Evaluation of Anticaries Agents by the Use of the Artificial Mouth

Pigman, W. , Elliott, H.C. , and Laffre, R. 0. An Artificial Mouth for Caries Research, J. D. Res. , 31:627, 1952.

Pigman, W. In Vitro Production of Experimental Caries, J.A.D.A. , 51:685, 1955.

Pigman, W. , Hawkins, W. , West, H. , and Gaston, C. Carious-like Lesions of Enamel Produced in the Artificial Mouth, Oral Surg ., Oral Med., & Oral Path., 7:427, 1954.

Pigman, W. , Hawkins, W. , and Thomas, A.E. Attack of Smooth Enamel Surfaces in the Artificial Mouth, New York State D. J., 20:355, 1954.

Pigman, W. , and Sognnaes, R.F. Histologic Studies of Carious-like Lesions Produced in the Artificial Mouth, Oral Surg., Oral Med., & Oral Path., 8:530, 1955.

Pigman, W. , Hawkins, W.L. , Watson, J. , Powell, R. , and Gaston, C. The Effect of the Concentration of D-glucose on the Attack of Tooth Substance in the Artificial Mouth, J. D. Res., 34:537, 1955.

Forziati, A.F. , Losee, F.L. , Pigman , W.W. , Jennings, W.H. , and Lawson, M.E. In Vitro Production of Experimental Caries , J.A.D.A., 53:655, 1956.

Pigman, W. , Gilman, E. , Powell, R. , and Muntz, L. The Action of Individual Bacterial Strains on Human Teeth under in Vitro Conditions , J. D. Res., 36:314, 1957.

Caldwell, R.C. , Gilmore, R.W. , Timberlake , P. , Pigman, J. , and Pigman, W. Semiquantitative Studies of in Vitro Caries by Microhardness Tests, J. D. Res. , 37:301, 1958.

Pigman, W. , Brasher, J. , and Koulourides, T. The Cariogenicity of Common Sugars as Evaluated in the Artificial Mouth, Nature, 195:190, 1962.

Newbrun, E. , Timberlake, P. , and Pigman, W. Changes in Microhardness of Enamel Following Treatment with Lactate Buffer, J. D. Res. , 38:293, 1959.

Caldwell, R.C. , Muntz, M.L. , Gilmore , R.W. , and Pigman, W. Microhardness of Intact Surface Enamel, J. D. Res., 36:372, 1957.

Newbrun, E. , and Pigman, W. The Hardness of Enamel and Dentine , Australian D. J., 5:210, 1960.

Mellor, J.W. A Comprehensive Treatise on Inorganic and Theoretical Chemistry, 7:422. London : Longmans, Green & Co., Ltd., 1927.

Muhler, J.C. The Effect of Different Fluorides on the Solubility of Intact Dental Enamel Surfaces, J. D. Res., 36:889, 1957.

Buttner, G. , and Muhler, J.C. The Solubility of Intact Dental Enamel Surfaces Treated with Potential Anti-cariogenic Agents, J. D. Res., 37:412, 1958.

Francis, M.D. , and Meckel, A.H. The in Vitro Formation and Quantitative Evaluation of Carious Lesions, Arch. Oral Biol., in press.

COLGATE-PALMOLIVE LABORATORY. Unpublished laboratory procedures.

Meyers, H.M. , Hamilton, J.G. , and Becks, H. A Tracer Study of Transfer of F18 to Teeth by Topical Application, J. D. Res., 31:743, 1952.

Brudevold, F. , Hein, J.W. , Bonner , J.F. , Nevin, R.B. , Bibby, B.G. , and Hodge, H.C. Reaction of Tooth Surfaces with One PPM of Fluoride as Sodium Fluoride, J. D. Res., 36:771, 1957.

McCann, H.G. , and Fath, E.H. Phosphate Exchange in Hydroxyapatite, Enamel, Dentin, and Bone, J. Biol. Chem., 231:863, 869, 1958.

Ericsson, Y. Fluorides in Dentifrices, Acta Odont. Scand., 19:41, 1961.