Metabolic Factors in Saliva

Kroncke, A. , and Naujoks, R. Dental Caries Susceptibility Tests and Their Significance in Dental Practice , Int. dent. J., 6:174, 1956.

Manly, R.S. Inhibition of Dental Caries by Dentifrices-Laboratory Predictions vs. Clinical Results, Proc. Sci. Sec. Toilet Goods Ass, No. 22, 1954.

Eggers-Lura, H. Die Enzyme des Speichels und der Zähne. Munich: Carl Hauser, 1949.

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

Burnett, G.W. The Respiration Rate of Human Saliva, J. dent. Res., 31:468, 1952 (abstr.).

Bramstedt, F. , Kroncke, A. , Naujoks , R. , and Vonderlinn , R. Biochemiscke Untersuchungen VI. Die Verbennung organischer Substrate im Speichel kariesresistenter und kariesanfalliger Personen, Dtsch. zahnärztl. Z., 9:782, 1954.

Burnett, G.W. The Effect of Carbohydrates and Inhibitors on the Respiration Rate of Human Saliva, J. dent. Res., 32:640, 1953 (abstr.).

-. Studies of the Respiration of the Microbial Flora of the Human Saliva , ibid., 33:469, 1954.

Eggers-Lura, H. Untersuchungen über den aeroben und anaeroben Abbau der Kohlehydrate im Speichel, Dtsch. Zahn-, Mund- u. Kieferheilk., 21:97, 1954.

McDonald, N.D. Some Aspects of the Metabolism of the Oral Flora. Thesis, University of Liverpool, 1951.

Sreebny, L.M. , Kirch, E.R. , and Kesel, R.G. The Location of the Glycolytic Enzymes in Saliva, J. dent. Res., 29:506, 1950.

Tullar, R.E. Acid Formation in Human Saliva, J. dent. Res., 32:688, 1953 (abstr.).

Hartles, R.L. , and Wasdell, M.R. The Metabolism of the Oral Flora. VI. Preliminary Observations on a Water Soluble Factor in Saliva Which Enhances the Respiratory and Glycolytic Activity of the Salivary Flora, Brit. dent. J., 99:334, 1955.

Bramstedt, F. , Kröncke, A. , and Naujoks, R. Über ein den anaeroben Kohlenhydratabbau aktivierendes Prinzip im menschlichen Speichel , Naturwissenschaften, 11 :331, 1957.

--. Über den Einfluss von Fluor auf den Glukoseabbau isolierter Mundbakterienstämme, Odont. Revy, 8:201, 1957.

Beck, D.J. , and Bibby, B.G. Whole Saliva, Salivary Sediment, and Supernatant as Fermenting Agents for Food, J. dent. Res., 40:479, 1961.

Kröncke, A. Ergebnisse und Probleme Biochemischer Speichelforschung , Dtsch. Zahnärzteblatt, 17: 1, 1960.

Wasdell, M.R. The Effect of Amino Acids and Related Compounds on the Metabolism of Saliva, Arch. oral Biol., 7:25, 1962.

Gochman, N. , Meyer, R.K. , Blackwell , R.Q. , and Fosdick, L.S. The Amino Acid Decarboxylase of Salivary Sediment, J. dent. Res., 38:998, 1959.

Fosdick, L.S. , and Blackwell, R.Q. The Effect of Peptides and Amino Acid Derivatives on Acid Formation in Saliva-Sugar Mixtures, J. dent. Res. , 38:519, 1959.

Kröncke, A. , Bramstedt, F. , Naujoks , R. , and Marg, H. Biochemische Speicheluntersuchungen: Peptide im menschlichen Speichels, J. dent. belge, 49:391, 1958.

Rose, A.G. , and Kerr, A.C. The Amino Acids and Phosphoethanolamine in Salivary Gland Secretions of Normal Men and of Patients with Abnormal Calcium, Phosphorus and Amino Acid Metabolism, Quart. J. exp. Physiol., 43:160, 1958.

Chattaway, F.W. Growth Stimulation of L. casei by Pyrimidines , Nature (Lond.), 153:250, 1944.

Carter, C.E. Metabolism of Purines and Pyrimidines, Ann. Rev. Biochem., 25:123, 1956.