... Abstract Erosive tooth wear is the classic gene-environmental model. It requires the exposure to acids, typically from the diet or from the gastric content of the host, and shows variation among individuals and populations, which suggests it to be determined by more than one gene, each...

... susceptibility to dental caries or erosive tooth wear. The effort to associate genes known to regulate dental enamel formation with dental caries experience has been carefully reviewed in the literature, and this chapter reflects on these studies from their conception standpoint, highlighting limitations...

... Abstract Saliva interfaces with all oral tissues and modulates the development of dental caries or erosive tooth wear. Its mechanical function of coating all surfaces combined with the components in saliva modulates individual susceptibility to dental caries or erosive tooth wear. The effort...

... susceptibility to dental caries and erosive tooth wear. Abstract A dietary pattern rich in refined sugars is associated with higher caries experience. However, people show differences in references for certain foods, and these differences are genetic in origin. In this chapter, dietary preference...

... the impact of fluorides on dental caries and amelogenesis and emphasizes the impact of fluorides on genes that are relevant to amelogenesis, dental caries, erosive tooth wear, and fluorosis. Abstract The use of fluorides to address dental caries experience in populations was one of the biggest...

... Abstract Behavioral change is one of the proposed interventions to address concerns regarding dental caries and erosive tooth wear. The impact of these interventions, however, is difficult to measure, and they are rarely considered in clinical studies. This chapter briefly discusses behavior...

... Abstract Dental caries is a bacteria-mediated disease that inherently triggers a response from the host. The impact of this response is discussed in this chapter with a focus on genes involved in either the innate or the adaptive immune system. Since erosive tooth wear involves losses...

... proposed to overcome the limitation of simply counting the number of teeth or surfaces affected by caries was to characterize the initial loss of minerals from the dental enamel in the laboratory as a way to phenotype individuals for genetic studies of dental caries or erosive tooth wear. This chapter...

... Abstract When dental caries or erosive tooth wear lesions progress into dentin, the speed of their progression into the pulp will be modulated in part by the quality of the dentin physiology of the tooth. Some individuals may have dentin that allows for quicker progression of lesions...

... be tailored to benefit a particular individual. The market for direct-to-consumer genetic testing is growing, and the opportunity exists to add genetic variation relevant to oral health in general, and to dental caries and erosive tooth wear in particular, to these panels of variants that aim to inform...

... Abstract Dental erosion is the partial demineralisation of the tooth surface caused by repeated exposure to acids. The loss of surface tissue, which results from simultaneous and/or subsequent exposure to mechanical forces is known as erosive tooth wear (ETW). Excessive consumption of acidic...

... to the erosive solution. Erosive tooth wear is becoming increasingly significant in the management of the long-term health of the dentition. What is considered as an acceptable amount of wear is dependent on the anticipated lifespan of the dentition and is, therefore, different for deciduous compared...

... Abstract Erosive tissue loss is part of the physiological wear of teeth. Clinical features are an initial loss of tooth shine or luster followed by flattening of convex structures; with continuing acid exposure, concavities form on smooth surfaces, or grooving and cupping occur on incisal...

... Abstract The clinical diagnosis ‘erosion' is made from characteristic deviations from the original anatomical tooth morphology, thus distinguishing acid-induced tissue loss from other forms of wear. Primary pathognomonic features are shallow concavities on smooth surfaces occurring coronal from...

... Abstract Tooth wear is the result of three processes: abrasion (wear produced by interaction between teeth and other materials), attrition (wear through tooth-tooth contact) and erosion (dissolution of hard tissue by acidic substances). A further process (abfraction) might potentiate wear...

... Abstract Indices for assessing erosive wear are expected to deliver more than is expected of an ideal index: simple with defined scoring criteria so that it is reproducible, reflective of the aetiology of the condition and accurately categorizing shape, area and depth of affect, both at a point...

..., even though not all bulimic patients show a pathological level of tooth wear. There seems also to be a tendency that in the case of GERD, erosion is more common and more severe than in healthy controls. Regarding exogenous causes, many studies, though not all, document a positive association between...

... Abstract Erosive tooth wear in children is a common condition. Besides the anatomical differences between deciduous and permanent teeth, additional histological differences may influence their susceptibility to dissolution. Considering laboratory studies alone, it is not clear whether deciduous...