饮食快速改变人类肠道微生物组
David LA, Maurice CF, Carmody RN, Gootenberg DB, Button JE, Wolfe BE等
· 2014:559-563
本综述评估Short-term exclusive animal-based diet (meats, eggs, cheeses) versus plant-based diet (grains, legumes, fruits, vegetables) for 5 consecutive days each in a crossover design与Rapid changes in gut microbiome composition, diversity, and gene expression measured from daily stool samples的关系。纳入 10 例受试者。证据等级：III。
循证研究：饮食快速改变人类肠道微生物组
关键信息一览
- DOI
- 10.1038/nature12820
- PMID
- 24336217
- PMC
- PMC3957428
- 年份
- 2014
- 页码
- 559-563
- 研究类型
- 动物实验
- 证据等级
- III
- 样本量
- 10
- 干预措施
- Short-term exclusive animal-based diet (meats, eggs, cheeses) versus plant-based diet (grains, legumes, fruits, vegetables) for 5 consecutive days each in a crossover design
- 主要终点
- Rapid changes in gut microbiome composition, diversity, and gene expression measured from daily stool samples
- 随访时长
- 5 days per diet arm plus recovery period
- 资金来源
- government
- 开放获取
- 是
研究概述
本研究纳入 10 例受试者，探讨了Short-term exclusive animal-based diet (meats, eggs, cheeses) versus plant-based diet (grains, legumes, fruits, vegetables) for 5 consecutive days each in a crossover design对Rapid changes in gut microbiome composition, diversity, and gene expression measured from daily stool samples的影响。
关键发现
研究结果为Rapid changes in gut microbiome composition, diversity, and gene expression measured from daily stool samples提供了重要证据。
临床结论
详见原始文献。证据等级：III。
Abstract
"本研究共纳入 10 例受试者，探讨了Short-term exclusive animal-based diet (meats, eggs, cheeses) versus plant-based diet (grains, legumes, fruits, vegetables) for 5 consecutive days each in a crossover design对Rapid changes in gut microbiome composition, diversity, and gene expression measured from daily stool samples的影响。
Funding & conflicts of interest
资金来源: government
COI: None reported
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