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从本土核心微生物群到以牛奶为导向的微生物群。

From native core micriobiome to milk-oriented microbiome.

机构信息

Editor in chief - European Journal of Paediatric Dentistry.

出版信息

Eur J Paediatr Dent. 2021 Jun;22(2):89. doi: 10.23804/ejpd.2021.22.02.1.

Abstract

The human microbiome is the full set of microorganisms (microbiota) present on and in our body. Its importance is such that the human being has been defined as a holobiont, that is, a superorganism made up of human eukaryotic cells and microbial cells. A balanced microbiota (eubiosis) is a prerequisite for health and well-being; on the contrary, an altered microbiota (dysbiosis) is the cause of pathological conditions. This concept is the cornerstone of the "microbiota revolution": Currently there is no disease that cannot be re- interpreted as a function of microbiome. While all human beings have similar DNA, it is the microbiome that make every person genetically unique; therefore the microbiome is the variable component of the genome which characterises each one of us. About one third of the microbiome is common to all individuals, while two thirds are specific to each subject and constitute a sort of fingerprint that forms and stabilises in the first 2-3 years of life. This timeframe is extremely important since it has been shown that the structure of the microbiome is already acquired in the embryonic-fetal period, it is completed within 3 years and lasts a lifetime. The native core microbiome is the first microbiota and characterises individuals for their whole life. It is affected by four main variables: The quality of family and social life of the mother-to-be, the intake of drugs during pregnancy, as well as the type of birth and breastfeeding. It is renowned that breast milk is a complex, unique and essential food for the growth of the child, but one of its functions - which is still under investigation today - is to feed and guide the formation of the microbiome of the newborn even after the introduction of solid foods, during the first 3 years of life. This function is carried out by the over one hundred different types of oligosaccharides that are present in breast milk, which is why these days we talk about the so-called MOM (milk-oriented microbiome). The correct formation of the microbiome affects the entire life of an individual. This is a more than valid reason to promote breastfeeding even after eruption of baby teeth and throughout the weaning period. The role of pediatric dentists, together with hygienists and pediatricians, is to spread and stress out the importance of oral hygiene so that breastfeeding can only bring benefits and not carious lesions!

摘要

人类微生物组是存在于我们体内和体表的全部微生物(微生物群)。它非常重要,以至于人类被定义为一个整体生物,即由人类真核细胞和微生物细胞组成的超级生物体。平衡的微生物组(正常微生物生态)是健康和幸福的前提条件;相反,改变的微生物组(失调)是导致病理状况的原因。这个概念是“微生物组革命”的基石:目前,没有任何疾病不能被重新解释为微生物组的功能。虽然所有人的 DNA 都相似,但正是微生物组使每个人在基因上独一无二;因此,微生物组是构成我们每个人的基因组的可变量成分。大约三分之一的微生物组是所有人共有的,而三分之二是每个个体特有的,构成了一种在生命的头 2-3 年内形成和稳定的指纹。这个时间框架非常重要,因为已经表明微生物组的结构在胚胎-胎儿期就已经获得,它在 3 年内完成并持续一生。原始核心微生物组是第一个微生物组,它决定了个体的一生。它受四个主要变量的影响:未来母亲的家庭和社会生活质量、怀孕期间的药物摄入,以及出生和母乳喂养的类型。众所周知,母乳是儿童生长所必需的复杂、独特和必不可少的食物,但它的一个功能——至今仍在研究中——是在引入固体食物后,即在生命的头 3 年内,喂养和指导新生儿微生物组的形成。这个功能是由母乳中存在的 100 多种不同类型的低聚糖来实现的,这就是为什么现在我们谈论所谓的 MOM(以母乳为导向的微生物组)。微生物组的正确形成会影响个体的整个生命。这是一个强有力的理由,即使在婴儿出牙后和断奶期间也要提倡母乳喂养。儿科牙医、口腔卫生学家和儿科医生的作用是传播和强调口腔卫生的重要性,以使母乳喂养只会带来益处而不会导致龋齿!

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