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        무용유형별 기본동작 수행 중 호흡순환계의 반응 비교

        남윤주(Nam Yun-Joo),김병로(Kim Byung-roh),김향금(Kim Hayng-kum) 한국체육과학회 2003 한국체육과학회지 Vol.12 No.2

        The purpose of this study was to compare and analyze the respiratory-cardiovascular response among dance styles during the basic posture dance. The subjects of this study was 7 female students in C University, and each student executed the basic posture of each styles of dances three times with the interval of one week. The results of this study were as follows. 1. During the execution of basic posture for each styles of dances, there were significant differences in HR according to dance time, but did not showed significant difference according to dance styles. 2. During the execution of basic posture for each styles of dances, the VO₂ was showed significant difference according to dance time and dance style. The VO₂ in the Korean dance was lower than that of the ballet and modem dance. 3. During the execution of basic posture for each styles of dances, the VO₂/㎏ was showed significant difference according to dance time and dance style. The VO₂/㎏ in the modem dance was showed greater than that of the Korean dance and the ballet. 4. During the execution of basic posture for each styles of dances, the VCO₂ was showed significant difference according to dance time and dance style. The VCO₂ in the modem dance was showed greater than that of the Korean dance and the ballet. 5. During the execution of basic posture for each styles of dances, the VE was showed significant difference according to dance time and dance style. The VE in the modem dance was showed greater than that of the Korean dance and the ballet. 6. The total energy expenditure in the modem dance was showed higher than that of the Korean dance and the ballet. 7. The VO₂max in the modem dance was showed higher than that of the Korean dance and the ballet. 8. There was no effect of interaction in HR according to the dance time and dance styles, but it was showed that there were effect of interaction in VO₂, VO₂/㎏, VCO₂, and VE respectively.

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