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Uridine - An Indicator of Post-Exercise Uric Acid Concentration and Blood Pressure

机译:尿苷-运动后尿酸浓度和血压的指标

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Studies have shown that uridine concentration in plasma may be an indicator of uric acid production in patients with gout. It has been also postulated that uridine takes part in blood pressure regulation. Since physical exercise is an effective tool in treatment and prevention of cardio-vascular diseases that are often accompanied by hyperuricemia and hypertension, it seemed advisable to attempt to evaluate the relationship between oxypurine concentrations (Hyp, Xan and UA) and that of Urd and BP after physical exercise in healthy subjects. Sixty healthy men (17.2 +/- 1.71 years, BMI 23.2 +/- 2.31 kg m(-2), VO2max 54.7 +/- 6.48 ml kg(-1) min(-1)) took part in the study. The subjects performed a single maximal physical exercise on a bicycle ergometer. Blood for analyses was sampled three times: immediately before exercise, immediately after exercise, and in the 30th min of rest. Concentrations of uridine and hypoxanthine, xanthine and uric acid were determined in whole blood using high-performance liquid chromatography. We have shown in this study that the maximal exercise-induced increase of uridine concentration correlates with the post-exercise increase of uric acid concentration and systolic blood pressure. The results of our study show a relationship between uridine concentration in blood and uric acid concentration and blood pressure. We have been the first to demonstrate that a maximal exercise-induced increase in uridine concentration is correlated with the post-exercise and recovery-continued increase of uric acid concentration in healthy subjects. Thus, it appears that uridine may be an indicator of post-exercise hyperuricemia and blood pressure.
机译:研究表明血浆中尿苷浓度可能是痛风患者尿酸产生的指标。还假定尿苷参与血压调节。由于体育锻炼是治疗和预防常伴有高尿酸血症和高血压的心血管疾病的有效工具,因此似乎建议尝试评估氧嘌呤浓度(Hyp,Xan和UA)与Urd和BP的关系健康受试者进行体育锻炼后。六十名健康男性(17.2 +/- 1.71岁,BMI 23.2 +/- 2.31 kg m(-2),VO2max 54.7 +/- 6.48 ml kg(-1)min(-1))参加了研究。受试者在自行车测功机上进行了一次最大的体育锻炼。在进行运动前,运动后以及休息后30分钟内对血液进行了3次采样以进行分析。使用高效液相色谱法测定全血中尿苷和次黄嘌呤,黄嘌呤和尿酸的浓度。我们在这项研究中表明,运动引起的最大尿苷浓度增加与运动后尿酸浓度和收缩压的增加有关。我们的研究结果表明血液中尿苷浓度与尿酸浓度和血压之间的关系。我们是第一个证明最大的运动诱导的尿苷浓度增加与健康受试者运动后和恢复持续的尿酸浓度增加相关的。因此,似乎尿苷可能是运动后高尿酸血症和血压的指标。

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