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Volume: 38
Number: 4
Index: December 2010
Clinical Focus:Respiratory Care
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December 2010
Clinical Focus: Respiratory Medicine
  • Asthma and the athlete
    • Vocal cord dysfunction
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    • Exercise-induced bronchospasm
  • COPD
    • Obesity and COPD
    • Relationship between COPD and nutrition intake
  • Treatment options for steroid-induced osteoporosis in men
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  • Respiratory infections in winter sports athletes
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  • Fitness and long-term oxygen therapy/lung transplantation
  • Airflow function and the metabolic syndrome
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doi: 10.3810/psm.2021.10.1733
The Physician and Sportsmedicine: Volume 37: No.3
The Effect of Whole Body Vibration Short-Term Exercises on Respiratory Gas Exchange in Overweight and Obese Women
Dirk Vissers, MSc, PhD; Jean-Pierre Baeyens, PhD; Steven Truijen, PhD; Kris Ides, MSc; Carl-Christian Vercruysse, MSc; And Luc Van Gaal, MD, PhD
Abstract: Aims: To assess the effect of whole body vibration on oxygen uptake and carbon dioxide production among overweight and obese women. Methods: In a randomized controlled trial, anthropometric measurements were taken in 20 adult overweight women. Ventilation of oxygen, carbon dioxide, and heart rate were measured using a portable gas-analysis system. After each exercise, a Borg’s scale score was assessed. Exercises were performed on a vibration platform with a frequency of 35 Hz and with the intensity set on “high” (amplitude of 4 mm). Two dynamic exercises (squatting and calf raises) and one static exercise (standing) were performed during 3 minutes with and without vibration in a randomized order, with 10 minutes rest between exercises. Mean values of the third minute of exercise were compared. Results: Ventilation of oxygen and carbon dioxide were consistently, significantly higher in the exercises with vibration compared with the exercises without vibration. Borg’s scale scores only showed a significant difference between calf raises with and without vibration. Conclusion: The addition of whole body vibration to both static and dynamic exercises appears to significantly increase oxygen uptake in overweight and obese women. More research is needed to determine the physiological pathway and clinical relevance of this increase.

Keywords: acceleration; body weight; exercise; exercise expenditure; oxygen consumption


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