Institute for Training Science and Sport Informatics

Science and, Germany

Institute for Training Science and Sport Informatics

Science and, Germany
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Behringer M.,Institute for Training Science and Sport Informatics | Grutzner S.,Institute for Training Science and Sport Informatics | Montag J.,Institute for Training Science and Sport Informatics | Mccourt M.,Institute for Training Science and Sport Informatics | And 2 more authors.
Muscle and Nerve | Year: 2015

Introduction: We investigated the effect of stimulation intensity (in percent of maximal tolerated stimulation current, mTSC), frequency, and impulse width on muscle fatigue. Methods: Using a randomized crossover design, 6 parameter combinations (80% mTSC, 80 Hz, 400 μs; 60% mTSC, 80 Hz, 400 μs; 80% mTSC, 20 Hz, 400 μs; 60% mTSC, 20 Hz, 400 μs; 80% mTSC, 80 Hz, 150 μs; 60% mTSC, 80 Hz, 150 μs) were tested in both legs of 13 athletic men (age 26 ± 2.3). The slope of the linear regression line over all tetani (FIS) and the number of tetani whose force was above 50% of the initial tetanus (FIN) were used to quantify fatigue. Results: FIS and FIN were significantly lower in high-frequency protocols. No effects on FIS and FIN were found for intensity and impulse width. Conclusions: Stimulation frequency, but not impulse width or intensity, affected fatigue kinetics. © 2015 Wiley Periodicals, Inc.

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