The Respiration of the Salivary Microbial Flora and its Relation to Dental Caries Activity

Barcroft, J. , and Haldane, J.S. : A Method of Estimating the Oxygen and Carbonic Acid in Small Quantities of Blood, J. Physiol. 28: 232, 1902.

Hartles, R.L. , and McDonald, N.D. : The Metabolism of the Oral Flora. I. Oxygen Uptake and Acid Production by Human Saliva, Biochem. J. 47: 60, 1950.

Burnett, G.W. : The Respiration Rate of Human Saliva, J. D. Res. 31: 468, 1952.

Burnett, G.W. : Studies of the Respiration of the Microbial Flora of Human Saliva, J. D. Res. 33: 469, 1954.

Neuwirth, I. , and Summerson, W.H. : The Production of Acids From Glucose by Oral Microorganisms: Lactic and Pyruvic Acids, J. D. Res. 30: 100, 1951.

Bramstedt, F. , and Vonderlinn, R. : Biochemische Speicheluntersuchungen. II., Zahnarztl. Welt 7: 505, 1952.

Naujoks, R. , and Vonderlinn, R. : Biochemische Speicheluntersuchungen. IV. Klinische Überprufung der Moglichkeiten zur Entwicklung eines biochemische Kariestestes, Zahn. Rundschau 9: 15, 1953.

Naujoks, R. , and Kroncke, A. : Die Sauerstoffaufnahme d. Speiehels bei Zahn- und Mundkrankheiten, Deutsche Zahn. Ztschr. 9: 105, 1954.

Eggers-Lura, H. : Untersuchungen über den acroben und anaeroben Abbau d. Kohlehydrate im Speichel, Deutsche Zahn- Mund- Kieferh . 21: 97, 1954.

Eggers-Lura, H. : Oxygen Uptake of the Salivary Microflora and Its Relation to Caries Activity, Acta odont. scandinav . 13: 257, 1956.

Kroncke, A. , and Naujoks, R. : Biochemische Speicheluntersuchungen. V. Weitere Ergebnisse z. Entwicklung eines biologische Kariestestes, Deutsche Zahn. Ztschr. 9: 565, 1954.

Calandra, J.C. , and Adams, E.C. : Oxidation of Glucose Degradation Products in the Presence of Saliva and Possible Relation to Caries Immunity , J. D. Res. 30: 229, 1951.

Rogosa, M. , Mitchell, J.A. , and Wiseman, R.F. : A Selective Medium for the Isolation and Enumeration of Oral Lactobacilli , J. D. Res. 30: 682, 1951.

Snyder, M.L. : A Simple Colorimetric Method for the Estimation of Relative Number of Lactobacilli in the Saliva, J. D. Res . 19: 349, 1940.

Dixon, M. : Manometric Methods, New York, 1946, The Macmillan Company.

Umbreit, W.W. , Burris, R.H. , and Stauffer , J.F. : Manometric Techniques and Related Methods for the Study of Tissue Metabolism, Minneapolis, Minn ., 1947, Burgess Publishing Co.

Croxton, F.E. , and Cowden, D.J. : Applied General Statistics, New York, 1949, Prentice Hall, Inc.

Neuwirth, I. , and Klosterman, J.A. : Demonstration of Rapid Production of Lactic Acid in Oral Cavity, Proc. Soc. Exper. Biol. & Med. 45: 464, 1940.

Miller, B.F. , Muntz, J.A. , and Bradel, S. : Decomposition of Carbohydrate Substrates by Dental Plaque Material, J. D. Res. 19: 473, 1940.

Kallhardt, D. : Hydrogen-ion Concentration of Human Saliva , Deutsche Monatschr. f. Zahnh. 46: 1121, 1928 .

Stern, A.R. : The Hydrogen-ion Concentration of Normal Resting Saliva in Children and Its Relation to Dental Caries, D. Cosmos 73: 1017, 1931.

Swerdlove, C.K. : Relation Between the Incidence of Dental Caries and the pH of Normal Resting Saliva, J. D. Res. 21: 73, 1942.

Krashan, M. , Krasnow, F. , and Krejci, L.E. : A Study of Blood and Saliva in Relation to Immunity and Susceptibility to Dental Caries , J. D. Res . 11: 573, 1931.

Stephan, R.M. : Changes in Hydrogen-ion Concentration on Tooth Surfaces and in Carious Lesions, J. A. D. A. 27: 718, 1940.

Muntz, J.A. : Production of Acids From Glucose by Dental Plaque Material, J. Biol. Chem. 148: 225, 1943 .

Stephan, R.M. : Some Local Factors in the Development of Cavities: Plaques, Acidity, Aciduric Bacteria, Proteolytic Bacteria, J. D. Res. 27: 96, 1948.

Stephan, R.M. : Intraoral Hydrogen-ion Concentrations Associated With Dental Caries Activity, J. D. Res. 23: 257, 1944.

Moore, B.W. , Carter, W.J. , and Fosdick, L.S. : The Formation of Lactic Acid in Dental Plaques. I. Caries-Active Individuals, J. D. Res. 35: 778, 1956.

Fosdick, L.S. , and Campaigne, E.E. : Some Chemical Differences Between the Saliva of Caries-Immune and that of Caries-Susceptible Patients, J. A. D. A. 26: 954, 1939.

Miller, B.F. , and Muntz, J.A. : A Method for the Estimation of Ultramicroquantities of Lactic Acid, J. Biol. Chem. 126: 413, 1938 .

Dobbs, E.C. : Surface Resistance of Human Enamel to Acid Decalcification, J. D. Res. 12: 853, 1932.

Pincus, P. : Nasmyth's Membrane: Structure and Permeability, Brit. D. J. 63: 139, 1937.

Stralfors, A. : Studies of the Microbiology of Caries. III. The Buffer Capacity of the Dental Plaques, J. D. Res. 27: 587, 1948.

Stephan, R.M. : Changes in Hydrogen-ion Concentration on Tooth Surfaces and in Carious Lesions, J. A. D. A. 27: 718, 1940.