Michael A. Pellizzon, Matthew R. Ricci
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引用次数: 23
Abstract
Poor diet reporting and improperly controlling laboratory animal diet continues to reduce our ability to interpret data effectively in animal studies. In order to make the best use of our resources and improve research transparency, proper reporting methods that include a diet design are essential to improving our understanding of the links between gut health and metabolic disease onset. This unit will focus on the importance of diet choice in laboratory animal studies, specifically as it relates to gut health, microbiome, and metabolic disease development. The two most commonly used diet types, grain-based (GB) diets, and purified ingredient diets, will each be described, with particular emphasis on their differences in dietary fiber. A further description of how these diet types and fiber can affect gut morphology and microbiota will be provided as well as how purified ingredient diets may be improved upon. © 2018 by John Wiley & Sons, Inc.
啮齿动物饮食选择和纤维类型对肠道微生物组和代谢疾病研究数据解释的影响
不良的饮食报告和不适当的控制实验动物饮食继续降低我们有效解释动物研究数据的能力。为了充分利用我们的资源并提高研究的透明度,包括饮食设计在内的适当报告方法对于提高我们对肠道健康和代谢性疾病发病之间联系的理解至关重要。本单元将重点关注饮食选择在实验动物研究中的重要性,特别是因为它与肠道健康、微生物群和代谢疾病的发展有关。本文将分别介绍两种最常用的饮食类型,即基于谷物(GB)的饮食和纯化成分的饮食,并特别强调它们在膳食纤维中的差异。将进一步描述这些饮食类型和纤维如何影响肠道形态和微生物群,以及如何改进纯化成分饮食。©2018 by John Wiley &儿子,Inc。
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