Recent work demonstrated that it is possible to identify motor unit discharge times from high-
density surface EMG (HDEMG) decomposition. Since then, the number of studies that use …

Voluntary actions are controlled by the synaptic inputs that are shared by pools of spinal
motor neurons. The slow common oscillations in the discharge times of motor units due to …

The initial increases in force production with resistance training are thought to be primarily
underpinned by neural adaptations. This notion is firmly supported by evidence displaying …

It has been proposed that movements are produced through groups of muscles, or motor
modules, activated by common neural commands. However, the neural origin of motor …

Movements are generated by the coordinated activation of motor units. Recent technological
advances have made it possible to identify the concurrent activity of several tens of motor …

Key points Classic motor unit (MU) recording and analysis methods do not allow the same
MUs to be tracked across different experimental sessions, and therefore, there is limited …

Resistance training is frequently performed with the goal of stimulating muscle hypertrophy.
Due to the key roles motor unit recruitment and mechanical tension play to induce muscle …

There is a growing interest in decomposing high-density surface electromyography
(HDsEMG) into motor unit spike trains to improve knowledge on the neural control of muscle …

Human motor control requires the coordination of muscle activity under the anatomical
constraints imposed by the musculoskeletal system. Interactions within the central nervous …

The purpose of our study was to identify the low-dimensional latent components, defined
hereafter as motor unit modes, underlying the discharge rates of the motor units in two knee …