Saliva is the most relevant biological factor for the prevention of dental erosion. It starts
acting even before the acid attack, with an increase of the salivary flow rate as a response to …

The role of fluoride in erosion therapy has long been questioned. However, recent research
has yielded positive results. In this chapter, an overview of the literature is provided …

Although toothbrushing is considered a prerequisite for maintaining good oral health, it also
has the potential to have an impact on tooth wear, particularly with regard to dental erosion …

Control of plaque and debris is essential for the prevention of inflammatory periodontal
diseases and dental caries, because plaque is the primary etiological factor in the …

Objectives The aim of this study was to assess the preventive effect of a fluoride-, stannous-
and chitosan-containing (F/Sn/chitosan-) toothpaste (TP) on initial enamel erosion and …

Objective This in vitro study aimed to investigate the preventive effect of brushing with anti-
erosive toothpastes compared to a conventional fluoride toothpaste on dentine erosion …

Objectives To compare the effects of stannous (Sn) and fluoride (F) ions and their
combination on acquired enamel pellicle (AEP) protein composition (proteome experiment) …

To investigate the effect of some polyphenol-rich plant extracts on the protection of dentine
against demineralization, both acting on the dentine and on the salivary pellicle. Dentine …

Objectives To evaluate the anti-erosive potential of solutions containing sodium fluoride
(NaF, 225 ppm F) and different film-forming agents. Methods In Phase 1, hydroxyapatite …

The particular feature of this study is the investigation of effects of pure fluoride-or stannous
ions based mouthrinses on the erosion protective properties and the ultrastructure of the in …