Assessment of physical health status for successful aging in elderly

本研究的第一个目的是检验这一假设，即习惯性运动可以防止随着年龄的增长而出现的功能下降。在这项检查中，我们使用当前的活力年龄（VA）方程作为健康和健身的指标。受试者是16名女性和10名男性，他们参加了我们每周两次的锻炼计划，持续了10年。虽然运动前的VA显着高于女性和男性的实际年龄（CA），VA显着降低后3个月和1年的运动。因此，在女性和男性中，VA变得比CA年轻。在接下来的9年里，女性的VA仅增加了7.6年（男性为8.6年）。本研究的第二个目的是建立一个新的适用于老年人的VA方程。在本研究中，相关分析和主成分分析被应用到56个生物医学变量的数据。的 ...更多信息 受试者为134名女性和91名男性。以下12个女性变量和10个男性变量被发现适合于VA的新评估。(For新VS = 0.021X_1 + 0.010.X_2 - 0.044X_3 - 0.008X_4 + 0.004X_5 + 0.004X_6 + 0.003X_7 + 0.043X_8 - 0.039X_9 - 0.011X_-0.419X_-0.007X_+9.64新VA = 8.00 98新VS +0.295CA +40.75（男性）新VS = 0.011X_2 - 0.044X_3 - 0.013X_4 - 0.005X_5 + 0.004X_7 - 0.032 X_9 - 0.012X_-0.400X_-0.007X_+0.023X_+14.28新VA =-8.58新VS +0.367CA +40.0 0VA = 8.98 VS-0.295年龄-40.75，<10>VS = 0.021X1 + 0.010X2 - 0.044X3 - 0.008X4 + 0.004X5 + 0.004X6 + 0.003X7 + 0.043X8 - 0.039X9 - 0.011X10 - 0.0419X11 - 0.007X12 + 9.64式中X_1 =腹围，X_2 =收缩压，X_3 =乳酸阈值时的摄氧量，<11>X_4 =乳酸阈心率，X_5 =胆固醇，X_6 = LDLC，X_7 = TG，X_8 = Hct，X_9 =侧步，X_=闭眼单腿平衡，X_= FEV_，X_=跟骨声速，X_=肩胛下皮褶。<12><10><11><12><13><10><11><1.0><12><13>少

The first purpose of this study was to test the hypothesis that a habitual exercise prevents functional decline in accordance with aging. For this examination, we used our current vital age (VA) equation as an indicator of the health and fitness. The subjects were 16 women and 10 men who had participated in our exercise program of two times a week for 10 years. Although the VA prior to the exercise program was significantly higher than the chronological age (CA) in women and men, the VA significantly lowered after 3-month and 1-year exercise. As a result, the VA became younger than the CA in women and men. For the following 9 years, the VA in women had increased by only 7.6 yr (8.6 yr in men). These results support the hypothesis of our first study.The second purpose of this study was to develop a new VA equation, which can be applicable to older adults. In the present study, correlation analysis and principal component analysis were applied to the data for 56 biomedical variables. The … More subjects were 134 women and 91 men. The following 12 variables in women and 10 variables in men were found suitable for the new assessment of VA.(For women)New VS = 0.021X_1 + 0.010.X_2 - 0.044X_3 - 0.008X_4 + 0.004X_5 + 0.004X_6 + 0.003X_7 + 0.043X_8 - 0.039X_9 - 0.011X_<10> - 0.419X_<11> - 0.007X_<12> + 9.64New VA = 8.98new VS + 0.295CA + 40.75(For men)New VS = 0.011X_2 - 0.044X_3 - 0.013X_4 - 0.005X_5 + 0.004X_7 - 0.032X_9 - 0.012X_<10> - 0.400X_<11> - 0.007X_<12> + 0.023X_<13> + 14.28New VA = - 8.58new VS + 0.367CA + 40.00VA = 8.98 VS - 0.295age - 40.75,VS = 0.021X1+0.010X2-0.044X3-0.008X4+0.004X5+0.004X6+0.003X7+0.043X8-0.039X9-0.011X10-0.0419X11-0.007X12+9.64where X_1 = abdominal girth, X_2 = systolic blood pressure, X_3 = oxygen uptake at lactate threshold, X_4 = heart rate at lactate threshold, X_5 = cholesterol, X_6 = LDLC, X_7 = TG, X_8 = Hct, X_9 = side stepping, X_<10> = single leg balance with eyes closed, X_<11> = FEV_<1.0>, X_<12> = calcaneal speed of sound, X_<13> = subscapular skinfold. Less