Contribution of Locomotion to Non-Exercise Activity Thermogenesis
Explore how daily walking and movement contribute to non-exercise activity thermogenesis and total daily energy expenditure.
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Explore how daily walking and movement contribute to non-exercise activity thermogenesis and total daily energy expenditure.
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Understand how walking speed, terrain type, and incline affect the energy cost of locomotion.
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Learn about cellular adaptations including mitochondrial biogenesis and changes in oxidative capacity.
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Discover how skeletal muscle glucose handling and insulin sensitivity change during ambulatory activity.
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Examine how low-intensity walking affects ghrelin, leptin, and other appetite-regulating hormones.
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Understand variability in how different individuals respond to increased daily movement.
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