Fox's Physiological Basis for Exercise and Sport

Steven J Keteyian is the Program Director of Preventive Cardiology, Henry Ford Heart & Vascular Institute in Detroit. He is also an adjunct Associate Professor, Department of Physiology, Wayne State University School of Medicine, Detroit, MI and Clinical Professor of Exercise Science, School of Health Sciences, Oakland University, Rochester, MI. In addition to receiving his Ph.D. from Wayne State University, Dr. Keteyian received his masters degree from the University of Northern Colorado and his undergraduate degree from Grand Valley State Colleges. Born in Detroit, Dr. Keteyian began working at Henry Ford Hospital in 1981, where the focus of his research and clinical duties currently involve patients with heart failure. In addition, he is actively involved with human performance issues and the role of exercise and physical activity in the primary and secondary prevention of disease. Dr. Keteyian, is the founding and current editor of Clinical Exercise Physiology, a journal devoted to the application of exercise physiology across the spectrum of chronic diseases. He is a member of the Board of Trustees and Fellow of the American College of Sports medicine; a member of the American Physiological Society; and a member of the American Association of Cardiovascular and Pulmonary Rehabilitation. Dr. Keteyian has published more than 40 articles and chapters in books. His involvement with this textbook is his third academic endeavor for graduate and undergraduate students entering the field of exercise physiology. Dr. Keteyian also writes a weekly column on Health and Fitness in the Detroit News.

1 Introduction to Exercise Physiology, Sports Medicine, and KinesiologySection 1: Bioenergetics2 Energy Sources3 Recovery from Exercise4 Measurement of Energy, Work, and PowerSection 2: Neuromuscular Concepts5 Nervous Control of Muscular Movement6 Skeletal Muscle: Structure and FunctionSection 3: Cardiorespiratory Considerations7 Pulmonary Ventilation and Mechanics8 Gas Exchange and Transport9 Cardiovascular System: Function and Exercise Responses10 Cardiorespiratory ControlSection 4: Physical Training11 Methods for Anaerobic Training and Physiologic Responses12 Methods for Aerobic Training and Physiologic Responses13 Development of Muscular Strength, Endurance, and Flexibility14 Physical Activity and HealthSection 5: Nutrition and Body Weight Control15 Nutrition and Exercise Performance16 Exercise, Body Composition, and Weight ControlSection 6: Humoral Responses and Performance Aids17 Exercise and the Endocrine System18 Drugs and Ergogenic AidsSection 7: The Environment19 Temperature Regulation: Exercise in the Heat and Cold20 Performance Underwater, at High Altitude, and During and After MicrogravityAppendixesA. Symbols, Abbreviations, and NormsB. The CellC. The Gas LawsD. Calculation of Oxygen Consumption and Carbon Dioxide ProductionE. Nomogram for Calculating Body Surface Area, Conversion Table for Body Mass in Pounds to Kilograms, and Nomogram for Calculating Body Mass Index from Inches and PoundsF. Tests of Anaerobic and Aerobic PowerG. Measuring EfficiencyH. Six Key Equations to RememberGlossary