Muscle and Exercise Physiology

<p>Skeletal Muscle Morphology<br>1. Human Body Composition and Muscle Mass <br>2. Functional Morphology of the Striated Muscle <br>3. Mechanisms of Muscle Contraction and Relaxation<br>4. Motor Units and Muscle Receptors</p> <p>Muscle Energetics and its Performance<br>5. Muscle Energetics<br>6. Efficiency of Skeletal Muscle<br>7. Muscle Function: Strength, Speed, and, Fatigability<br>8. Critical Power: Possibly the Most Important Fatigue Threshold in Exercise Physiology<br>9. Energy Cost of Human Locomotion on Land and in Water</p> <p>Muscle Metabolism and Exercise Physiology<br>10. The Coupling of Internal and External Gas Exchange During Exercise<br>11. Carbohydrate Metabolism During Exercise<br>12. Muscle Lipid Metabolism<br>13. Muscle as an Endocrine Organ<br>14. The Role of Reactive Oxygen and Nitrogen Species in Skeletal Muscle<br>15. Exercise, Immunity and Illness</p> <p>Body Adaptation to Exercise<br>16. The Evolution of Skeletal Muscle Plasticity in Response to Physical Activity and Inactivity<br>17. Muscle Blood Flow and Vascularization in Response to Exercise and Training<br>18. Metabolic Transitions and Muscle Metabolic Stability: Effects of Exercise Training<br>19. Human Aging - Impact on Muscle Force and Power<br>20. The Role of Exercise on Fracture Reduction and Bone Strengthening</p> <p>Heart Muscle and Exercise<br>21. Functional Morphology of the Cardiac Myocyte<br>22. Exercise and the Coronary Circulation<br>23. Cardiac Energetics<br>24. Regulation of Heart Rate and Blood Pressure During Exercise in Humans<br>25. Sympatho-excitation in Heart Failure: Contribution of Skeletal Muscle Reflexes and the Protective Role of Exercise Training</p>