Fosdick, L.S. , Hansen, H.L., and Eppel, C.: Enamel Decalcification by Mouth Organisms and Dental Caries, J. A. D. A. 24: 1275, 1937 .
2.
Fancher, O.E. , Calandra, J.C., and Fosdick, L.S.: The Effect of Vitamins on Acid Formation in Saliva, J. D. Res. 23: 23, 1944.
3.
Kesel, R.G., O'Donnell, J.F., Kirch, E.R., and Wach, E. 0.: The Biological Production and Therapeutic Use of Ammonia in the Oral Cavity in Relation to Dental Caries Prevention, J. A. D. A. 33: 695, 1946.
4.
Zander, H.A. , and Bibby, B.G.: Penicillin and Caries Activity, J. D. Res. 26: 365, 1947.
5.
Coolidge, T.B. : A Method for the Chemical Measurement of Caries of the Enamel, J. D. Res. 26: 43, 1947.
6.
Stralfors, A.: Investigation Into the Bacterial Chemistry of Dental Plaques, Stockholm State Dental College, 1950.
7.
Dreizen, S., Mann, A.W., Spies, T.D., Carson, B.C., and Cline, J.K.: The Influence of Sodium Bisulfite on Acid Production in Saliva, J. D. Res. 26: 93, 1947.
8.
Fosdick, L.S. , and Calandra, J.C.: The Effect of Some Chemicals on the Rate of Acid Formation in Saliva, J. D. Res. 26: 309, 1947.
9.
Calandra, J.C. , and Fosdick, L.S.: The Effect of Amino Acids on the Rate of Acid Formation in Saliva, J. D. Res. 26: 303, 1947.
10.
Fosdick, L.S. , Fancher, O.E., and Calandra , J.C.: The Effect of Synthetic Vitamin K on the Rate of Acid Formation in the Mouth, Science96: 45, 1942.
11.
Dreizen, S., and Spies, T.D.: Further Studies on the Association Between the Products of Protein Putrefaction and Dental Caries Activity, J. D. Res. 27: 305, 1948.
12.
Calandra, J.C. , and Adams, E.E., Jr.: The Inhibition of Acid Formation in the Mouth by Amino Derivatives of 2, 3 Dichloronaphthoquinone, J. D. Res.29: 593, 1950.
13.
Pearlman, S.: Influence of Ammonia and of Urea Upon L. Acidophilus 4646. II. Studies on Anaerobic Glycolysis, J. D. Res. 30: 656, 1951.
14.
Forbes, J.C., and Smith, J.D.: Studies on the Effect of Metallic Salts on Acid Production in Saliva I, J. D. Res. 31: 129, 1952.
15.
Manly, R.S.: A Method for Study of Acid Production by Salivary Sediment, J. D. Res. 33: 561, 1954.
16.
Stephan, R.M. : The Effect of Urea in Counteracting the Influence of Carbohydrates on the pH of Dental Plaque, J. D. Res. 22: 63, 1943.
17.
Stephan, R.M. , and Miller, B.F.: A Quantitative Method for Evaluating Physical and Chemical Agents Which Modify Production of Acids in Bacterial Plaques on Human Teeth, J. D. Res. 22: 45, 1943.
18.
Fosdick, L.S. , Ludwick, W.E., and Schantz, C.W.: The Absorption of Enzyme Inhibitors and Antibiotics in Dental Plaques, J. A. D. A. 43: 26, 1951.
19.
Fosdick, L.S. , Calandra, J.C., Blackwell, R.Q., and Burrill, J.H.: A New Approach to the Problems of Dental Caries Control, J. D. Res. 32: 487, 1953.
20.
Stephan, R.M. , and Miller, B.F.: The Effect of Synthetic Detergents on pH Changes in Dental Plaques, J. D. Res. 22: 53, 1943.
21.
Hargreaves, G.L., and Manly, R.S.: Precision of Salivary Sediment Technique for Evaluating Inhibitors, J. D. Res. 35: 591, 1956.
22.
Muntz, J.A. , and Miller, B.F.: Factors Influencing Penetration of Synthetic Detergents and Certain Other Compounds Into Dental Plaque Material, J. D. Res. 22: 73, 1943.
23.
Manly, R.S., and Strang, H.: Influence of Film Thickness Solution, Buffer Capacity and pH on the Steady State pH of Salivary Sediment and Dental Plaque, Presented at the General Meeting of I.A.D.R, March, 1956.
