent of motor skill
learning. This study tested whether frontoparietal functional connectivity at rest, measured by …