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유산소성 및 무산소성 최대운동 후 혈중 젖산 생성 및 제거율 비교

The Comparisons of Blood Lactate Concentration and Removal Rate after Aerobic and Anaerobic Maximal Exercise

김지원|김효진|김지연|박동호|민석기|김창선
한국운동생리학회|2017.11|운동과학 (Exercise Science)|제26권 제4호|pp. 239-247|DOI https://doi.org/10.15857/ksep.2017.26.4.239

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참고문헌

키워드

LDHBlood lactateAerobicAnaerobic혈중 젖산최대운동유산소무산소Maximal exercise

초록

PURPOSE: This study examined blood lactate concentration and removal rate after aerobic and anaerobic maximal exercise test in sedentary middle-age women. METHODS: Ten sedentary middle-age women (aged 52.7±3.3 years) were performed after aerobic (Aero group) and anaerobic maximal exercise (Anaero group) test, VO2max test and Wingate test, by cross-over repeated design with biweekly. The blood was collected from cardinal veins at before and immediately after test for measurement of lactate and lactate dehydrogenase (LDH). And it was also collected from fingertip at before, immediately after and then recovery 5, 10, 15, 30 minutes after each maximal test. Lactate removal rate (%) were calculated by bellow formulas: ={1-[(Lactate at 30 minutes. after test-Resting lactate)/Increased lactate]}×100. RESULTS: The blood lactate concentration from fingertip after both maximal test significantly increased immediately after test (p<.001 respectively), and maintained until recovery of 30 minutes. after test (p<.01, p<.001 respectively) in spite of there were no significant differences between both Aero and Anaero group. There were also no significant differences between both test groups in blood maximum lactate (p=.090) and increased lactate concentration (p=.058). No significant differences were also observed between the two groups in lactate removal rate (p>.05). There are positive correlationship among muscle mass and blood maximum lactate and increased lactate concentration (p<.01).

Abstract

PURPOSE: This study examined blood lactate concentration and removal rate after aerobic and anaerobic maximal exercise test in sedentary middle-age women. METHODS: Ten sedentary middle-age women (aged 52.7±3.3 years) were performed after aerobic (Aero group) and anaerobic maximal exercise (Anaero group) test, VO2max test and Wingate test, by cross-over repeated design with biweekly. The blood was collected from cardinal veins at before and immediately after test for measurement of lactate and lactate dehydrogenase (LDH). And it was also collected from fingertip at before, immediately after and then recovery 5, 10, 15, 30 minutes after each maximal test. Lactate removal rate (%) were calculated by bellow formulas: ={1-[(Lactate at 30 minutes. after test-Resting lactate)/Increased lactate]}×100. RESULTS: The blood lactate concentration from fingertip after both maximal test significantly increased immediately after test (p<.001 respectively), and maintained until recovery of 30 minutes. after test (p<.01, p<.001 respectively) in spite of there were no significant differences between both Aero and Anaero group. There were also no significant differences between both test groups in blood maximum lactate (p=.090) and increased lactate concentration (p=.058). No significant differences were also observed between the two groups in lactate removal rate (p>.05). There are positive correlationship among muscle mass and blood maximum lactate and increased lactate concentration (p<.01).

참고문헌 (43)

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