<unk>  can be used to investigate the neural circuitry involved in motor control. Correlated muscle activity indicates common input to the motor unit pools of both muscles and reflects shared neural pathways (including cortical, subcortical and spinal) that contribute to muscle activity and movement. The strength of<unk>  is dependent on the relationship between muscles and is generally stronger between muscle pairs that are anatomically and functionally closely related.<unk>  can therefore be used to identify impairments in motor pathways.
Intermuscular coherence
Parafunctional activity
Neuronal tuning
Intramuscular coordination
Premovement neuronal activity
Cardiac rhythmicity
Spike-timing-dependent plasticity
Sensorimotor rhythm