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首页> 外文期刊>BioMed research international >Exercise Physiology, Cognitive Function, and Physiologic Alterations in Extreme Conditions 2016
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Exercise Physiology, Cognitive Function, and Physiologic Alterations in Extreme Conditions 2016

机译:2016年极端条件下的锻炼生理学,认知功能和生理改变

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摘要

The field of exercise physiology is a broad field of inquiry that focuses on the total physiological responses of humans to stressors such as exercise or the environment. While it is well known that extremes environments impose unique stressors on humans that manifest profound physiological effects, it remains an area that is underreported upon in the literature. It should be noted that it is often through the study of physiological extremes that the scientific community gains greater insight into the capacity of the human organism for physiological function. Furthermore, it has been shown that extreme environments have a detrimental effect on cognitive function and also result in elevated inflammation and changes in metabolism. Though not commonly experienced by all people, there are instances either occupationally or recreationally where people not only are exposed to extreme environments, but also are required to compound the stress through exercise. The resulting combination can manifest even greater physiological responses, which require investigation. The editors invited contributions for this special edition that represented current and timely expansion of knowledge in the areas of environmental and exercise physiology in extreme conditions. It is of utmost importance that inquiry in this area continues so that a more comprehensive understanding of the human physiological response to unique environments can be developed and methods for coping with these environmental stressors improved.
机译:运动生理领域是广泛的调查领域,专注于人类对锻炼或环境等压力源的整体生理反应。虽然众所周知,极端环境对人类体现出色的人类的独特压力,但仍然是文学中遭到遭受的区域。应该指出的是,它通常通过对生理极端的研究来说,科学界会提高人体生物体对生理功能的能力。此外,已经表明极端环境对认知功能有害影响,并且还导致炎症升高和代谢变化。虽然所有人都不常见,但是,有职业或娱乐的情况,因为人们不仅暴露于极端环境,而且还需要通过运动来复制压力。所得组合可以表现出更大的生理反应,需要调查。编辑为这项特别版的捐款邀请了在极端条件下代表了在环境和运动生理学领域的当前和及时扩张的知识。这一领域的询问仍在继续,可以更全面地了解对独特环境的人体生理反应,并能够提高这些环境压力源的方法。

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