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Preface | |
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Acknowledgments | |
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Contributors | |
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Overview of the Human in Motion | |
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Introduction to Exercise Science | |
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Introduction | |
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Emergence of a Scientific Discipline | |
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Exercise Science and Related Disciplines | |
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Exercise Science--A "New" Science | |
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The Scientific Method | |
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Basic Versus Applied Research | |
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The Research Continuum | |
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Movement at Every Level | |
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Animal Research in Exercise Science | |
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Summary Points | |
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Physiology of Exercise | |
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Exercise Physiology | |
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Introduction | |
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Skeletal Muscle | |
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Energy for Muscular Work | |
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Energy Production | |
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Selection of Energy Sources During Exercise | |
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Muscle Fibers | |
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The Cardiovascular and Respiratory Systems | |
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Summary Points | |
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Adaptations to Exercise Training | |
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Introduction | |
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Principles of Exercise Adaptation | |
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Types of Anaerobic Exercise Training | |
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Assessing Success of Anaerobic Exercise Training | |
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Long-Term Adaptations to Anaerobic Exercise Training | |
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Long-Term Adaptations to Aerobic Exercise Training | |
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Summary of Anaerobic and Aerobic Training Adaptations | |
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Detraining | |
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The Space Environment | |
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Overtraining | |
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Tapering | |
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Summary Points | |
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Nutrition and Exercise Science | |
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Introduction | |
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The Energy Value of Food | |
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Components of the Athlete's Diet | |
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Carbohydrate | |
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Fats | |
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Proteins | |
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Fluids and Hydration | |
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Vitamins and Minerals | |
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Performance Eating | |
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Food Selection Before Performance | |
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Food Selection During Performance | |
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Food Selection After Performance | |
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Energy Balance | |
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Body Composition | |
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Measuring Body Composition | |
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Anthropometric Measurement of Body Fat Composition | |
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Bioelectrical Impedance Analysis | |
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Magnetic Resonance Imaging | |
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Summary Points | |
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Health Benefits of Exercise and Fitness | |
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Introduction | |
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The General Health Benefits of Exercise | |
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The Specificity of Exercise Principle | |
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Heart Disease | |
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Exercise Epidemiology | |
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High Blood Pressure | |
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High Cholesterol | |
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Obesity | |
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Diabetes | |
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Chronic Obstructive Pulmonary Disease | |
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Osteoporosis | |
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Cancer | |
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Exercise and the Immune System | |
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Mental Health | |
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Summary Points | |
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Exercise and the Environment | |
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Introduction | |
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Environmental Temperature | |
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Behavioral Temperature Regulation | |
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Heat Balance | |
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Peripheral Blood Flow | |
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Exercise and Core Temperature | |
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Heat Transfer | |
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Acclimatization | |
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Clothing | |
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Cold | |
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Exercise and Atmospheric Pressure | |
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Exercise at High Pressure: Underwater Diving | |
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Physiology of Weightlessness | |
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Returning to Earth's Environment | |
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Air Pollution | |
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Summary Points | |
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Sports Medicine: Prevention and Rehabilitation of Injury | |
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Fundamentals of Sports Medicine | |
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Introduction | |
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Common Athletic Injuries | |
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Injury Prevention | |
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Inappropriate Exercises | |
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Summary Points | |
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Treatment of Sports Medicine Injuries | |
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Introduction | |
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Immediate Care | |
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Rehabilitation Treatment for Sports Medicine Injuries | |
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Surgery | |
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New Technology | |
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Sport Diving Injuries | |
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Treatment of Environmental Injuries | |
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Summary Points | |
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Biomechanics of Human Motion | |
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Introduction to Biomechanics | |
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Introduction | |
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Background for the Study of Biomechanics | |
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The Analysis of Human Motion | |
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Kinematics of Human Movement | |
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Speed and Velocity | |
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Kinetics of Human Movement | |
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Newton's Laws of Motion | |
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Relationship of Force and Motion | |
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Biomechanics of Muscle Force | |
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Who Uses Biomechanics? | |
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Summary Points | |
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Special Topics in Biomechanics | |
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Introduction | |
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Gait Analysis | |
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How to Throw a Curve Ball | |
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Fooling With Gravity: The Fosbury Flop | |
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The Biomechanics of Swimming | |
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Cycling | |
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Summary Points | |
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Exercise, Sport, and Materials Science | |
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Introduction | |
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Resistive Forces | |
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Fluid Dynamics | |
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Clothing Materials | |
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The Mechanics of Sports Implements | |
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Athletic Footwear | |
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Analyzing Materials and Equipment Design | |
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Summary Points | |
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The Mind and Brain in Exercise | |
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Sports Psychology | |
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Introduction | |
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Background | |
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The Scope of Sport Psychology | |
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An Athletic Personality? | |
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Mind Over Matter: Relaxation and Exercise Science | |
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Psyching Up: The Inverted-U Theory | |
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Controlling Stress | |
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Psyching Up | |
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The Psychophysiology of Exercise | |
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Exercise Addiction | |
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Applications of Clinical Sport Psychology | |
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Exercise Adherence | |
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Sport Psychology in Injury Prevention and Rehabilitation | |
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Staleness | |
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Conclusion | |
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Summary Points | |
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The Neural Control of Movement | |
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Introduction | |
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The Neuromuscular System in Exercise Science | |
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Communication Among Nerve Cells | |
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Communication Between Nerve Cells and Muscles | |
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Electromyography: Muscle Electrical Activity | |
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Interaction Between the Performer and the Environment | |
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Vision | |
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Visual Control of Movement | |
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Visual Tracking | |
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Kinesthesis | |
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The Kinesthetic System in Motor Learning | |
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The Use of Feedback in Skill Acquisition | |
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Feedforward Control for Rapid Movements | |
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The Neuroscience of Motor Learning | |
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The Timing of Motor Activity | |
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Summary Points | |
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Motor Learning | |
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Introduction | |
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Information Processing: Using Information to Control Movement | |
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Errors Can Occur at any Information Processing Stage | |
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Classification of Motor Skills | |
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Measuring Motor Learning | |
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Improving Skill With Feedback | |
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The Organization of Practice in Skill Improvement | |
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The Benefit of Random Practice | |
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Transfer of Learning | |
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Individual Differences and Components of Ability | |
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Identification of Ability Components | |
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The Future of Skill Acquisition | |
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Summary Points | |
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Special Issues in Exercise Science | |
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Developmental Issues in Exercise Science | |
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Introduction | |
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Developmental Changes in Youth Fitness | |
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Youth Sports | |
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Performance-Related Fitness Components | |
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Intensive Training and Health Considerations for the Young Athlete | |
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Resistance Training With the Prepubescent Athlete | |
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Adult Development and Aging | |
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The Demographics of Aging | |
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The Physiology of Aging | |
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Sensory Systems | |
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Intervention Strategies | |
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Elite Motor Performance in Older Adulthood | |
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Conclusion | |
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Summary Points | |
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Index | |