In this context the cerebellum provides the tactics of the multiple muscle activation required to support such definite movements.

Heavy warm up loads stimulate the neural system, allowing for increased muscle activation during lighter bat swings.

In salamanders of the genus Hydromantes, the pattern of muscle activation has been mapped.

The first function transforms the representation of the agents action into specific patterns of muscle activation that in turn produce forces in the environment.

Galvani and contemporaries regarded muscle activation as resulting from an electrical fluid or substance in the nerves.

Research also applies electromyography (EMG) system to study the muscle activation.

A severe movement disorder may result in marked loss of function with minimal or no volitional muscle activation.

Furthermore, as body velocity increases, the pattern formation layer would increase muscle activation nonlinearly to provide increased load-bearing and thrust forces.

His research focuses on how the central nervous system translates brain messages signaling motor intent into muscle activation.

Unfortunately, this muscle activation is not easily detected which means the muscle movement must be measured on a wider range.