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The Application of Metabolomics to Probiotic and Prebiotic Interventions in Human Clinical Studies

机译:代谢组学在人类临床研究中益生菌和益生菌干预的应用

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There is an ever-increasing appreciation for our gut microbiota that plays a crucial role in the maintenance of health, as well as the development of disease. Probiotics are live bacteria that are consumed to increase the population of beneficial bacteria and prebiotics are dietary substrates intended to promote the propagation of beneficial bacteria. In order to optimize the use of probiotics and prebiotics, a more complete biochemical understanding of the impact that these treatments have on the community and functioning of the gut microbiota is required. Nucleic acid sequencing methods can provide highly detailed information on the composition of the microbial communities but provide less information on the actual function. As bacteria impart much of their influence on the host through the production of metabolites, there is much to be learned by the application of metabolomics. The focus of this review is on the use of metabolomics in the study of probiotic and prebiotic treatments in the context of human clinical trials. Assessment of the current state of this research will help guide the design of future studies to further elucidate the biochemical mechanism by which probiotics and prebiotics function and pave the way toward more personalized applications.
机译:对于我们的肠道微生物群来说,在维持健康和疾病的发展中起着至关重要的作用。益生菌是生物细菌,这些细菌被消耗增加有益细菌的人群,益生元是旨在促进有益细菌繁殖的膳食基质。为了优化益生菌和益生元的使用,需要更完整的生化理解这些治疗对群落的影响和肠道微生物群的运作。核酸测序方法可以提供关于微生物社区的组成的高度详细信息,但提供了关于实际功能的较少信息。由于细菌通过代谢物的生产赋予宿主对宿主的大部分产生了大部分,因此通过施用代谢组学甚至存在很多东西。本综述的重点是在人类临床试验中使用代谢组学在益生菌和益生元治疗中的使用。评估本研究的当前状态将有助于指导未来研究的设计,以进一步阐明益生菌和益生元函数和铺平更多个性化应用程序的生物化学机制。

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