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一个生理学错误概念的个人传记:无氧阈。

A Personal Biography of a Physiological Misnomer: The Anaerobic Threshold.

机构信息

Department of Kinesiology, University of Maryland, College Park, United States.

出版信息

Int J Sports Med. 2022 May;43(5):391-400. doi: 10.1055/a-1664-8854. Epub 2021 Dec 8.

Abstract

In 1973 Wasserman, Whipp, Koyal, and Beaver published a groundbreaking study titled "Anaerobic threshold and respiratory gas analysis during exercise". At that time, respiratory gas analysis and laboratory computers had evolved such that more advanced respiratory exercise physiology studies were possible. The initial publications from this group on the onset of anaerobic metabolism in cardiac patients, the first breath-by-breath VO system, the first description of the anaerobic threshold, and then later new methods to detect the anaerobic threshold have been and continue to be highly cited. In fact, their 1973 anaerobic threshold paper is the sixth and their 1986 paper is the second most cited paper ever published in the Journal of Applied Physiology. The anaerobic threshold concept has also generated>5500 publications with the rates increasing over time. The publication of two papers that help to refute the "anaerobic" explanation for this phenomenon had no effect on the rates of citations of the original anaerobic threshold papers or the number of anaerobic threshold papers published since. Thus, despite now substantial evidence refuting the proposed anaerobic mechanisms underlying this phenomenon, these papers continue to be highly influential in the discipline of exercise physiology and, perhaps even more explicitly, clinical exercise physiology.

摘要

1973 年,Wasserman、Whipp、Koyal 和 Beaver 发表了一项具有开创性的研究,题为“运动时的无氧阈和呼吸气体分析”。当时,呼吸气体分析和实验室计算机已经发展到可以进行更先进的呼吸运动生理学研究的程度。该研究小组最初在心脏病患者的无氧代谢发作、第一个逐口气的 VO 系统、无氧阈的第一个描述以及后来检测无氧阈的新方法方面的出版物,一直以来都被高度引用。事实上,他们 1973 年的无氧阈论文是该期刊第六篇,而 1986 年的论文是该期刊有史以来第二篇被引用最多的论文。无氧阈概念已经产生了超过 5500 篇出版物,并且随着时间的推移,这一数字还在不断增加。两篇有助于反驳该现象的“无氧”解释的论文的发表,并没有影响原始无氧阈论文的引用率,也没有影响自那时以来发表的无氧阈论文的数量。因此,尽管现在有大量证据反驳了该现象背后所提出的无氧机制,但这些论文继续在运动生理学领域,甚至更明确地在临床运动生理学领域具有高度影响力。

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