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Role of microbes, metabolites and effector compounds in host-microbiota interaction: a pharmacological outlook

机译:微生物,代谢物和效应化合物在宿主微生物脂酵母中的作用:药理学前景

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摘要

Microbial cells react with intestinal surfaces and produce enzymes and metabolites that influence human health, host metabolism and immunity. Gut microbiota and probiotics also influence host physiology. Here, we review 1) the role of host-microbiota composition and microbial enzymes in human well-being and in human metabolism for the degradation of indigestible dietary components; 2) the effects of gut microbiota on drug metabolism; 3) the roles of probiotic composition, metabolites, e.g. vitamins, bacteriocins, acids and bioactive peptides, and effector compounds, e.g. polysaccharides, outer membrane proteins, pili, muropeptides and CpG-rich DNA, for clinical outcomes; and 4) a new perspective of microbial global positioning system (mGPS) for segregation of human disease phenotypes on the basis of their microbiota.
机译:微生物细胞与肠表面反应并产生影响人类健康,宿主代谢和免疫的酶和代谢物。 Gut Microbiota和益生菌也影响宿主生理学。 在这里,我们评论1)宿主微生物群组成和微生物酶在人阱和人类代谢中的作用,用于降解难以消化的膳食成分; 2)肠道微生物对药物代谢的影响; 3)益生菌组合物,代谢物的作用,例如代谢物。 维生素,菌丝,酸和生物活性肽,以及效应化合物,例如效应化合物。 多糖,外膜蛋白,菌毛,杂肽,富含CpG的DNA,用于临床结果; 4)基于微生物群的微生物全球定位系统(MGPS)进行微生物全球定位系统(MGP)的新视角。

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