最大吸氧量

9至17岁男孩的PWC（170）水平及最大吸氧量的估测

The PWC_ ( 170 ) Level of Boys Aged 9 to 17 and the Estimation of Their Maximal Oxygen Uptakes

用自动倒转固定跑台对445名10～18岁男女学生进行最大吸氧量（Vo（2max））的直接测定。

Maximal oxygen uptake ( VO2max ) of 445 boys and girls aged 10-18 was measured directly on a motor driven treadmill .

均以个人最大吸氧量90%功率为起点，分别进行每分递减30W、20W、10W至0负荷的3种不同方式的渐减负荷运动。

The three different decreasing work rates of30W , 20W and10W , respectively , were started from a work rate at90 % VO2max .

结果发现有氧训练6个月后受试者的体重（BW）和体成分指数（BMI）明显下降，而最大吸氧量（VO2max）显著上升（P<0.05）；

The results showed that the body weight ( BW ) and body mass index ( BMI ) of old subjects decreased significantly after a training for the first 6-month and the maximal oxygen consumption ( VO_2max ) increased remarkably ( P < 0.05 ) .

性发育对女性最大吸氧量的影响

The effects of sexual development on maximal oxygen uptake in girls

9&18岁学生最大吸氧量的纵向研究

Longitudinal Study of Maximal VO_2 Uptake in 9-18 Year Students

最大吸氧量直接、间接测定法的效果比较

Comparison between the direct and indirect measurement of maximum quantity of respiratory oxygen

10～12岁男孩最大吸氧量的间接测定法

Prediction of maximal oxygen uptake in boys , ages 10 ~ 12 years

用多元逐步回归方法预测女短跑和女短距离游泳运动员的最大吸氧量

Prediction of maximal oxygen uptake in 42 sportswomen by a stepwise multiple-regression technique

10～18儿童青少年最大吸氧量的正常值

Maximal Oxygen Uptake Norms for Chinese Children and Adolescents Aged 10 to 18

耐力训练对无氧阈、最大吸氧量和心输出量的影响

Effects of Endurance Training on Anaerobic Threshold , Maximal Oxygen Uptake and Cardiac Output

10～16岁男女学生最大吸氧量比较

Comparison of the maximal oxygen uptake of male and female students between 10-16 years old

最大吸氧量是有氧耐力最好指标的概念面临着挑战

A Challenge to the Concept of Maximal Oxygen Uptake As the Best Index of Aerobic Endurance

不同训练频率对最大吸氧量和左室功能及亚极量运动能力的影响

Effects of different training frequencies on vo_ ( 2max ), left ventricular functions and submaximal work capacity

体育系女生月经周期中最大吸氧量和某些体力、机能的变化

Vo2max and Certain Changes in Physical Functions of the Physical Education Department Women Students During the Menstrual Cycle

本文通过测试与分析，探讨了赛艇运动对最大吸氧量的影响及其与心功能的关系。

According to the test and analysis , the effect of rowing on VO_2max and the relationship to heart function was researched .

通过对老年人进行科学监控运动强度的有氧训练，探讨老年人最大吸氧量的可训练性及有氧训练的方法。

To test the hypothesis that aerobic exercise with scientific controlled work load can still improve the aerobic capacity in the elderly .

确定的12分钟跑和最大吸氧量在高原和平原的差值，供训练参考。

The difference of 12-minute running and maximum oxygen absorption at plateau and plain was determined for the purpose of making reference in training .

具体表现在：肺活量、最大吸氧量、每搏输出量、每分输出量、血管顺应性在训练后明显升高，心率、血压（收缩压、舒张压）、外周阻力明显降低；

Vital capacity , Maximal oxygen uptake and Vessel compliance can all be advanced , Heart rate , Blood pressure , Resistance of peripheral can be decreased ;

根据测量结果，作者建议赛艇测功仪是赛艇运动员最大吸氧量测量的首选负荷器；

According to the results , the authors suggest the the rowing strength test machine is the best exercises test for test the rowing athletes ' Vo2max ;

采用身体形态、机能、最大吸氧量等生理指标及心理问卷对分层教学效果进行评定，结果显示分层教学不仅促进了学生身体健康，而且改善了他们的心理素质，体现了体育教学新观念。

Those criteria include physiological indexes such as physical morphology , physical function and VO_2max as well as questionnaires on students'psychology . The result reveals that gradation teaching can effectively improve students'physical and mental health .

观察运动康复训练12周前后安静状态下的体重、腹围、臀围、体脂率、安静心率、12分钟跑距离、最大吸氧量、血脂及血胰岛素、肾上腺素的变化。

Both 12 week exercise-included changes in weight , the size of abdomen and buttocks , fat rate , rest heart rate , 12-minute running distance , VO_2 max the maximum oxygen capacity , serum lipid , blood insulin and adrenaline were observed .

12周的抗阻训练后测定身高、体质量、心率、血压、腰围、臀围、体脂率、最大吸氧量、血糖、血脂。

At the end of 12 weeks circular resistance training , the height and body mass , basic heart rate , blood pressure , waistline , hip circumference , fat rate , maximum oxygen capacity , and content of lipid and blood insulin were measured .

结果：最大心率在运动实践中具有重要意义，可以用于确定运动强度，反映主观用力程度，确定运动终点，推算最大吸氧量。

RESULTS : The HRmax was significant during exercise , it could be used to prescribe exercise intensities , reflect peak exertion , determine exercise termination and predict the maximal oxygen uptake .