综述文章:肠道菌群作为人类健康的生物调节剂

G. Ghoniem, M. Rabie, Fify R. Anees, S. Gabr
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摘要

肠道菌群,以前被称为肠道菌群,是今天对生活在人类肠道中的微生物种群的称呼。与身体其他部位相比,它拥有最多的物种。在人类中,肠道菌群是在儿童时期到出生后一到两年建立起来的。一些肠道菌群与人类之间的关系不仅是共生的,而且是一种互惠的关系,在某种程度上,肠道支持健康肠道菌群的生长,为致病菌提供屏障。一些有益的人体肠道微生物将膳食纤维发酵成短链脂肪酸(SCFAs),如乙酸和丁酸。此外,在合成维生素B和维生素K以及代谢胆汁酸和甾醇方面发挥作用。随着时间的推移,有几个因素会影响人类肠道菌群的变化,如饮食类型和组成,细菌感染,人类的生活方式,体育活动和抗生素或手术治疗。两者之间的关键因素是饮食类型和组成。这表明肠道中细菌的出现频率与饮食模式显著相关。因此,这篇文章描述了目前关于肠道菌群多样性和饮食模式之间的联系的适应症。此外,通过现代新的生物信息学工具和基于分子的技术广泛研究微生物-饮食相互作用的重要性,以证明潜在的微生物-饮食相互作用可能改变未来健康和患病人体的营养方法。
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Review Article: Gut Microbiota as Biological Regulators for Human Health
Gut microbiota, formerly called gut flora, is the name given today to the microbial population living in human intestine. It has the largest number of species in comparison to other body parts. In humans, the gut flora was established at childhood through one to two years after birth. The relationship between some gut flora and humans is not only commensal, but also a mutualistic relationship, in a way that intestine support the growth of healthy gut flora that provides a barrier to pathogenic organisms. Some beneficial human gut microorganisms ferment dietary fiber into short-chain fatty acids (SCFAs), such as acetic and butyric acid. In additional, play a role in synthesizing vitamin B and vitamin K as well as metabolizing bile acids and sterols. There are several factors affecting the change on human gut flora varieties over time such as, the diet type and composition, the bacterial infections, the human lifestyle, physical activity and antibiotic or surgical treatment. The key factor between them is the diet types and its composition. It was suggested the frequency of bacteria present in the intestine significantly associated with the dietary patterns. Thus, this article describes current indication regarding the links between gut microbiota varieties and dietary patterns throughout life. In addition, the importance of microbiota-diet interactions extensively studied by modern new bioinformatics tools and molecular based techniques to demonstrate the potential microbiota-diet interactions which could change future approaches to nutrition in healthy and diseased human bodies.
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