Bioanalytical Approach-Ageing, Exercise and Oxidative Stress

A. Valado
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Abstract

Abstract: Exercise interferes with the ageing, causing changes in markers of the antioxidant system, such as nitric oxide (NO) and uric acid. Aim: The objective of this study was to evaluate if regular exercise affects the ageing process by causing changes in the antioxidant markers, nitric oxide and uric acid, in individuals aged ≥ 65 years, subjected to an exercise plan. Methods: The study involved 12 participants distributed in an experimental and control group. The experimental group performed exercises guided by a physiotherapist during 12 weeks. Three blood samples were collected from participants: T0, at the start of the study; T1, after 12 weeks of exercise and T2, 12 weeks after finishing the exercise. NO and uric acid were quantified with commercial kits. The statistics were performed using SPSS and the ANOVA and Student t-tests were applied. Result: In the experimental group, the mean values of NO showed an increase between T0 and T1, with a slight decrease between T1 and T2. Similar effects were observed for the uric acid concentration in the experimental group, with statistical significance from T0 to T1. Conclusion: After exercise, there was an increase in blood uric acid and NO levels, highlighting the importance of moderate and controlled exercise practice. Therefore, exercise seems relevant and beneficial in activating antioxidant mechanisms.
生物分析方法--衰老、运动和氧化应激
摘要:运动会干扰衰老,导致一氧化氮和尿酸等抗氧化系统指标发生变化。目的:本研究的目的是评估定期运动是否会通过引起抗氧化标志物一氧化氮和尿酸的变化来影响 65 岁及以上人群的衰老过程。研究方法研究涉及 12 名参与者,分为实验组和对照组。实验组在理疗师的指导下进行为期 12 周的锻炼。研究人员采集了三份血液样本:T0,研究开始时;T1,运动 12 周后;T2,运动结束 12 周后。使用商业试剂盒对氮氧化物和尿酸进行量化。使用 SPSS 进行统计,并采用方差分析和学生 t 检验。结果在实验组中,氮氧化物的平均值在 T0 和 T1 之间呈上升趋势,在 T1 和 T2 之间略有下降。在实验组中,尿酸浓度也有类似的影响,从 T0 到 T1 有统计学意义。结论运动后,血尿酸和氮氧化物水平有所上升,这凸显了适度和有控制的运动练习的重要性。因此,运动在激活抗氧化机制方面似乎具有相关性和益处。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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