Sentence examples for motor control suggest from inspiring English sources

Theories based on computational models of motor control suggest that SoA arises principally from internal cueing (from the very motoric signals responsible for generating the movement itself).

Recent studies in human motor control suggest that we optimize hand movement stability and task performance while minimizing control effort and improving robustness to unpredicted disturbances.

Studies of motor control suggest that complex movements, once decomposed, consist of common signatures; thus by studying simple movements it is possible to gain insight into the more complex sequences that comprise 'actions' (Yazdani et al., 2012).

The early acquisition of language-specific temporal patterns relative to the late development of speech motor control suggests a dissociation between the representation and execution of articulatory timing.

Taken together, the results presented in this report strongly support such 'rest state' neuronal organization of higher motor control and suggest that selective inhibition of neuronal activity in the SEG is sufficient to decrease the drive for walking, without interfering with other behaviors or with the thoracic Central Pattern Generators directly.

The toolmaking required a level of hand motor control that suggests that changes in the brain and spinal tract needed for such activity could have occurred before 3.3 million years ago, the authors said.

This expands our current understanding of brain mechanisms underlying unconscious motor control and suggests care in the interpretation of neuroimaging studies in patients with no sign of awareness at standard clinical exam.

Motor control theory suggests that an efference copy of the motor command is used to predict the sensory consequence of one's own action.

Our results however showed that intracortical ChABC injection prevented CST sprouting rostral to the site of SCI and worsened motor control deficits, suggesting that these cortical changes must be discrete and tightly controlled to be of functional benefit.

A differential role of the left and right parietal cortex in motor control has been suggested (Rushworth et al., 2001).

Joint kinetic and kinematic responses suggest a motor control strategy that maintains symmetric sit-to-stand movement patterns by adjusting bilateral muscle control when a unilateral external reaction force is provided.