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首页> 外文期刊>体力科学: Japanese journal of physical fitness and sports medicine >REFERENCE INTERVAL OF MAXIMAL OXYGEN UPTAKE (V0_2max) AS ONE OF THE DETERMINANTS OF HEALTH-RELATED PHYSICAL FITNESS IN JAPAN
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REFERENCE INTERVAL OF MAXIMAL OXYGEN UPTAKE (V0_2max) AS ONE OF THE DETERMINANTS OF HEALTH-RELATED PHYSICAL FITNESS IN JAPAN

机译:日本最大摄氧量(V0_2max)的决定因素之一

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摘要

Maximal oxygen uptake (V0_2max) is an important determinant of health-related physical fitness. In 2006, the Japan Ministry of Health, Labour and Welfare (JMHLW) officially declared a standard reference value and reference interval of V0_2max. However, these values were established on the basis of a systematic review of reports published in Western countries and were not based on actual V0_2max data of the Japanese population. Therefore, we conducted a study entitled "The study on a minimum zone of V0_2max as one of the determinants of health-related physical fitness in Japan" from 2004 to 2006 as a project of the Japanese Society of Physical Fitness and Sports Medicine (JSPFSM). In addition, we collected published V0_2max data of the Japanese population from the JSPEFM website. In the present study, we attempted to determine the reference interval of V0_2max with regard to age, gender, and different methods of exercise. Further, we established a cut-off value of V0_2max for determining metabolic syndrome (MS).1. Reference interval of V0_2max.For both men and women, 325 and 364 values for the treadmill exercise, and 1175 and 2178 values for the cycle ergometer exercise, respectively, were collected. This data revealed a balanced distribution of V0_2max with regard to age. Data that satisfied the V0_2max criterion were used for the analysis. These data were regressed to age on gender and methods of exercise. The percentage of V0_2max was calculated using the following equation: %V0_2max = measured V0_2max X 100/age-estimated V0_2max. The iterative truncation method was used to calculate the reference interval of V0_2max (70%~ 130% V0_2max) from the crude data of %V0_2max, and then converted to actual V0_2max. Thus, the reference interval of V0_2max for healthy Japanese was determined with regard to age, gender, and different methods of exercise.2. Cut-off value of V0_2max for determining MS.Using the V0_2max data of subjects with body mass index (BMl) of >=25kg/m~2 and >=2 MS risk factors, and the data of subjects with normal BMI without any risk factors, we calculated sensitivity and specificity. The cut-off value was determined using the receiver operating characteristic curve. This cut-off value was defined as the critical value of V0_2max that should be maintained to avoid MS and remain healthy.
机译:最大摄氧量(V0_2max)是与健康相关的健康状况的重要决定因素。 2006年,日本厚生劳动省(JMHLW)正式宣布了标准参考值和参考间隔V0_2max。但是,这些值是在对西方国家发表的报告进行系统审查的基础上确定的,而不是基于日本人口的实际V0_2max数据。因此,2004年至2006年,我们进行了一项题为“日本V0_2max最小区域作为决定日本健康相关体质的决定因素的研究”的研究,这是日本体能与运动医学学会(JSPFSM)的一个项目。此外,我们从JSPEFM网站收集了日本人口的V0_2max公开数据。在本研究中,我们尝试确定关于年龄,性别和不同锻炼方法的V0_2max参考间隔。此外,我们确定了V0_2max的临界值,用于确定代谢综合征(MS).1。 V0_2max的参考间隔。对于男性和女性,跑步机运动的数值分别为325和364,自行车测功机运动的数值分别为1175和2178。该数据显示了V0_2max关于年龄的均衡分布。满足V0_2max标准的数据用于分析。这些数据根据性别和锻炼方法回归年龄。使用以下公式计算V0_2max的百分比:%V0_2max =测量的V0_2max X 100 /年龄估算的V0_2max。使用迭代截断法从%V0_2max的原始数据中计算出V0_2max的参考间隔(70%〜130%V0_2max),然后转换为实际的V0_2max。因此,根据年龄,性别和不同的锻炼方法确定了健康日本人的V0_2max参考区间。2。 V0_2max的临界值用于确定MS。使用体重指数(BM1)> = 25kg / m〜2和> = 2 MS危险因素的受试者的V0_2max数据以及BMI正常但无任何危险的受试者的数据因素,我们计算了敏感性和特异性。临界值是使用接收器工作特性曲线确定的。该临界值定义为应避免出现MS并保持健康的V0_2max的临界值。

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