Sentence examples for motor system during from inspiring English sources
We used three forms of TMS stimulation (HF-rTMS, single and paired pulse) to investigate whether the mirror neuron system facilitates the motor system during goal-directed action observation relative to inanimate motion (motor resonance), a marker of putative mirror neuron activity.
The autonomic nervous system (ANS) is activated in parallel with the motor system during cyclical and effortful imagined actions.
The Linguistic-Focus Hypothesis, in fact, postulates that engagement of the motor system during language comprehension is mediated by the focus of the linguistic message [64].
This suggests that the activation of the motor system during a production task elicits differences in performance from perceptual tasks, where timing decisions are expressed by pushing a button.
Therefore, the autonomic nervous system (ANS) is activated along with the motor system during preparation for an effortful action, so as to render the action efficient as soon as muscles begin to contract.
We conclude that a shortening of the recovery time and integration time of motoneurons cause an increase in the temporal resolution of the motor system during activity, which we suggest as a mechanism to facilitate rapidly changing movements.
Consequently, we hypothesize the need for co-activated language and motor systems during task performance for achieving valid proofs-with-insight.
First, atonia occurs in both postural and cranial motor systems during REM sleep.
We also present new ideas of how TMS can be used in combination with other brain imaging techniques to investigate putative interaction between auditory and motor systems during speech perception.
Finally, Lahav et al. (2007) found that novice pianists showed more activation in bilateral inferior and prefrontal regions when listening to melodies they were familiar with playing, versus those that they had simply passively listened to, suggesting that mere exposure to sound sequences is insufficient to engage motor systems during perception.
So, effects on motor system excitability during response inhibition were of excitatory and inhibitory nature.
