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  • Purpose Measurement of basal and resting metabolic rate (BMR and RMR) seems appropriate to detect complement a healthy lifestyle. Higher energy expenditure at rest helps with weight loss in people with overweight and obesity. The aim of this contribution is to compare values of resting metabolic rate of athlete and non-athlete population. Methods Eighteen women (19-26 years old) were examined by Metalyzer 3B (Cortex) device. We have two groups: 9 women (64 kg, 170cm) in athlete population (with regular physical activity three or more hours per week) and 9 women (61 kg, 168cm) non-athlete population (with physical activity up to 1 hour per week). This measurement took place at our laboratory at the Faculty of Sports Studies at the Masaryk University.
  • Purpose Measurement of basal and resting metabolic rate (BMR and RMR) seems appropriate to detect complement a healthy lifestyle. Higher energy expenditure at rest helps with weight loss in people with overweight and obesity. The aim of this contribution is to compare values of resting metabolic rate of athlete and non-athlete population. Methods Eighteen women (19-26 years old) were examined by Metalyzer 3B (Cortex) device. We have two groups: 9 women (64 kg, 170cm) in athlete population (with regular physical activity three or more hours per week) and 9 women (61 kg, 168cm) non-athlete population (with physical activity up to 1 hour per week). This measurement took place at our laboratory at the Faculty of Sports Studies at the Masaryk University. (en)
Title
  • Comparison of the Resting Metabolic Rate in Athlete and Non-athlete Population
  • Comparison of the Resting Metabolic Rate in Athlete and Non-athlete Population (en)
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  • Comparison of the Resting Metabolic Rate in Athlete and Non-athlete Population
  • Comparison of the Resting Metabolic Rate in Athlete and Non-athlete Population (en)
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  • RIV/00216224:14510/11:00056775!RIV12-MSM-14510___
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  • RIV/00216224:14510/11:00056775
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  • metabolism; resting metabolic rate; athlete population; nonathlete population; Cortex Metalyzer 3B; indirect calorimetry (en)
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  • [547C59E26FE9]
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  • Bernaciková, Martina
  • Sedláčková, Eva
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  • 14510
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