Sentence examples for motor cortex stimulating from inspiring English sources

For each muscle we first identified the optimal location for TMS-activation by placing the coil near the estimated hand area of the motor cortex, stimulating at a suprathreshold intensity, then moving the coil in 10 mm steps in order to identify the stimulation site that evoked the largest MEPs.

It is, however, possible in principle that TMS over the lip motor cortex stimulates pathways that connect auditory and articulatory motor regions and that the impairments in speech processing after TMS would be due to disruptions in the auditory regions, not in the articulatory motor regions.

Some target the sports industry, pairing motor cortex stimulation with athletic training to accelerate athletic performance.

Motor cortex was stimulated either alone, or preceded by PF stimulation (3, 5 or 7 ms intervals; intensities as before).

For example, if the left motor cortex is stimulated, three effects may become apparent: (1) a change in activity in the targeted region of the brain, (2) a change in activity in immediately surrounding areas of the cortex, and (3) a change in the activity of cortical areas directly connected with the stimulated region.

The behavioral pattern revealed by response time results was corroborated by accuracy data (see Results), which showed a relative processing disadvantage for word comprehension when incongruous motor cortex was stimulated.

The results provide insight into the physiological mechanisms underlying the effects of MP and SES on motor learning and cortical plasticity and show that these mechanisms are likely to be different for the trained and stimulated motor cortex and the non-trained and non-stimulated motor cortex.

The spread from the stimulated motor cortex to prefrontal regions and the simultaneous activation of both excitatory and inhibitory circuits remain speculative interpretations.

Slow-wave activity increases in some frontal and prefrontal derivations and decreases at sites neighboring and contralateral to the stimulated motor cortex.

Therefore, it was hypothesized that 0.1 Hz rTMS reduced the susceptibility of the stimulated motor cortex to the conditioning effects of subsequent PAS by strengthening intracortical inhibition.

The full post-potentiation night of sleep is characterized by two main changes, mostly shared by NREM and REM stages: frontal and prefrontal areas show an increased SWA, while areas ipsilateral and contralateral to the stimulated motor cortex show a decreased activity in the same frequency range.