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长跑运动员的低钠血症:戳破“脱水神话”的静脉输液

Hyponatremia in Distance Athletes: Pulling the IV on the 'Dehydration Myth'.

作者信息

Noakes T D

机构信息

Sports Science Institute of South Africa, Newlands, 7700, ZA.

出版信息

Phys Sportsmed. 2000 Sep;28(9):71-6. doi: 10.3810/psm.2000.09.1209.

Abstract

The strength of modern medicine is its relentless quest for an elusive perfection. That quest requires that we examine our errors even more closely than our successes. It is for this reason that the case report of Flinn and Sherer ("Seizure After Exercise in the Heat: Recognizing Life-Threatening Hyponatremia," page 61) is so important. For it records a potential tragedy that was prevented by expeditious and appropriate medical care ((1))-care that conflicted with popular dogma. The timeworn understanding is that collapse during or after prolonged exercise is caused by heat exhaustion; heat exhaustion is caused by dehydration; both are prevented by inordinate fluid ingestion; and immediate treatment should be intravenous fluids. I have termed this traditional litany the "dehydration myth" ((2,3)). It has been relentlessly perpetuated, always in the guise of good science.

摘要

现代医学的优势在于其对难以捉摸的完美境界的不懈追求。这种追求要求我们对错误的审视要比对成功的审视更加仔细。正因如此,弗林和谢勒的病例报告(《热环境中运动后癫痫发作:识别危及生命的低钠血症》,第61页)才如此重要。因为它记录了一场因迅速且恰当的医疗救治而得以避免的潜在悲剧((1))——这种救治与流行的教条相悖。长期以来的认知是,长时间运动期间或之后的虚脱是由热衰竭引起的;热衰竭是由脱水引起的;两者都可通过过度摄入液体来预防;而立即治疗应该是静脉输液。我将这个传统的说法称为“脱水误区”((2,3))。它一直被无情地延续着,总是打着科学的幌子。

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