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Lack of isoprene overproduction during peritoneal dialysis.

机译:腹膜透析过程中缺乏异戊二烯过量生产。

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OBJECTIVE: Isoprene is the constitutive unit of isoprenoid lipids and sterols. However, it is also a potential toxic and carcinogenic agent. Recent findings of a marked and prolonged isoprene overproduction induced by hemodialysis sessions raises the question of isoprene behavior in patients on peritoneal dialysis. DESIGN: A study with repeated measures per patient and healthy control. SETTING: Nephrology and Dialysis Unit and Perugia University Medical School. PATIENTS: Sixteen consecutive patients on regular continuous ambulatory peritoneal dialysis (CAPD) were evaluated. Endogenous isoprene was analyzed using gas chromatographic assay of breath isoprene, collected at set times before and after dialysis fluid exchange. RESULTS: No significant variations were found in breath isoprene concentrations in the different samples from each patient, and levels were almost stable within the normal range of healthy controls. CONCLUSION: These results show that CAPD, unlike hemodialysis, has little or no effect on isoprene and isoprenoid-related lipid turnover. This lack of increased endogenous isoprene synthesis, in addition to being a distinctive metabolic feature of CAPD, could have important pathophysiological and clinical implications.
机译:目的:异戊二烯是类异戊二烯脂质和固醇的组成单元。但是,它也是潜在的毒性和致癌剂。血液透析治疗引起的异戊二烯生产持续时间明显延长的最新发现提出了腹膜透析患者异戊二烯行为的问题。设计:一项针对每位患者和健康对照者进行重复测量的研究。单位:肾脏病和透析科和佩鲁贾大学医学院。患者:评估了16例接受定期连续非卧床腹膜透析(CAPD)的患者。使用气相异戊二烯气相色谱法分析内源异戊二烯,该异戊二烯在透析液交换之前和之后的设定时间收集。结果:在每位患者的不同样品中,呼吸异戊二烯的浓度均未发现显着变化,并且该水平在健康对照的正常范围内几乎稳定。结论:这些结果表明,CAPD与血液透析不同,对异戊二烯和类异戊二烯相关的脂质更新几乎没有影响。除了作为CAPD的独特代谢特征之外,缺乏内源异戊二烯合成的增加可能具有重要的病理生理和临床意义。

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