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Progress Dissecting the Oral Microbiome in Caries and Health

机译:剖析龋齿与健康中口腔微生物组的研究进展

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摘要

Recent rapid advances in “-omics” technologies have yielded new insights into the interaction of the oral microbiome with its host. Associations of species that are usually considered to be acid-tolerant with caries have been confirmed, while some recognized as health-associated are often present in greater proportions in the absence of caries. In addition, some newly identified bacteria have been suggested as potential contributors to the caries process. In spite of this progress, two major challenges remain. The first is that there is a great deal of heterogeneity in the phenotypic capabilities of individual species of oral bacteria. The second is that the most abundant taxa in oral biofilms display remarkable phenotypic plasticity, i.e., the bacteria associated most strongly with health or with caries can morph rapidly in response to alterations in environmental pH, carbohydrate availability and source, and oxygen tension and redox environment. However, new technologic advances coupled with “old-fashioned microbiology” are starting to erode the barriers to a more complete understanding of oral biofilm physiology and ecology, and in doing so are beginning to provide insights for the creation of novel cost-effective caries control therapies.
机译:“组学”技术的最新快速发展为口腔微生物组与其宿主之间的相互作用产生了新见解。已经证实通常被认为是耐酸的与龋齿有关的物种,而在没有龋齿的情况下,一些被认为与健康相关的物种常常以更大的比例存在。另外,一些新发现的细菌被认为是龋齿过程的潜在贡献者。尽管取得了这一进展,仍然存在两个主要挑战。首先是口腔细菌个体物种的表型能力存在很大的异质性。第二个是口腔生物膜中最丰富的分类单元表现出显着的表型可塑性,即与健康或龋齿最密切相关的细菌可以响应环境pH值,碳水化合物可利用性和来源以及氧气张力和氧化还原环境的变化而迅速变形。 。然而,新技术的进步与“老式微生物学”的结合开始侵蚀更全面地了解口腔生物膜生理学和生态学的障碍,并由此开始为新型的具有成本效益的龋齿控制提供见解。疗法。

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