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美国国立卫生研究院(NIH)能量饮料的使用与生物学研讨会执行摘要:当前知识与关键差距

Executive summary of NIH workshop on the Use and Biology of Energy Drinks: Current Knowledge and Critical Gaps.

作者信息

Sorkin Barbara C, Camp Kathryn M, Haggans Carol J, Deuster Patricia A, Haverkos Lynne, Maruvada Padma, Witt Ellen, Coates Paul M

机构信息

Office of Dietary Supplements, National Institutes of Health (NIH), Bethesda, Maryland, USA.

出版信息

Nutr Rev. 2014 Oct;72 Suppl 1(Suppl 1):1-8. doi: 10.1111/nure.12154.

Abstract

Sales of energy drinks in the United States reached $12.5 billion in 2012. Emergency department visits related to consumption of these products have increased sharply, and while these numbers remain small relative to product sales, they raise important questions regarding biological and behavioral effects. Although some common ingredients of energy drinks have been extensively studied (e.g., caffeine, B vitamins, sugars, inositol), data on other ingredients (e.g., taurine) are limited. Summarized here are data presented elsewhere in this issue on the prevalence and patterns of caffeine-containing energy drink use, the effects of these products on alertness, fatigue, cognitive functions, sleep, mood, homeostasis, as well as on exercise physiology and metabolism, and the biological mechanisms mediating the observed effects. There are substantial data on the effects of some energy drink ingredients, such as caffeine and sugars, on many of these outcomes; however, even for these ingredients many controversies and gaps remain, and data on other ingredients in caffeine-containing energy drinks, and on ingredient interactions, are sparse. This summary concludes with a discussion of critical gaps in the data and potential next steps.

摘要

2012年,美国能量饮料的销售额达到125亿美元。与这些产品消费相关的急诊就诊人数急剧增加,尽管相对于产品销量而言,这些数字仍然较小,但它们引发了有关生物学和行为影响的重要问题。尽管能量饮料的一些常见成分已得到广泛研究(如咖啡因、B族维生素、糖、肌醇),但其他成分(如牛磺酸)的数据有限。本文总结了本期其他地方发表的数据,内容涉及含咖啡因能量饮料的使用流行情况和模式、这些产品对警觉性、疲劳、认知功能、睡眠、情绪、体内平衡以及运动生理学和新陈代谢的影响,以及介导所观察到的影响的生物学机制。关于一些能量饮料成分(如咖啡因和糖)对许多这些结果的影响,有大量数据;然而,即使对于这些成分,仍存在许多争议和空白,而且关于含咖啡因能量饮料中其他成分以及成分相互作用的数据也很稀少。本总结最后讨论了数据中的关键空白和潜在的后续步骤。

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