Fatigue-induced changes in short-interval intracortical inhibition and the silent period with stimulus intensities evoking maximal versus submaximal responses
CG Brownstein, L Espeit, N Royer… - Journal of Applied …, 2020 - journals.physiology.org
During fatiguing exercise, previous studies have employed transcranial magnetic stimulation
(TMS) paradigms eliciting either maximal or submaximal short-interval intracortical inhibition
(SICI) and silent period (SP) durations. However, the effect of using either approach on the
change in these variables with fatigue is unknown. This study examined the effects of using
conditioning stimulus (CS, experiment A) and single-pulse TMS intensities (experiment B)
that elicit maximal and submaximal SICI and SP duration (MaxSICI vs. SubmaxSICI in …
(TMS) paradigms eliciting either maximal or submaximal short-interval intracortical inhibition
(SICI) and silent period (SP) durations. However, the effect of using either approach on the
change in these variables with fatigue is unknown. This study examined the effects of using
conditioning stimulus (CS, experiment A) and single-pulse TMS intensities (experiment B)
that elicit maximal and submaximal SICI and SP duration (MaxSICI vs. SubmaxSICI in …
Fatigue-induced changes in short-interval intracortical inhibition and the silent period 1 using stimulus intensities evoking maximal versus submaximal responses 2
During fatiguing exercise, previous studies have employed transcranial magnetic stimulation
18 (TMS) paradigms eliciting either maximal or submaximal short-interval intracortical 19
inhibition (SICI) and silent period (SP) durations. However, the effect of using either 20
approach on the change in these variables with fatigue is unknown. This study examined the
21 effects of using conditioning stimulus (CS, Experiment A) and single-pulse TMS
intensities 22 (Experiment B) which elicit maximal and submaximal SICI and SP duration …
18 (TMS) paradigms eliciting either maximal or submaximal short-interval intracortical 19
inhibition (SICI) and silent period (SP) durations. However, the effect of using either 20
approach on the change in these variables with fatigue is unknown. This study examined the
21 effects of using conditioning stimulus (CS, Experiment A) and single-pulse TMS
intensities 22 (Experiment B) which elicit maximal and submaximal SICI and SP duration …
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