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[间歇性低氧训练——科学现状]

[Intermittent hypoxic training--the state of science].

作者信息

Schöffel N, Senff T, Gerber A, de Roux A, Bauer T T, Groneberg D A

机构信息

Abteilungen Pneumologie und Sportmedizin des Instituts für Arbeitsmedizin, Charité - Universitätsmedizin Berlin, Freie Universität Berlin und Humboldt-Universität zu Berlin, Berlin, Germany.

出版信息

Pneumologie. 2008 May;62(5):279-83. doi: 10.1055/s-2008-1038113.

Abstract

Intermittent hypoxic training (IHT) plays an important role concerning methods of training. Considering the enormous logistic and pecuniary investments for altitude training, there is a high demand for more efficient concepts. The intermittent hypoxic training is a new, alternative form of altitude training. The idea of IHT is to economise the currently most reliable and evaluated method which is known as "live high - train low" (LHTL). Thus, IHT combines a normal training at sea level with short training sessions in a chamber that creates a hypoxic but normobaric environment. Its aim is to initiate a similar level of erythropoesis as that usually achieved through long stays in high altitude with a minimised effort. This study analyses the results of selected studies that deal with IHT, evaluating the performance improvements in general and possible haematological variances/changes specifically.

摘要

间歇低氧训练(IHT)在训练方法方面发挥着重要作用。考虑到高原训练所需的巨大后勤和资金投入,人们对更高效的训练理念有着迫切需求。间歇低氧训练是一种新的、替代性的高原训练形式。IHT的理念是优化目前最可靠且经过评估的“高住低练”(LHTL)方法。因此,IHT将海平面的常规训练与在模拟低氧但常压环境的舱室内进行的短时间训练相结合。其目的是以最小的训练量激发与长时间高原停留通常所达到的相似水平的红细胞生成。本研究分析了有关IHT的部分研究结果,总体评估其对运动表现的改善情况,并具体评估可能出现的血液学差异/变化。

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