Jaime Aparecido Cury

• Abstract

  The aims of this visit will be: 1- To give lecturers to graduate students of Cariology; 2- To give a conference about "The Zurich biofil model"; 3- To discuss collaborative research. (AU)

  Bernhard Guggenheim | University of Zurich - Suíça, AV.EXT

• Abstract

  It is still discussed if fluoride incorporated in enamel during its formation (pre-eruptive) could strength fluorotic enamel against caries. On other hand, we have recently shown in vitro that dental enamel with mild/moderate fluorosis is less resistant to demineralization than sound enamel. However, in this work the recognized local effect of fluoride (post-eruptive) of daily ingestion o…

  Effect of fluoride from dentifrice on the reduction of demineralization of fluorotic enamel, BP.MS

• Abstract

  It was found in an in vitro study that enamel of teeth with mild/moderate fluorosis are less resistant to dental caries, but this result was obtain without the local effect of fluoride. Aim: To evaluate in vitro and in situ the local effect of fluoridated toothpaste on the reduction of the induced enamel demineralization. Methods: Enamel blocks will be obtained from teeth classified accor…

  Caries susceptibility of fluorosed teeth and fluoride effect on its control: in vitro and in situ study, BP.DR

• Abstract

  It has been recommended that fluoride dentifrice (FD) should be used twice a day to control enamel caries, but higher frequencies have not been experimentally assessed. Besides, dentin is considered more susceptible to caries than enamel, and the effect of FD frequency of use for controlling root caries may be different from that necessary to control coronary caries. The present study wil…

  Effect of toothbrushing frequency with fluoride dentifrice on enamel and root dentin demineralization, BP.MS

(Only some records are available in English at this moment)

• Abstract

  Salivary proteins histatin and statherin, and its derived functional peptides RR14 and DR9, respectively, keep the homeostasis of teeth mineral composition by regulating de- and remineralizing processes and by inhibiting spontaneous precipitation of minerals on dental surface. Additionally, these proteins/peptides inhibit S. mutans adherence to the dental pellicle (DP). This knowledge bri…

  Effect of statherin and Histatin peptides on cariogenic biofilm and on enamel demineralization, BE.EP.DR