They found that sine waveform stimulation produced greater muscle strength with less pain than the other waveforms. On the other hand, Delitto and Rose [18] ...
All the waveforms were equally successful in evoking movements. Perceived discomfort did not differ between the waveforms in relation to the movement magnitude, ...
All the waveforms were equally successful in evoking movements. Perceived discomfort did not differ between the waveforms in relation to the movement magnitude, ...
People also ask
What is functional electrical stimulation for face?
What are the effects of functional electrical stimulation?
What does functional electrical stimulation do?
What are the disadvantages of functional electrical stimulation?
Both waveforms were equally successful in producing movements, and there was no significant difference in perceived discomfort ratings between the two waveforms ...
Functional electrical stimulation for facial pacing: Effects of waveforms on movement intensity and ratings of discomfort ... Authors: Mirja Ilves; Ville Rantanen ...
Application of facial neuromuscular electrical stimulation (fNMES) in ...
link.springer.com › article
Oct 20, 2023 · High frequencies (> 50 Hz) are typically more comfortable and produce stronger and smoother contractions, but can lead to faster muscle fatigue ...
Both waveforms were equally successful in producing movements, and there was no significant difference in perceived discomfort ratings between the two waveforms ...
Functional electrical stimulation for facial pacing: Effects of waveforms on movement intensity and ratings of discomfort · Effect of pulse waveforms on movement ...
Functional electrical stimulation for facial pacing: Effects of waveforms on movement intensity and ratings of discomfort · Mirja IlvesVille Rantanen +7 ...
Jan 24, 2020 · Longer pulse duration was associated to more discomfort per mA stimulation amplitude (Supplemental Fig. 2). The effect seemed to be more ...