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将化合物归类为益生元——科学观点与建议。

Classifying compounds as prebiotics - scientific perspectives and recommendations.

作者信息

Hutkins Robert, Walter Jens, Gibson Glenn R, Bedu-Ferrari Cassandre, Scott Karen, Tancredi Daniel J, Wijeyesekera Anisha, Sanders Mary Ellen

机构信息

University of Nebraska, Lincoln, NE, USA.

University College Cork, Cork, Ireland.

出版信息

Nat Rev Gastroenterol Hepatol. 2025 Jan;22(1):54-70. doi: 10.1038/s41575-024-00981-6. Epub 2024 Oct 2.

Abstract

Microbiomes provide key contributions to health and potentially important therapeutic targets. Conceived nearly 30 years ago, the prebiotic concept posits that targeted modulation of host microbial communities through the provision of selectively utilized growth substrates provides an effective approach to improving health. Although the basic tenets of this concept remain the same, it is timely to address certain challenges pertaining to prebiotics, including establishing that prebiotic-induced microbiota modulation causes the health outcome, determining which members within a complex microbial community directly utilize specific substrates in vivo and when those microbial effects sufficiently satisfy selectivity requirements, and clarification of the scientific principles on which the term 'prebiotic' is predicated to inspire proper use. In this Expert Recommendation, we provide a framework for the classification of compounds as prebiotics. We discuss ecological principles by which substrates modulate microbiomes and methodologies useful for characterizing such changes. We then propose statistical approaches that can be used to establish causal links between selective effects on the microbiome and health effects on the host, which can help address existing challenges. We use this information to provide the minimum criteria needed to classify compounds as prebiotics. Furthermore, communications to consumers and regulatory approaches to prebiotics worldwide are discussed.

摘要

微生物群落对健康起着关键作用,并且可能是重要的治疗靶点。益生元概念在近30年前提出,其假定通过提供选择性利用的生长底物对宿主微生物群落进行靶向调节是改善健康的有效途径。尽管这一概念的基本原理保持不变,但现在是时候应对与益生元相关的某些挑战了,包括确定益生元诱导的微生物群调节是否会导致健康结果,确定复杂微生物群落中的哪些成员在体内直接利用特定底物以及这些微生物效应何时充分满足选择性要求,以及阐明“益生元”一词所依据的科学原理以促进正确使用。在本专家建议中,我们提供了将化合物分类为益生元的框架。我们讨论了底物调节微生物群落的生态原理以及用于表征此类变化的有用方法。然后,我们提出了可用于建立对微生物群落的选择性影响与对宿主健康影响之间因果联系的统计方法,这有助于应对现有挑战。我们利用这些信息提供将化合物分类为益生元所需的最低标准。此外,还讨论了与消费者的沟通以及全球范围内对益生元的监管方法。

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