Sentence examples for motor control provides from inspiring English sources

While we may believe that we choose and direct our movements consciously, the physiology of human motor control provides compelling evidence that this sense of conscious decision – free will – is a perception only.

Combining Hebbian learning and the idea of internal models of motor control provides a powerful, albeit speculative, framework in which the set of sVx regions found in the current experiment can be functionally organized.

This differential effect of dopaminergic medication on the network dynamics underlying motor control provides new insights into the clinical finding that in Parkinson's disease dopaminergic drugs especially impact on bradykinesia but less on executive functions.

Species-specific differences in gene expression in selected CNS regions that relate to synaptic activity and motor control provide particularly attractive candidate genes to explain the differences in dance behavior exhibited by these three honey bee species.

Besides being a fun exercise in fine motor control, it provides playful exposure to some underlying geometric ideas -- minus the cleanup.

This novel finding expands our view on brain mechanisms underlying unconscious motor control and provides new evidence that activation of the motor preparation system and consciousness are not obligatory linked.

A robust induction motor control should provide the desired performance in the face of both plant model and controller model uncertainty.

Over most walking speeds, sense organs of the limbs contribute to motor control by providing detailed information about the position, velocity, and the forces occurring in each leg.

Rehabilitation research in older children and adults with brain injuries suggest that functional weight bearing exercises can both improve motor control and provide strength training [ 17 ].

It provides motor control to the intrinsic and extrinsic tongue muscles thus being essential for normal tongue movement and coordination.

These results are potentially very interesting in that they provide elegant experimental support for a widely-held prediction in motor control literature, and also provide a new conceptual framework to analyze behavioral and neuronal dynamics during learning when the mapping between neuronal activity and behavior continues to evolve.