Mechanomyography (MMG) provides a measure of muscle mechanical changes during
contractions. The purpose of this study was to quantify alterations in MMG signals during …

Background The use of the mechanomyogram (MMG) which detects muscular vibrations
generated by fused individual fiber twitches has been refined. The study addresses a …

This research aimed to appreciate whether the mechanomyogram (MMG) may be used to
monitor the muscle behavior under fatiguing exercise. The electromyogram (EMG) and MMG …

The contractile properties of muscle are usually investigated by analysing the force signal
recorded during electrically elicited contractions. The electrically stimulated muscle shows …

The goal of the present study was to investigate the significance of low-force continuous or
intermittent static contraction and feedback mode (visual or proprioceptive) on the …

To assess the validity and reliability of the mechanomyogram (MMG) as a tool to investigate
the fatigue-induced changes in the muscle during relaxation, the torque and MMG signals …

The mechanomyogram (MMG) is a recording of mechanical oscillation that is detectable on
the body surface overlying the muscle. It is considered that the MMG is produced by lateral …

The present study examined whether the mechanomyogram (MMG) could assess the fatigue-
related changes in muscle mechanical properties during cycle exercise. In eight male …

To investigate the time-and frequency-domain responses of mechanomyograms (MMGs)
during the progressive fatigue induced by intermittent incremental contractions, a surface …

In surface electromyogram (EMG) and mechanomyogram (MMG) the electrical and
mechanical activities of recruited motor units (MU) are summated. Muscle fatigue influences …