Strength training (ST) induces corticomuscular adaptations leading to enhanced strength.
ST alters the agonist and antagonist muscle activations, which changes the motor control, ie …

During voluntary contractions, corticomuscular coherence (CMC) is thought to reflect a
mutual interaction between cortical and muscle oscillatory activities, respectively measured …

Antagonist muscle co-activation is thought to be partially regulated by cortical influences, but
direct motor cortex involvement is not fully understood. Corticomuscular coherence (CMC) …

This study determined whether there are task-dependent differences in cortical excitability
following different types of strength training. Transcranial magnetic stimulation (TMS) …

Purpose The motor cortex (M1) appears to be a primary site of adaptation following both a
single session, and repeated strength-training sessions across multiple weeks. Given that a …

Purpose Long-term sports training, such as skill and endurance training, leads to specific
neuroplasticity. However, it remains unclear if muscle stretch-induced proprioceptive …

During isometric contractions, the net joint torque stability is modulated with the force
production phases, ie, increasing (IFP), holding (HFP), and decreasing force (DFP) phases …

Purpose The corticospinal responses to skill training may be different to strength training,
depending on how the strength training is performed. It was hypothesised that the …

Purpose To compare the effects of short-term maximal (MST) vs. explosive (EST) strength
training on maximal and explosive force production, and assess the neural adaptations …

Muscle synergies are extensively studied to understand how the neuromusculoskeletal
system deals with abundance. The synergies represent covariant muscles that act as …