Fourth Session Possible Mechanisms of the Cariostatic Action of Phosphates

Mcclure F.J. , and Muller A. Further Observations on the Cariostatic Effect of Phosphates, J. dent. Res., 38:38–776, 1959.

Bates J. F. The Influence of Plasma Phosphate on the Phosphate Concentration of Human Parotid Saliva, Arch. oral Biol. 3:3–1, 1960.

Boswell S.A. , and Holloway P. J. Investigations into the Effects of Dietary K2HPO4 (in press).

Neuman W.F. , and Neuman M. W. The Chemical Dynamics of Bone Mineral, p. 33. Chicago: University of Chicago Press, 1958.

Ericsson Y. Personal communication.

Leach S. A. Some Notes on the Solubility of Enamel and Dentine in Acid, Arch. oral Biol., 1:1–218, 1960.

StråLfors A. The Effect of Calcium and Phosphate Ions on the Rate of Enamel Dissolution, Odont. Revy, 10:10–367, 1959.

Johansen E. , and Ragosa M. The pH of Saliva, Oral Soft Tissues and Sound and Carious Tooth Surfaces in the Hamster, pp. 67–75. Proc. 25th Year Celebration, University of Rochester Dental Research Fellowship Program.

Haldi J. , Wynn W. , Law M. L. , and Bentley D. pH on the Teeth of Albino Rats under Various Conditions to Dental Caries, Arch. oral Biol., 21:21–46, 1960.

Ericsson Y. Salivary and Food Factors in Dental Caries Development. Presented at the 13th Congress of F.D.I., Cologne, 1962.

GrøN P. , Spinelli M. , Trautz O. , and Brudevold F. The Effect of Carbonate on the Solubility of Hydroxyapatite (in press).

Armstrong W.D. , and Singer L. In Vitro Uptake and Exchange of Bone Citrate. In Bone Structure and Metabolism, pp. 103–16. Ciba Foundation Symposium, London: J. and A. Churchill, Ltd., 1956.

Brudevold F. , Savory A. , Gardner D. E. , Spinelli M. , and Speirs R. L. A Study of Effects on Enamel of Acidulated Fluoride Solutions, Arch. oral Biol. (in press).

KÖNig K. G. , Marthaler T. M. , and MÜHLEMAN H. R. Effects of Some Phosphates in a Short-Period Rat Caries Experiment, Arch. oral Biol., 3:3–258, 1961.

Koulourtdes T.A. , Cueto H. , Reed J. , Kim M. S. , and Pigman W. Studies in Rehardening of Artificially Softened Enamel, J. dent. Res., 40:689, 1961 (abstr.).

Solomons C.C. , Irving J. T. , and Neuman W. F. Calcification of the Dentin Matrix. In Calcification in Biological Systems, ed. Sognnaes R.F. . Washington, D.C.: Amer. Ass. Advanc. Sci., 1960.

Little M.F. , and Brudevold F. A Study of Inorganic Carbon Dioxide in Intact Human Enamel, J. dent. Res., 37:37–991, 1958.

Sognnaes R.F. , Shaw J. H. , and Bogoroch R. Radio Tracer Studies on Bone, Cementum, Dentin and Enamel of Rhesus Monkeys, Amer. J. Physiol., 180:180–408, 1955.

Burnett G.W. , and Zenewitz J. A. Studies of the Composition of Teeth. VI. The Composition of Syrian Hamster Ena mel Extracted with KOH-Ethylene Glycol, J. dent. Res., 36:36–684, 1957.

Wynn W.J. , Haldi J. , Bentley K. D. , and Law M. L. Further Studies on the Differences in Cariogenicity of Two Diets Comparable in Sucrose Content, J. Nutr., 67:67–569, 1959.

Haldi J. , Wynn W. , Bentley K. D. , and Law M. L. Dental Caries in the Albino Rat in Relation to the Chemical Composition of the Teeth and Diet, J. Nutr., 67:67–645, 1959.

Mcclure F.J. , and Mccann H. G. Dental Caries and Composition of Bones and Teeth of White Rats: Effects of Dietary Mineral Supplements, Arch. oral Biol., 2:2–151, 1960.

Mericle M.R. , and Downey R. The Effect of Altered Calcium-Phosphorus Ratios on the Post-eruptive Enamel Surface, p. 43. IADR, Abstracts of 40th General Meeting, 1962.

Soni N.N. , and Brudevold F. Microradiographic and Polarized-Light Studies of Artificially Produced Lesions, J. dent. Res., 39:39–233, 1960.