Arnim, S.S.Microcosms of the Human Mouth, J. Tenn. dent. Ass., 39:3-28, 1959.
2.
Miller, W.D.Microorganisms of the Human Mouth, pp. 1-353. Philadelphia: S. S. White Dental Mfg. Co., 1890.
3.
Miller, B.F. , Muntz, J.A., and Bradel, S.Decomposition of Carbohydrate Substrates by Denta Plaque Material, J. dent. Res., 19:473-78, 1940.
4.
Fosdick, L.S., and Burrill, D.Y.The Effect of Pure Sugar Solutions on the Hydrogen-Ion Concentration of Carious Lesions, Fortn. Rev. Chicago dent. Soc., 6:7-10, 1943.
5.
Fosdick, L.S.The Role of Carbohydrates in the Etiology of Dental Caries, Ann. Dent. (Baltimore), 10 : 134-42, 1951.
6.
Nolte, W.A., and Arnim, S.S. In Vitro Charges in pH of Dental Plaque Material and Surrounding Saliva , J. dent. Res., 35:83-89, 1956.
7.
Ludwig, T.G., and Bibby, B.G.Acid Production from Different Carbohydrate Foods in Plaque and Saliva, J. dent. Res., 36:56-60, 1957.
8.
----. Further Observations upon Caries-producing Potentialities of Various Foodstuffs, ibid., pp. 61-67, 1957.
9.
Jenkins, G.N., Forster, M.G., Speirs, R.L., and Kleinberg, I.The Influence of the Refinement of Carbohydrates on Their Cariogenicity: In Vitro Experiments on White and Brown Flour, Brit. dent. J. , 106:195-208, 1959.
10.
Morch, T.Acid Potentiality of Carbohydrates: An Investigation of Some Common Dietary Components in Norway, Acta odont. scand., 19:355-85, 1961.
11.
Caldwell, R.C.Adhesion of Foods to Teeth, J. dent. Res., 41:821-32, 1962.
12.
Elzay, R.P. , and Muhler, J.C.Dietary Carbohydrates and Dental Caries , Dent. Progr., 2:199-201, 1962.
13.
Andlaw, R.J. , Bibby, B.G., and Buonocore , M.G.Cariogenicity of Foods, Dent. Progr., 2:36-43. 1962.
14.
Lefkowitz, W., and Robinson, H.B.G.Effectiveness of Automatic and Hand Brushes in Removing Dental Plaque and Debris, J. Amer. dent. Ass. , 65: 351-61, 1962.
15.
Burrill, D.Y. , and Fosdick, L.S.The Buffering Capacity and Rate of Flow of Saliva in Relation to Dental Caries, Northw. Univ. Bull. dent. Res., 44:6-8, 1944.
16.
Fosdick, L.S.Factors in Natural Immunity to Caries, J. Amer. dent. Ass., 37:419-25, 1948.
17.
Ericsson, Y. , Hellstrom, I., Jared, B., and Stjernstrom , I.Investigations into the Relationship between Saliva and Dental Caries, Acta odont. scand., 11 :179-94,1954.
18.
Dewar, M.R.Mucin Content, Physical Properties of Saliva, and Caries Activity, J. dent. Res., 33:751-56. 1954.
19.
Muracciole, J.C.Evaluation of Caries Activity by the Buffers of Saliva. J. dent. Res., 34:387-89, 1955.
20.
Turner, N.C. , and Anders, J.T.Titratable Acidity and Titratable Alkalinity of the Saliva Cases Chosen with Reference to Dental Caries, J. dent. Res., 35: 385-98, 1956.
21.
Englander, H.R., Shklair, I.L., and Fosdick, L.S.Effect of Saliva on the pH and Lactate Concentration in Dental Plaque, J. dent. Res., 38:848-53, 1959.
22.
Krasse, B.Amount, pH, Buffer Effect and Amylolytic Activity of Parotid Saliva between and Immediately Following Meals, J. dent. Res., 40:433-35, 1961.
Stralfors, A.Investigations into the Bacterial Chemistry of Dental Plaques, Odont. T., 58:159-341. 1950.
25.
Manly, R.S.Method for Study of Acid Production by Salivary Sediments, J. dent. Res., 32:666, 1953 (abstr.).
26.
Tullar, P.E.Rapid Acid Formation Resulting from the Action of Plaque or Salivary Sediment on Sugars, J. dent. Res., 35:220--25, 1956.
27.
Moore, B.W., Carter, W.J., Dunn, J.K., and Fosdick, L.S.The Formation of Lactic Acid in Dental Plaque. 1. Caries-Active Individuals , J. dent. Res., 35:778-85, 1956.
28.
Clement, A.J. , Plotkin, R., and Fosdick, L.S.The Formation of Lactic Acid in Dental Plaques. II. Oral Conditions of Primitive Bushmen of the Western Kalahari Desert, J. dent. Res., 35:786-91, 1956.
29.
Mitchell, D.F.Mechanism of Dental Caries. J. Amer. dent. Ass., 52:14-18, 1956.
30.
Huh, C., Blackwell, R.Q., and Fosdick, L.S.The Diffusion of Glucose through Microbial Plaques. J. dent. Res., 38:569-76, 1959.
31.
Soni, N.N., and Bibby, B.G.Enamel Decalcification in Food-Saliva Mixtures, J. dent. Res. , 40:185-89, 1961.
32.
Manly, R.S.Retention of Carbohydrate from Sugar Solutions by Salivary Sediment, J. dent. Res., 40:379, 1961 (abstr.).
33.
Kleinberg, I.Studies on Dental Plaque. I. The Effect of Different Concentrations of Glucose on the pH of Dental Plaques in Vivo, J. dent. Res., 40 :1087-1111, 1961.
34.
MacGregor, A.B.Position and Extent of Acid in the Carious Process, Arch. oral Biol., 4:86-91, 1961.
35.
Manly, R.S.Influence of Film Thickness and Density on the pH of Glycolyzing Salivary Sediment and Dental Plaque, J. dent. Res., 41:46-54, 1962.
36.
Gibbons, R.J. , and Socransky, S.S.Intracellular Polysaccharide Storage by Organisms in Dental Plaque: Its Relation to Dental Caries and Microbial Ecology of the Oral Cavity, Arch. oral Biol., 7:73-79, 1962.
37.
Bibby, B.G.Comment on the Miller Theory of Dental Caries , N.Y. J. Dent, 32:216-17, 1962.
38.
Schatz, A., and Martin, J.J.The Proteolysis-chelation Theory of Dental Caries, J. Amer. dent. Ass., 65:368-74, 1962.
39.
Stephan, R.M.Hydrogen-Ion Concentration of the Dental Plaque , J. dent. Res., 17:251-56, 1938.
40.
Forscher, B.K. , and Hess, W.C.The Validity of Plaque pH Measurements as a Method of Evaluating Therapeutic Agents, J. Amer. dent. Ass., 48:134-39, 1954.
41.
Kleinberg, I.Further Studies on the Production of in Vivo Plaque pH Curves, in Vitro, J. Canad. dent. Ass., 28:242, 1962.
42.
Parran, F.F.Electrodes for Measuring pH of Plaque, Dent. Progr., 3:44-46, 1962.
43.
Kesel, R.G.The Effectiveness of Dentifrices, Mouthwashes and Ammonia-Urea Compounds in the Control of Dental Caries, J. dent. Res., 27:244-54, 1948.
44.
----. Recent Developments in the Biologic Production of Ammonia and the Use of Ammonia and Carbamide in Caries Prevention, Oral Surg., 2:459-73, 1949.
45.
Fosdick, L.S.The Reduction of the Incidence of Dental Caries. I. Immediate Toothbrushing with a Neutral Dentifrice, J. Amer. dent. Ass., 40:133-43, 1950.
46.
--. Enzyme Inhibitors as a Factor in the Control of Dental Caries, ibid., 52:9-13, 1956.
47.
Frostell, G.Effect of Ammonium Ion and Urea upon Acid Production of Lactobacilli, Acta odont. scand., 17:285-97, 1959.
48.
Manly, R.S. , Hargreaves, G., and Pillard, R.Glycolysis Inhibitors among Compounds Containing Aldehydes, Ketones and Organic Acids, Arch. oral Biol., 1:145-60, 1959.
49.
Muhlemann, H.R., Meyer, R.W., Konig, K.G., and Marthaler , T.M.The Cariostatic Effect of Some Antibacterial Compounds in Animal Experimentation, Helv. odont. Acta, 5:18-22, 1961.
50.
Muhler, J.C.Effects of Stannous Fluoride Dentifrice on Caries Reduction in Children during a Three-Year Study Period, J. Amer. dent. Ass., 64:216-24, 1962.
51.
Bartelstone, H.J., Mandel, I.D., and Chilton, N.W.Critical Evaluation of Chemical Studies with Stannous Fluoride Dentifrices, N.Y. St. dent. J., 28:147-56, 1962.
52.
Van Reen, R., Ostrom, C.A., and Berzinskas, V.J.Studies of the Possible Cariostatic Effects of Sodium Molybdate, Arch. oral Biol., 7:351-56, 1962.
53.
Weisenberg, B.M.Effect of Metal and Pyrophosphates on Acid Formation in Dental Plaque of Children, Northw. Univ. Bull. dent. Res. , 62:41-45, Spring, 1962.
