Exercise Physiology: Basis of Human Movement in Health and DiseaseBridging the gap between exercise physiology principles and clinical practice, this text provides comprehensive coverage of both traditional basic science and clinical exercise physiology principles. The book presents clinical applications and examples that connect theory to practice. More than 500 full-color illustrations and numerous graphs and tables complement the text. Reader-friendly features including Perspective Boxes, Research Highlights, Biography Boxes, and Case Studies engage readers and reinforce key concepts. A bonus three-dimensional interactive anatomy CD-ROM from Primal Pictures and a Student Resource CD-ROM accompany the book. LiveAdvise online faculty support and student tutoring services are available free with the text. |
Contents
chapter we begin our discussion of the basic science of nutrient assimilation in Chapter 2 | 2 |
Nutrients for Physical Activity | 21 |
Minerals38 | 38 |
Energy Sources and Production | 49 |
Metabolic Transitions During Exercise | 75 |
and Energy | 98 |
Respiratory Exercise Physiology127 | 127 |
Cardiovascular Exercise Physiology | 161 |
Assessment of Body Composition 310 | 310 |
14 | 327 |
15 | 361 |
16 | 387 |
PART 3 | 429 |
19 | 458 |
20 | 474 |
23 | 510 |
Cardiac and Circulatory Dynamics | 177 |
Exercise195 | 195 |
Neuroanatomy and Neuromuscular Control | 217 |
Skeletal Muscle Architecture and Contraction | 263 |
Muscle Mechanics During Activity | 270 |
PART 2 | 278 |
APPLIED EXERCISE PHYSIOLOGY287 | 287 |
13 | 296 |
13 | 301 |
Lab Exercise | 304 |
21 | 513 |
22 | 529 |
Disorders554 | 554 |
EXPERIENCES IN WORK PHYSIOLOGY577 | 577 |
Lab Exercise | 584 |
Lab Exercise | 590 |
Lab Exercise | 604 |
APPENDICES | 609 |
Other editions - View all
Exercise Physiology: Basis of Human Movement in Health and Disease Stanley P. Brown,Wayne C. Miller,Jane M. Eason No preview available - 2006 |
Exercise Physiology: Basis of Human Movement in Health and Disease Stanley P. Brown,Wayne C. Miller,Jane M. Eason No preview available - 2006 |
Common terms and phrases
action potential aerobic aerobic exercise amino acids arterial assessment athletes blood flow blood pressure body composition body fat body mass capacity carbohydrate cardiac cardiac output cardiovascular cell chronic cise clinical cycle decrease diet dietary disability disease disorders effect endurance energy expenditure enzymes equation ergometer exer exercise intensity exercise physiology exercise prescription exercise program exercise testing exercise training factors FADH2 fatigue fatty acids FIGURE fitness functional glucose glycogen glycolysis heart rate heat hormone increase individuals INQUIRY SUMMARY intake kcal lung maximal measure membrane metabolic minutes molecule motor units movement muscle fiber muscular myosin nerve nervous system neurons normal nutrients O₂ obesity output overweight patient performance physical activity production protein pulmonary reactions reduced resistance exercise respiratory response result risk skeletal muscle spinal cord strength symptoms temperature tion tissue triglycerides ventricular vitamin vitamin D VO₂ VO2max volume women