'Respiratory exchange ratio' presentation slideshows

Overview and Basics of Exercise Physiology

Overview and Basics of Exercise Physiology. Quiona Stephens, PhD, Department of Military and Emergency Medicine. Topics to Cover. Basic Definitions Physiologic Responses to Exercise Maximal Aerobic Capacity and Exercise Testing Energy Systems Skeletal Muscle Fiber Types

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CHAPTER 8

CHAPTER 8. Ventilation-Perfusion Relationships. Normal Ventilation-Perfusion Ratio (V/Q Ratio). Fig. 8-1. The normal ventilation-perfusion ratio (V/Q ratio) is about 0.8. HOW THE VENTILATION-PERFUSION RATIO AFFECTS THE ALVEOLAR GASES. Upright Lung and V/Q Ratio.

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CHAPTER 8

CHAPTER 8. Ventilation-Perfusion Relationships. Normal Ventilation-Perfusion Ratio (V/Q Ratio). Fig. 8-1. The normal ventilation-perfusion ratio (V/Q ratio) is about 0.8. HOW THE VENTILATION-PERFUSION RATIO AFFECTS THE ALVEOLAR GASES. Upright Lung and V/Q Ratio.

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Assessment of Energy Needs

Assessment of Energy Needs David L. Gee, PhD Professor of Food Science and Nutrition Central Washington University Reasons to assess energy needs Energy needs are highly variable Prevent underfeeding decrease organ mass and function impaired wound healing impaired immune response

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Caloric Expenditure and Physiological Responses During and Following a Suspension Training Workout

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SPECIALISED TRAINING

SPECIALISED TRAINING. Continued from Mrs. Williams p.75 - 76. MEASURING THE INTENSITY OF TRAINING. Elite athletes need to know that they are training at the right intensity.

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Additional Chapter 6 information

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Respiratory Exchange Ratio (RER)

. w The ratio between CO 2 released (VCO 2 ) and oxygen consumed (VO 2 ). w RER = VCO 2 /VO 2. Respiratory Exchange Ratio (RER). The RER value at rest is usually 0.78 to 0.80, indicating the body is primarily metabolizing fat; e.g., oxidation of palmitate:

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