Sentence examples for motor unit synchronization from inspiring English sources

Motor unit synchronization of the vasti muscles in closed and open chain tasks.

Other factors, such as firing rate of motor units, motor unit synchronization, additional recruitment of motor units, and muscle temperature influence the frequency changes [ 22].

It could be assumed that the well-documented neural mechanism of motor unit synchronization following strength training (Milner-Brown et al. 1973) has not occurred in our experts.

At the same time, however, training-induced technique improvement seems to be associated with an "independency" in the motor unit firing rate, lower motor unit synchronization, and substantially lower common drive (Semmler and Nordstrom 1998).

Regarding the muscle function, WJ Kraemer, SJ Fleck and WJ Evans [ 51], TR Henwood and DR Taaffe [ 52] suggested that short-term training of varied training protocols would improve muscle neural activity, motor unit synchronization and an increase in agonist muscles activation; and these changes would improve muscle strength.

Most of these studies interpreted the increase in the EMG activity amplitude as increased motor units recruitment and increased motor units synchronization, as well as the decrease in muscle fiber conduction velocity, due to an accumulation of metabolic products.

Motor-unit synchronization, as a result of strength training, could decrease the steadiness of the force exerted by the muscle in simulated contractions (Yao et al. 2000).

Training-induced strength improvement is accompanied by an enhancement of motor-unit synchronization in the agonist muscles (Milner-Brown et al. 1973), as well as a reduction of the coactivation of the antagonists (Pousson et al. 1999).

In addition to the neural processes causing the synchronization of motor unit firing, the amplitude and frequency content of the oscillations is dependent on mechanical properties of the limbs [ 12- 14].

In this regard, the trainable effects of explosive/ballistic and/or heavy-resistance strength training causing enhanced force/power production have been primarily attributed to neural adaptations, such as motor unit recruitment, rate coding (frequency or rate of action potentials), synchronization, and inter-muscular coordination [31,35,36].

Rate coding governs motor unit firing.