Cognitive Factors Effects on Maximal Voluntary Contraction (MVC)

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Shafaie Mohammad Milad; Salehnia Alireza

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Seminar Paper

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Year:2025 | Issue:11

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Title

Cognitive Factors Effects on Maximal Voluntary Contraction (MVC)

Author(s)

Shafaie Mohammad Milad | Salehnia Alireza | Issue Writer Certificate

Keywords

Cognitive MVC

Mental Fatigue

Muscle Performance

Cognitive Factors on Maximal Voluntary Contraction

Cognitive Exertion

Abstract

Maximal Voluntary contraction (MVC), performance is a product of cognitive and physiological influences. In addition especially in physiological whole-body performance related to (muscle structure, and motor unit-activation patterns) activation patterns, cognitive crowds, and Mental Fatigue considerably muscle efficiency you can guess MVC performance too. This study explains the review of neuromuscular mechanisms contributing to voluntary force production as a necessity for the field to advance movement science and neurophysiology. The proprioceptive sensory feedback analyses we conducted show MVC performance was more dependent on visual than proprioceptive feedback. Major Constraints in MVC only when force target values rise, or external perturbations happen demonstrating that mammalian motor control is very dynamic when target muscles are asked. Central the CNS needs very broad engagement and therefore high precision to utilize and align the external environment with Muscle Performance, particularly in the face of stress and fatigue High cognitive loads induce a significant MVC performance to demonstrate constraints on CNS proves the impossibility of the CNS in voluntary force. This study highlights the relevance of investigating the many-to-many relationships between cognitive loads and physical capacities, leading to the actual development of more effective training and rehabilitation strategies.

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