Understanding neural control of movement necessitates a collaborative approach between
many disciplines, including biomechanics, neuroscience, and motor control. Biomechanics …

Neuromuscular fatigue is characterised not only by a reduction in the capacity to generate
maximal muscle force, but also in the ability to control submaximal muscle forces, ie, to …

Fundamental movement patterns require continuous skeletal muscle coordination, where
muscle fibers with different timing of activation synchronize their dynamics across muscles …

Assessing inter-muscular coordination in older adults is crucial, as it directly impacts an
individual's ability for independent functioning, injury prevention, and active engagement in …

We describe a novel application of methodology for high‐density surface electromyography
(HDsEMG) decomposition to identify motor unit (MU) firings in response to transcranial …

Skeletal muscles continuously coordinate to facilitate a wide range of movements. Muscle
fiber composition and timing of activation account for distinct muscle functions and dynamics …

Recent studies have suggested that the nervous system generates movements by
controlling groups of motor neurons (synergies) that do not always align with muscle …

Decoding movement intentions from motor unit (MU) activities to represent neural drive
information plays a central role in establishing neural interfaces, but there remains a great …

This study presents a method for adaptive online decomposition of high-density surface
electromyogram (SEMG) signals to overcome the performance degradation during long-term …

Background Estrogen and progesterone are the primary female sex hormones and have net
excitatory and inhibitory effects, respectively, on neuronal function. Fluctuating …