Exercise and sport science /
| Other Authors: | , |
|---|---|
| Format: | Book |
| Language: | English |
| Published: |
Philadelphia :
Lippincott Williams & Wilkins,
[2000]
|
| Subjects: |
Table of Contents:
- Ch. 1. Carbohydrate metabolism and exercise
- Ch. 2. Fat metabolism
- Ch. 3. Protein metabolism during exercise
- Ch. 4. Measurement of work and power in sport
- Ch. 5. Physiology of intermittent exercise
- Ch. 6. Nature of training effects
- Ch. 7. Fatigue from voluntary motor activity
- Ch. 8. Cardiovascular responses to exercise and training
- Ch. 9. Pulmonary responses to exercise and training
- Ch. 10. Endocrine responses to exercise and training
- Ch. 11. Muscular responses to exercise and training
- Ch. 12. Exercise, the immune system, and infectious disease
- Ch. 13. Exercise and gastrointestinal function
- Ch. 14. Renal responses to exercise and training
- Ch. 15. Skeletal responses to exercise and training
- Ch. 16. Skin responses to exercise and training
- Ch. 17. Molecular biology of exercise
- Ch. 18. Individual assessment of the aerobic-anaerobic transition by measurements of blood lactate
- Ch. 19. Exercise for successful aging
- Ch. 20. Effects of air pollutants on exercise
- Ch. 21. Free radicals and antioxidants in exercise and sports
- Ch. 22. Body composition in sports: measurement and applications for weight loss and gain
- Ch. 23. Exercise science and the child athlete
- Ch. 24. Chronobiology and physical performance
- Ch. 25. Ergogenic aids for improved performance
- Ch. 26. Physical exercise in hot and cold climates
- Ch. 27. Exercise-induced muscle injury and inflammation
- Ch. 28. Fluids and electrolytes during exercise
- Ch. 29. Growth, maturation, and performance
- Ch. 30. The effects of hypo- and hyperbaria on performance
- Ch. 31. Effects of microgravity on exercise performance
- Ch. 32. Enhancing exercise performance: nutritional implications
- Ch. 33. Overtraining and overreaching: causes, effects, and prevention
- Ch. 34. Periodization of training
- Ch. 35. Biomechanics of cycling
- Ch. 36. Biomechanics of landing
- Ch. 37. Biomechanics of kicking
- Ch. 38. Biomechanics of overhead sports
- Ch. 39. Biomechanics of powerlifting and weightlifting exercises
- Ch. 40. Biomechanics of alpine and nordic skiing
- Ch. 41. Biomechanics of swimming
- Ch. 42. Biomechanics of walking and running
- Ch. 43. Biomechanics of ice hockey
- Ch. 44. Physiology of alpine skiing
- Ch. 45. Physiology of baseball
- Ch. 46. Physiology of basketball
- Ch. 47. Physiology of canoe sport
- Ch. 48. Physiology of cycling
- Ch. 49. Physiology of dance
- Ch. 50. Physiology of figure skating
- Ch. 51. Physiology of American football
- Ch. 52. Physiology of ice hockey
- Ch. 53. Physiology of cross-country skiing
- Ch. 54. Physiology of competitive rowing
- Ch. 55. Physiology of soccer
- Ch. 56. Physiology of speed skating
- Ch. 57. Physiology of swimming
- Ch. 58. Physiology of racquet sports
- Ch. 59. Physiology of triathlon
- Ch. 60. Physiology of weight lifting
- Ch. 61. Physiology of wrestling.