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A Comparison of Assessment Methods for Muscle Fatigue in Muscle Fatigue Contraction
2016Muscle fatigue often occurs in daily life and work. The assessment method of muscle fatigue based on the surface electromyography (sEMG) has been well reported in some comprehensive reviews. Recently, the time domain parameters, frequency domain parameters, discrete wavelet transform and non-linear methods have been widely used for the evaluation of ...
Xinyu Huang, Qingsong Ai
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Medicine & Science in Sports & Exercise, 2016
Muscle fatigue has been studied with a variety approaches, tools and technologies. The foci of these studies have ranged tremendously, from molecules to the entire organism. Single cell and animal models have been used to gain mechanistic insight into the fatigue process.
Kent, Jane A +4 more
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Muscle fatigue has been studied with a variety approaches, tools and technologies. The foci of these studies have ranged tremendously, from molecules to the entire organism. Single cell and animal models have been used to gain mechanistic insight into the fatigue process.
Kent, Jane A +4 more
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Muscle Fatigue: The Role of Metabolism
Canadian Journal of Applied Physiology, 2002This paper examined the role of metabolites in causing muscle fatigue. Previous studies have shown that Pi [Formula: see text] and H+ may be important factors in causing fatigue. A key question is the potential interaction between metabolic end-products and calcium related excitation-contraction coupling fatigue (ECC).
Kevin K, McCully +3 more
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Hyperventilation syndrome and muscle fatigue
Journal of Psychosomatic Research, 1988Fatigue is a frequent complaint from patients suffering from the hyperventilation syndrome. Fatigue was quantified in terms of the endurance time that a certain force can be generated in a sustained handgrip contraction, and in terms of the time course of changes in certain parameters of the EMG-power spectrum of the contracting muscles.
H, Folgering, A, Snik
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Function and Fatigue of Respiratory Muscles
Chest, 1985The functional anatomy of the respiratory muscles and their actions and interactions are presented, particularly of the diaphragm. The large amount of blood flow to respiratory muscles and the determination of blood flow are reviewed, while the role these muscles play in the overall economy of the body in health and disease are discussed.
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Fatigue Effects on Muscle Excitability
International Journal of Sports Medicine, 1996Repeated isometric or shortening contractions of skeletal muscle cause muscle fatigue but several prior studies have reported an apparent absence of muscle fatigue when humans performed up to 70 lengthening contractions. We pursued the hypothesis that perhaps muscle excitability is a factor that aids force preservation with repeated eccentric actions ...
T, Hortobágyi +3 more
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Change in manipulation with muscle fatigue
European Journal of Neuroscience, 2010AbstractMuscle fatigue is defined as an exercise‐induced reduction in the force‐generating capacity of muscle. Here, we investigated the effect of muscle fatigue on hand dexterity. Healthy adults (n = 17) gripped and lifted an object (0.342 kg) five times before and after two interventions.
Gabrielle, Todd +2 more
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Neuromuscular Fatigue in Dystrophic Muscle
Nature, 1962THE effects of the dystrophic process upon muscle function are of continued interest. Dystrophic mouse muscle has been found to exhibit multiple action potentials, spontaneously, as well as in response to a single stimulus to its nerve1,2; d-tubocurarine or sustained, periodic single shock stimulation shortens the after-discharges1.
Conrad, J T, Glaser, G H
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MUSCLE PAIN, FATIGUE, AND FASICULATIONS
Neurologic Clinics, 1997This article discusses muscle pain, fatigue, and fasiculations. Muscle pain and fatigue are common problems in general medicine and in neurology, while fasiculations raise concern about a potentially ominous disease. The author reviews the conditions that cause pain and similar conditions arising from nonmuscular soft tissues.
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Muscle Fatigue: The Cellular Aspects
The American Journal of Sports Medicine, 1996High-intensity contractile activity causes a rapid fall in peak tension or force, a reduced shortening velocity, decline in power, prolonged twitch duration, a sarcolemma action potential with a prolonged duration, reduced amplitude, and a conduction velocity that may result in conduction block.
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