Publication date
December 2014
DOIAbstract
<p>Masseter EMG surface data. Show a functional compartmentalization of superfcial masseter muscle at different levels of bite force.</p
<p>Masseter EMG surface data. Show a functional compartmentalization of superfcial masseter muscle at different levels of bite force.</p
<p>%: percent of maximal voluntary bite force.</p><p><sup>A</sup>Statistically significant differenc...
OBJECTIVE: This study aimed to characterize amplitude topographies for masseter motor units (MUs) th...
Predictive simulations of the mastication system would significantly improve our understanding of te...
Some muscles have demonstrated a differential recruitment of their motor units in relation to their ...
Some muscles have demonstrated a differential recruitment of their motor units in relation to their ...
To investigate the relationship between mechanomyogram (MMG), electromyogram (EMG) and bite force du...
\u3cp\u3eOBJECTIVE: To study motor unit activity in the medio-lateral extension of the masseter usin...
Electromyographic (EMG) activity versus bite force was studied during a gradually increased isometri...
The complex, pennate architecture of the human masseter muscle points to a functional division into ...
<p>(A) Matrix of 24 surface electrodes arranged in four columns: anterior (A), middle-anterior (MA),...
<p>a) Amplitude in columns: Anterior (A), Middle-Anterior (MA), Middle-Posterior (MP) and Posterior ...
The relation between EMG activity, bite force, and muscular elongation was studied in eight subjects...
Objective: To comparatively assess electromyographic (EMG) activity of masseter muscle and maximum b...
There is a dearth of knowledge on the functional organization of the anatomically complex human mass...
Introduction: Maximal bite force is an important determinant of masticatory function and is essentia...
<p>%: percent of maximal voluntary bite force.</p><p><sup>A</sup>Statistically significant differenc...
OBJECTIVE: This study aimed to characterize amplitude topographies for masseter motor units (MUs) th...
Predictive simulations of the mastication system would significantly improve our understanding of te...
Some muscles have demonstrated a differential recruitment of their motor units in relation to their ...
Some muscles have demonstrated a differential recruitment of their motor units in relation to their ...
To investigate the relationship between mechanomyogram (MMG), electromyogram (EMG) and bite force du...
\u3cp\u3eOBJECTIVE: To study motor unit activity in the medio-lateral extension of the masseter usin...
Electromyographic (EMG) activity versus bite force was studied during a gradually increased isometri...
The complex, pennate architecture of the human masseter muscle points to a functional division into ...
<p>(A) Matrix of 24 surface electrodes arranged in four columns: anterior (A), middle-anterior (MA),...
<p>a) Amplitude in columns: Anterior (A), Middle-Anterior (MA), Middle-Posterior (MP) and Posterior ...
The relation between EMG activity, bite force, and muscular elongation was studied in eight subjects...
Objective: To comparatively assess electromyographic (EMG) activity of masseter muscle and maximum b...
There is a dearth of knowledge on the functional organization of the anatomically complex human mass...
Introduction: Maximal bite force is an important determinant of masticatory function and is essentia...
<p>%: percent of maximal voluntary bite force.</p><p><sup>A</sup>Statistically significant differenc...
OBJECTIVE: This study aimed to characterize amplitude topographies for masseter motor units (MUs) th...
Predictive simulations of the mastication system would significantly improve our understanding of te...
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