Exercise Physiology: Theory and Application to Fitness and PerformanceThis third edition continues to emphasize the theme of homeostasis, emphasizing control of physiological systems during exercise, and relating bioenergetics to control mechanisms, and so aiming to give students a modern perspective of exercise and exercise physiology. |
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Contents
Physiology of Exercise in the United States | 3 |
Professional Societies and Research Journals | 9 |
Control of the Internal Environment | 13 |
Copyright | |
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Exercise Physiology: Theory and Application to Fitness and Performance Scott K.. Powers,Edward T. Howley No preview available - 1997 |
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aerobic altitude amino acids anaerobic Applied Physiology arterial athletes blood flow blood glucose blood pressure body fat Ca++ carbohydrate cardiac output cardiovascular cellular changes chapter contraction control system cortisol decrease diabetes diet discussed disease effect electron transport chain endurance training enzyme epinephrine exercise intensity exercise physiology exercise test factors fast fibers fatigue fiber types Figure fitness function glucagon glycogen glycolysis heart rate heat homeostasis hormone increase incremental exercise insulin intake Journal of Applied Journal of Sports kcal Krebs cycle lactate threshold lactic acid levels lung maximal Medicine and Science membrane metabolism mitochondria molecules motor muscle fibers muscle glycogen muscular myosin NADH neuron obesity oxidative oxygen uptake pathways performance physical activity plasma glucose prolonged exercise protein pulmonary reactions receptors regulation respiratory response role Science in Sports skeletal muscle Sports and Exercise Sports Medicine stimulation stroke volume summary temperature tion tissue treadmill ventilation VO₂ VO2 max