Cariology Unit, Department of Oral Rehabilitation and Interdisciplinary Excellence Research Program on Healthy Aging (PIEI-ES), University of Talca, Talca, Chile.
Oral Dis. 2018 Oct;24(7):1185-1197. doi: 10.1111/odi.12778. Epub 2017 Oct 6.
The traditional concept of caries as a multifactorial transmittable and infectious disease has been challenged. Novel conceptual ideas have come to add to the complexity of this highly prevalent disease worldwide. Current etiological understanding of the disease has emphasized the pivotal role of sugars in caries. In fact, current definition points toward an ecological disease caused by the commensal microbiota that under ecological imbalances, mainly due to high and or frequent sugars consumption, creates a state of dysbiosis in the dental biofilm. This modern conceptual idea, however, tends to underrate a key issue. As humans are omnivore and consume a mix diet composed by a multitude of substances, the role of the diet in caries must not be restricted only to the presence of fermentable sugars. This review explores the contribution of other food components, ubiquitous to the diet, mostly as potentially protective factors. Anticaries nutrients might determine an environmental change, affecting the ecology of the oral microbiome and partially mitigating the effect of sugars. Understanding the function of the food usually consumed by the people will contribute new knowledge on the mechanisms associated with the onset of caries, on new caries risk variables and on potential novel strategies for the prevention and treatment of the disease.
传统观念认为龋齿是一种多因素、可传播和感染的疾病,但这一观念受到了挑战。新的概念增加了这一在全球高度流行疾病的复杂性。目前对疾病的病因学认识强调了糖在龋齿中的关键作用。事实上,目前的定义指出,龋齿是一种由共生微生物引起的生态疾病,在生态失衡的情况下,主要是由于高糖或频繁摄入糖,会导致牙菌斑中出现生态失调状态。然而,这种现代概念往往低估了一个关键问题。由于人类是杂食动物,饮食中包含多种物质,因此饮食在龋齿中的作用不仅限于存在可发酵糖。本综述探讨了其他食物成分的作用,这些成分在饮食中普遍存在,主要作为潜在的保护因素。抗龋营养素可能会改变环境,影响口腔微生物组的生态,并部分减轻糖的作用。了解人们通常食用的食物的功能将有助于我们了解与龋齿发病相关的机制、新的龋齿风险变量以及预防和治疗该疾病的潜在新策略。