Nutrition: the base for human performance. Carbohydrates, lipids, and proteins ; Vitamins, minerals, and water ; Optimal nutrition for exercise
Energy for physical activity. Energy value of food ; Introduction to energy transfer ; Energy transfer in the body ; Energy transfer during exercise ; Measurement of human energy expenditure ; Human energy expenditure during rest and physical activity ; Energy expenditure during walking, jogging, running, and swimming ; Individual differences and measurement of energy capacities
Aerobic systems of energy delivery and utilization. Pulmonary structure and function ; Gas exchange and transport ; Dynamics of pulmonary ventilation ; The cardiovascular system ; Cardiovascular regulation and integration ; Functional capacity of the cardiovascular system ; Skeletal muscle: structure and function ; Neural control of human movement ; The endocrine system: organization and acute and chronic responses to exercise
Enhancement of energy transfer capacity. Training for anaerobic and aerobic power ; Muscular strength: training muscles to become stronger ; Special aids to exercise training and performances
Exercise performance and environmental stress. Exercise at medium and high altitude ; Exercise and thermal stress ; Sport diving ; Microgravity: the last frontier
Body composition, energy balance, and weight control. Body composition assessment ; Physique, performance, and physical activity ; Overweight, obesity, and weight control
Exercise, successful aging, and disease prevention. Physical activity, health, and aging ; Clinical exercise physiology for cancer, cardiovascular, and pulmonary rehabilitation
On the horizon. Molecular biology: a new vista for exercise physiology.
