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衰弱与微生物组

Frailty and the Microbiome.

作者信息

Meehan Conor J, Langille Morgan G I, Beiko Robert G

机构信息

Faculty of Computer Science, Dalhousie University, Halifax, N.S., Canada.

出版信息

Interdiscip Top Gerontol Geriatr. 2015;41:54-65. doi: 10.1159/000381162. Epub 2015 Jul 17.

Abstract

From the moment of birth, the human body plays host to a rich diversity of microbes. Body sites such as the skin, the gut and the mouth support communities of microorganisms (collectively known as the microbiome) that are both numerous and diverse. As our understanding of the microbiome advances, it is evident that these microbial populations participate in a multitude of symbiotic associations with us. The disruption of these associations can lead to a range of diseases beyond mere pathogenesis as microbial nutrition, signaling, and immune defense break down. It is known that changes in microbial composition occur as the human host ages and that diet and living conditions influence the microbiome of older individuals. However, the link between the microbiome and frailty is as yet mostly unexplored. Although the microbiome is likely to influence health factors that contribute to frailty, further work is needed to determine whether overall microbial signatures of frailty exist and, if so, what the diagnostic and therapeutic utility of these signatures might be.

摘要

从出生那一刻起,人体就容纳了丰富多样的微生物。皮肤、肠道和口腔等身体部位维持着数量众多且种类各异的微生物群落(统称为微生物组)。随着我们对微生物组的了解不断深入,很明显这些微生物群体与我们参与了多种共生关系。随着微生物营养、信号传导和免疫防御功能的瓦解,这些共生关系的破坏会导致一系列疾病,而不仅仅是发病机制。众所周知,随着人类宿主年龄的增长,微生物组成会发生变化,饮食和生活条件也会影响老年人的微生物组。然而,微生物组与虚弱之间的联系目前大多尚未得到探索。尽管微生物组可能会影响导致虚弱的健康因素,但仍需要进一步的研究来确定是否存在虚弱的整体微生物特征,如果存在,这些特征的诊断和治疗效用可能是什么。

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