The path towards microbiome-based metabolite treatment

J Suez, E Elinav - Nature microbiology, 2017 - nature.com
Nature microbiology, 2017nature.com
The increasing evidence pointing towards the involvement of the gut microbiome in multiple
diseases, as well as its plasticity, renders it a desirable potential therapeutic target.
Nevertheless, classical therapies based on the consumption of live probiotic bacteria, or
their enrichment by prebiotics, exhibit limited efficacy. Recently, a novel therapeutic
approach has been suggested based on metabolites secreted, modulated or degraded by
the microbiome. As many of the host–microorganism interactions pertaining to human health …
Abstract
The increasing evidence pointing towards the involvement of the gut microbiome in multiple diseases, as well as its plasticity, renders it a desirable potential therapeutic target. Nevertheless, classical therapies based on the consumption of live probiotic bacteria, or their enrichment by prebiotics, exhibit limited efficacy. Recently, a novel therapeutic approach has been suggested based on metabolites secreted, modulated or degraded by the microbiome. As many of the host–microorganism interactions pertaining to human health are mediated by metabolites, this approach may be able to provide therapeutic efficacy while overcoming caveats of current microbiome-targeting therapies, such as colonization resistance and inter-individual variation in microbial composition. In this Perspective, we will discuss the evidence that supports pursuing the metabolite-based therapeutic approach as well as issues critical for its implementation. In a broader context, we will discuss how recent advances in microbiome research may improve and refine current treatment modalities, and the potential of combining them with metabolite-based interventions as a means of achieving a person-specific, integrated and efficient therapy.
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