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A Partnership in the Making: Metabolic Phenotype Determined by the Combination of Dietary Fiber and the Gut Microbiome (FS07-03-19)

机译:制造中的伙伴关系:通过膳食纤维和肠道微生物组的组合确定代谢表型(FS07-03-19)

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摘要

ObjectivesDietary fiber consumption improves cardiometabolic health, partly by enhancing microbial diversity and increasing production of butyrate in the distal gut. However, it is unclear whether the benefits associated with different types of fiber vary based on the gut microbiota composition. We surveyed nine different human gut microbial communities by characterizing them in germ-free mice and selected two communities based on their butyrate-producing capacity (“B”) and diversity (“D”) (i.e., high- vs. low-BD communities). Our objective was to assess the role of high- vs. low-BD communities on the metabolic effects elicited by the consumption of various dietary fibers.
机译:目的食用膳食纤维可以改善心脏代谢健康,部分是通过增强微生物多样性和增加远端肠内丁酸的产生来实现的。但是,尚不清楚与不同类型纤维相关的益处是否会随肠道微生物群的组成而变化。我们通过在无菌小鼠中对9种不同的人类肠道微生物群落进行了调查,并根据它们的丁酸盐生产能力(“ B”)和多样性(“ D”)选择了两个群落(即高BD和低BD群落) )。我们的目标是评估高BD和低BD社区在食用各种膳食纤维引起的代谢影响中的作用。

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