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Aspectos metabólicos y complicaciones de la hiperuricemia

机译:高尿酸血症的代谢方面和并发症

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The results of epidemiological observations have led to a revaluation of uric acid role in different metabolic, cardiovascular and renal illnesses. The role of hyperuricemia as an independent cardiovascular risk factor is difficult to evaluate even in multivariate models analysis, since there are inconclusive and weak results in most studies. This difficulty is observed due to the strong association of uric acid with other classic cardiovascular risk factors which do not allow its distinction as an independently risk factor. For many years it was considered a biologically inert substance, but later, it was found that it has many biological properties which could be beneficial or harmful for human beings. Nowadays there is a controversial discussion about its role, whether it is protective for having anti-oxidant properties or harmful due to its pro-oxidants in the atherosclerotic plaque and in adipose tissue which could determine that it is not only a risk marker, but also a causal factor for metabolic illnesses as diabetes mellitus, metabolic syndrome, cardiovascular and/or renal illnesses. In this consensus we have updated these concepts trying to clarify the mentioned role, so that in the future, regulations could be introduced, which are not established so far, in order to decide whether hyperuricemia must be treated, in which cases, which cut-off levels must be used and which should be the therapeutic objectives in each circumstance.
机译:流行病学观察的结果导致重新评估了尿酸在不同代谢,心血管和肾脏疾病中的作用。高尿酸血症作为独立的心血管危险因素的作用即使在多变量模型分析中也很难评估,因为在大多数研究中结果尚无定论且微弱。观察到此困难是由于尿酸与其他经典的心血管危险因素之间有很强的联系,不允许将其区分为独立的危险因素。多年来,人们一直认为它是一种生物惰性物质,但后来发现它具有许多对人类有益或有害的生物学特性。如今,关于其作用的争议性很大,无论是在动脉粥样硬化斑块和脂肪组织中作为抗氧化剂还是具有抗氧化剂的保护作用,都可以确定其不仅是危险标志物,而且还可以确定它是否是危险标志物。诸如糖尿病,代谢综合症,心血管和/或肾脏疾病等代谢疾病的病因。在此共识中,我们更新了这些概念以试图阐明所提到的作用,以便将来可以引入目前尚未建立的法规,以便决定是否必须治疗高尿酸血症,在这种情况下,应减少必须使用偏离水平,并且这应该是每种情况下的治疗目标。

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