Key result
Consecutive hopping for 60 seconds induced high-frequency peripheral fatigue, decreasing the ratio between forces at 100 Hz and 20 Hz by 10.7 ± 8.3%.
Why the study?
Does surface EMG signal enable differentiation between high- and low-frequency peripheral fatigue caused by different sports activities?
Does surface EMG signal enable differentiation between high- and low-frequency peripheral fatigue caused by different sports activities?
Surface EMG signals and torque ratios can identify high-frequency peripheral fatigue induced by hopping.
May aid EMG detection of high-frequency fatigue after hopping; leaves open differentiation across sports.
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Tomažin et al. (2002) studied Peripheral fatigue (n=10). Consecutive hops and maximal cycling vs. Baseline was evaluated on Torque ratio between 100 Hz and 20 Hz. Consecutive hopping for 60 seconds induced high-frequency peripheral fatigue, decreasing the ratio between forces at 100 Hz and 20 Hz by 10.7 ± 8.3%.
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