Factors Relating to Demineralization and Remineralization of the Teeth

Acknowledgements; Preface; List of participants; In vivo de- and remineralisation of dental enamel; Control of crystal growth during enamel development: a possible role for fluoride; Enhancement of remineralisation in vitro and in vivo ; The efficacy of toothpaste with different fluoride contents, a "pH-cycling" study; Studies on the solubility of calcium fluoride in human saliva; Environmental regulation of glycolysis in dental plaque; Salivary properties related to in vivo remineralization; Remineralization in vivo by stimulating salivary flow with Lycasin: a pilot study; Migration patterns of substances in the mouth; Some aspects of the kinetics of fluoride in saliva; The effect of SnF 2 and NaF on glucose uptake and metabolism in S mutans OMZ 176; Mineral distribution in human enamel after in vivo demineralization by dental plaque; The control of plaque pH and its significance in relation to the evaluation of food cariogenicity; The diagnosis of dental caries and its relevance to clinical management; Natural caries development and its arrestment; In vivo remineralization of shallow enamel lesions under the influence of xylitol and fluoride containing toothpastes; The driving forces in human dental plaque fluid for demineralisation and remineralisation of enamel material; In vivo fluoride-uptake from fluoridated toothpastes; In vivo demineralization and remineralization of enamel and root surfaces; Retention of fluoride on sound and in demineralized enamel in vivo ; Chlorhexidine: in vivo studies on demineralization and remineralization and human plaque pH; The effect of fluoride varnishes on mineral loss of enamel in vivo ; Dissolution behaviour of F products on etched enamel following 2per cent NaF application; In vivo remineralisation: new methodologies and problems; The effect of partial desalivation on coronal and root surface caries in the rat