PepsiCo R&D, Inc., Leningradsky prospekt, 72-4, 125315 Moscow, Russia.
Knomics LLC, Skolkovo Innovation Center, Bolshoy bulvar street 42-1, 143026 Moscow, Russia.
Nutrients. 2019 Mar 4;11(3):547. doi: 10.3390/nu11030547.
Accumulated data suggests that the gut microbiome can rapidly respond to changes in diet. Consumption of fermented dairy products (FDP) fortified with probiotic microbes may be associated with positive impact on human health. However, the extent and details of the possible impact of FDP consumption on gut community structure tends to vary across individuals. We used microbiome analysis to characterize changes in gut microbiota composition after 30 days of oral intake of a yoghurt fortified with subsp. BB-12. 16S rRNA gene sequencing was used to assess the gut microbial composition before and after FDP consumption in healthy adults ( = 150). Paired comparison of gut microbial content demonstrated an increase in presence of potentially beneficial bacteria, particularly, genus, as well as and At a functional level, an increased capacity to metabolize lactose and synthesize amino acids was observed accompanied by a lowered potential for synthesis of lipopolysaccharides. Cluster analysis revealed that study volunteers segregated into two groups with post-intervention microbiota response that was dependent on the baseline microbial community structure.
累积数据表明,肠道微生物组可以迅速对饮食变化做出反应。食用添加益生菌微生物的发酵乳制品(FDP)可能与对人类健康产生积极影响有关。然而,FDP 消费对肠道群落结构的可能影响的程度和细节往往因个体而异。我们使用微生物组分析来描述在口服添加 subsp. BB-12 的酸奶 30 天后肠道微生物群落组成的变化。16S rRNA 基因测序用于评估健康成年人(n=150)在食用 FDP 前后的肠道微生物组成。肠道微生物含量的配对比较表明,有益细菌的存在增加,特别是 属,以及 和 在功能水平上,观察到代谢乳糖和合成氨基酸的能力增加,同时合成脂多糖的潜力降低。聚类分析表明,研究志愿者分为两组,干预后的微生物群反应取决于基线微生物群落结构。