Kinetic Factors in the Tooth-Plaque-Saliva Model Systems

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Higuchi, W.I. ; Mir, N.A. ; Patel, P.R. ; Becker, J.W. ; and Hefferren, J.J. : Quantitation of Enamel Demineralization Mechanisms: III. A Critical Examination of the Hydroxyapatite, J Dent Res 48: 396-409, 1969.

Mir, N.A. ; Higuchi, W.I. ; and Hefferren , J.J. : The Mechanism of Action of Solution Fluoride Upon the Demineralization Rate of Human Enamel , Arch Oral Biol 14:901-920, 1969.

Dedhiya, M.G. ; Young, F. ; and Higuchi, W.I. : Mechanism for the Retardation of the Acid Dissolution Rate of Hydroxyapatite by Strontium, J Dent Res 52: 1097-1109, 1973.

Dedhiya, M.G. ; Young, F. ; and Higuchi, W.I. : Mechanism of Hydroxyapatite Dissolution. The Synergistic Effects of Solution Fluoride, Strontium, and Phosphate, J Phys Chem, in press.

Higuchi, W.I. ; Young, F. ; Lastra, J.L. ; and Koulourides , T. : Physical Model for Plaque Action in the Tooth-Plaque-Saliva System, J Dent Res 49: 47-60, 1970.