Energy expenditure of upper limb movements
10.3969/j.issn.1673-8225.2009.50.021
- VernacularTitle:不同形式上肢运动的能量消耗
- Author:
Qiang TANG
;
Lei SHENG
;
Weihong ZHU
;
Sen LI
;
Cuie WU
- Publication Type:Journal Article
- From:
Chinese Journal of Tissue Engineering Research
2009;13(50):9903-9908
- CountryChina
- Language:Chinese
-
Abstract:
BACKGROUND: Many methods involved in measuring energy expenditure of physical action, however, study regarding measurements of upper limber movement energy expenditure are few.OBJECTIVIE: To measure the energy expenditure of limber movement using indirect calorimetry, and to analyze the characteristics of upper limber movement energy expenditure and influencing factors such as age and gender.DESIGN, TIME AND SETTING: The comparison observation was performed at the Jiangsu Institute of Sports Science from January to March 2009.PARTICIPANTS: Totally 108 health adults, including 47 males and 61 females, participated in the study, 65 of them aged 20-39 years, and the remained 43 aged 40-59 years.METHODS: Energy expenditure of 4 upper limb movements were performed, including sitting posture arm swing (60 times/min),elbow flexion (40 times/min), shoulder flexion-extension (60 times/min), and lateral arm raise (30 times/min). At each interval,have a 3-minute rest.MAIN OUTCOME MEASURES: Oxygen expenditure of 4 kinds upper limb movements were measured by MetaMax 3B tester. RESULTS: Rest oxygen expenditure of males were greater than that of females (P < 0.05), greater in 20-39 years old than 40-59 years old (P < 0.05). The greatest oxygen consumption occurred in males with arm swing [(550.9±90.6) mL/min], which was (425.8±75.7) mL/min in females. The lowest oxygen expenditure was elbow bend [male: (440.4±82.7) mL/min, female: (367.0±60.1) mL/min]. Net oxygen expenditure of all 4 kinds of upper limb movements was lower than 250mL/min (1 metabolic equivalent).CONCLUSION: ① The energy expenditure of usual upper limber movements below 1 metabolic equivalent. ② Age and body mass has more effect on resting energy expenditure than the gender. ③ The efficiency of young adults upper limb movements is higher than old adults.
