Exercise Physiology
Sahar Ghasemi Pour; Sayyed Mohammad Marandi
Abstract
Oxidative stress is involved in occurrence and side effects of many diseases .Considering the high prevalence of diabetes in the society and the economic and health consequences caused by it, the present study tries to evaluate the effect of endurance exercise and chlorogenic acid on some pressure indicators.35 ...
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Oxidative stress is involved in occurrence and side effects of many diseases .Considering the high prevalence of diabetes in the society and the economic and health consequences caused by it, the present study tries to evaluate the effect of endurance exercise and chlorogenic acid on some pressure indicators.35 4 weeks male C57BL6 mice were randomly assigned to two groups of high-fat diet to induce pre-diabetes and normal diet. After induction of prediabetes,after 12 weeks of high fat diet consumption the samples of this group were divided into groups without intervention, chlorogenic acid consumption, endurance training, endurance training and chlorogenic acid (n=7). The training protocol was performed incrementally . Chlorogenic acid at the rate of 110 mg per kilogram of mouse weight was given to the groups . 24 hours after the last training session and consumption of chlorogenic acid, tissue removal was done from the quadriceps skeletal muscle and after weighing, it was taken to the laboratory to measure GPX, NO, TAC and MDA. One-way ANOVA test at 0.05 level was used to analyze the data. Findings: Endurance training decreased GPX, NO, TAC, and MDA. Chlorogenic acid decreased GPX, NO, and increased TAC and MDA, and their simultaneous intervention increased GPX, TAC, and MDA and decreased NO.According to the findings of this research, it seems that endurance exercise and chlorogenic acid consumption can be used as a non-pharmacological intervention to prevent oxidative stress in the body and its complications. It can also play a preventive role in diabetic patients.
