Sentence examples for stimulation depends from inspiring English sources

The mechanical response to repeated stimulation depends on the rate of the stimulation.

All auditory stimulation depends ultimately upon this relative motion, and the means just described for achieving it can be regarded as the most fundamental process by which sounds are perceived.

Since the unresponsiveness to magnetic stimulation depends on cortical excitability levels and on anatomical peculiarities, phosphene prevalence alone cannot be considered as an appropriate measure of cortical excitability, but should be integrated with the parameter of PT.

Phosphene prevalence should therefore be interpreted cautiously: as the unresponsiveness to magnetic stimulation depends not only on cortical excitability levels, but also on anatomical features, phosphene prevalence alone cannot be considered as a measure of cortical excitability, but its evaluation should be integrated with PT values.

Third, knowledge of the way reafferent stimulation depends on self-produced movement is used for purposes of sensorimotor control: planning and controlling object-directed actions in the present depends on access to information concerning the visual consequences of performing such actions in the past.

The direction of cortical plasticity induced by paired stimulation depends on the interval between the stimuli.

The effects of WBV on muscle motion (i.e., muscle stimulation) depend on intensity, direction and frequency of vibratory stimulation; however, subject training posture, as highlighted by our results, should be considered as one of the most important factors involved.

Distributions extended to the opposite side of the fissure (19 58% after tactile and 13 14% after auditory stimulation, depending on the side of stimulation/hemisphere). Morphometry of individual sulcal anatomy revealed that the course of the Sylvian fissure varied by 5.3 mm (SD) in vertical direction.

Interestingly, MEK1/2 responded differently to stimulation depending on distribution (Fig. 3A).

Thus, we conclude that responses to periodic stimulation depend on the duration, frequency, and duty cycle of the stimulus.

The tumor suppressor p53 has different responses to a common stimulation depending on cell type, which is likely to reflect a differential composition of transcriptional complexes.