Muscle synergy space: learning model to create an optimal muscle synergy

Muscle synergy space: learning model to create an optimal muscle synergy

Muscle redundancy allows the central nervous system (CNS) to choose a suitable combination of muscles from a number of options. This flexibility in muscle combinations allows for efficient behaviors to be generated in daily life. The computational mechanism of choosing muscle combinations, however, remains a long-standing challenge. One effective method of choosing muscle combinations is to cre...

Muscle Synergy an Historical Review

This paper is a study of 5,000 articles from the PubMed Medical Library. The main subject of our review is Muscle Synergy, which has become an important subject in rehabilitation therapy.For the study we input different string combinations with the following words: strategy, power,synergy,model,dynamics,adjustment,analysis,recovery, acquisition,coordination,multijoint, skill ,stroke, kinematics...

Receptor Synergy from Thin Fiber Muscle Afferents

Investigation of Muscle Synergies Using Four Different Methods of Synergy Extraction While Running on a Treadmill in Beginner Runners

Introduction: The study of muscle synergy is a new way to evaluate the functioning of the human body's control system. Different mathematical methods are used to extract muscle synergies from electromyographic data, and this factor can cause different outputs in muscle synergies. Therefore, the aim of this study was to investigate muscle synergies using four different synergy extraction methods...

Control of reaching movements by muscle synergy combinations

Controlling the movement of the arm to achieve a goal, such as reaching for an object, is challenging because it requires coordinating many muscles acting on many joints. The central nervous system (CNS) might simplify the control of reaching by directly mapping initial states and goals into muscle activations through the combination of muscle synergies, coordinated recruitment of groups of mus...