Posteruptive Effects of Nutrition on Teeth

Greulich, R.C. , and Leblond, C.P. : Radioautographic Visualization of the Formation and Fate of the Organic Matrix of Dentin, J Dent Res 33:859-872, 1954.

Bergman, G. : Microscopic Demonstration of Liquid Flow through Human Dental Enamel, Arch Oral Biol 8:233-234, 1963.

Little, M.F. ; Cueto, E.S. ; and Rowley, J. : Chemical and Physical Properties of Altered and Sound Enamel, Arch Oral Biol 7:173-184, 1962.

Carlstrom, D. ; Glas, J.E. ; and Ang-Mar, B. : The State of Water in Human Enamel, J Ultrastruct Res 8:24-29, 1963.

Neuman, W.F. , and Neuman, M.W. : The Chemical Dynamics of Bone Mineral, Chicago : The University of Chicago Press, 1958, p 11.

Gray, J.A. : Kinetics of Enamel Dissolution During Formation of Incipient Caries-like Lesions , Arch Oral Biol 11:397-422, 1966.

Hevesy, G. ; Holst, J.J. ; and Krogh, A. : Vidensk Selsk Biol Med 13: No. 13, 1937.

Zipxin, I. , and Hawkins, G.R. : Conference on Phosphates and Dental Caries, J Dent Res 43(Suppl):1040-1044, 1964.

Ericsson, Y. : Clinical Investigations of the Salivary Buffering Action, Acta Odont Scand 17:131-165, 1959.

Wills, J.H. , and Forbes, J.C. : Dietary Effects Upon the Acid Neutralizing Power of the Saliva, J Dent Res 18:409-415, 1939.

Swenander Lanke, L. : Salivens buffringformaga i relation till kariesaktivitet och olika kost, Svensk Tandlak T 45:255-262, 1952.

Van Slyke, D.D. , and Dole, V.P. : Significance of Urea Clearance, J Clin Path 2: 273-274, 1949.

Galan, J.C. , and Houssay, B.A. : Difusion de la urea en diferentes liquidos del organismo, Rev Soc Argent Biol 3:399-406, 1927.

Marshall, E.K. , JR. , and Davis, D.M. : Urea, Its Distributions in and Elimination from the Body, J Biol Chem 18:53-80, 1914.

Grove, C.J. , and Grove, C.T. : Chemical Study of Human Saliva Indicating that Ammonia is an Immunizing Factor in Dental Caries, JADA 22:247-252, 1935.

Kesel, R.G. ; Wach, E.C. ; O'Donnell, J.F. ; and Kirch, E.R. : An Analysis of the Caries-producing Mechanism , Oral Surg 2: 849-863, 1949.

Nikiforuk, G. ; Jackson, S.H. ; Cox, M.A. ; and Grainger , R.M. : Some Blood and Salivary Non-Protein Nitrogen Constituents in Children and Dental Caries, J Paediat 49:425-431, 1956.

Shannon, I.L. : Parotid Fluid Flow Rate, Parotid Fluid, and Serum Inorganic Phosphate as Related to Dental Caries Experience in Man, Aerospace Medical Division, Technical Report SAM-Tor. 1962 , pp 62-71.

Buttner, W. , and Muhler, J.C. : The Effect of Feeding Calcium Phosphate Salts with Different Solubilities on Dental Caries, the Composition of the Saliva, and the Femurs of Rats, J Dent Res 37:860-864, 1958.

Dawes, C. , and Shaw, J.H. : Dietary Phosphate Supplementation and its Effects on Dental Caries and Salivary and Serum Concentrations of Calcium and Inorganic Phosphate in the Rat, Arch Oral Biol 10 :567-577, 1965.

Langley, L.L. ; Grimes, O.R. ; and Cock-Rell , D.F. : Secretion of Calcium and Phosphate by the Dog Parotid Gland, Amer J Physiol 201:599-602, 1961.

Afonsky, D. : Saliva and Its Relation to Oral Health, Montgomery: University of Alabama Press, 1961, p 50.

Clark, G.W. , and Levine, L. : Inorganic Constituents of Human Saliva, Amer J Physiol 81:264-275, 1927.

Clark, G.W. , and Shell, J.S. : The Influence of Diet upon the Inorganic Constituents of Human Saliva, Dent Cosmos 69: 500-513, 1927.

Pattison, C.L. : Dietetic Conditions which Influence Calcium Content of the Saliva, Brit Med J 2:6-8, 1926.

Jenkins, G.N. : The Refinement of Foods in Relation to Dental Caries (Advances in Oral Biology), New York: Academic Press, 1966, pp 67-100.

Osborn, T.W.B. ; Noriskin, J.N. ; and Staz, J. : A Comparison of Crude and Refined Sugar and Cereals in their Ability to Produce In Vitro Decalcification of Teeth, J Dent Res 16:165-171, 1937.

Jenkins, G.N. ; Forster, M.G. ; Speirs, R.L. ; and Kleinberg , I. : Influence of the Refinement of Carbohydrates on Their Cariogenicity. In Vitro Experiments on White and Brown Flour, Brit Dent J 106: 195-208, 1959.

Jenkins, G.N. ; Forster, M.G. ; and Speirs, R.L. : Influence of the Refinement of Carbohydrates on Their Cariogenicity. In Vitro Studies on Crude and Refined Sugars and Animal Experiments, Brit Dent J 106 :362-374, 1959.

Mcclure, F.J. : Cariostatic Effect of Phosphates, Science 144:1337-1338, 1964.

Taketa, F. , and Phillips, P.H. : Oat Hull Fractions and the Development of Dental Caries, J Amer Diet Assn 33:575-578, 1957.

Buttner, W. , and Muhler, J.C. : The Effect of Oat Hulls on the Dental Caries Experience in Rats, J Dent Res 38:823-824, 1959.

Vogel, J.J. ; Thompson, D.J. ; and Phillips, P.H. : Studies on the Anticariogenic Activity of Oat Hulls, J Dent Res 41:707-712, 1962.

Madsen, K.O. , and Edmonds, E.J. : Prolonged Effects on Caries of Short-term Feeding of Rice Hulls to Cotton Rats, J Dent Res 42:137-145, 1963.

Strålfors, A. : Inhibition of Hamster Caries by Cocoa, Arch Oral Biol 11:323-328, 1966.

Ludwig, T.G. ; Healy, W.B. ; and Malthus, R.S. : Dental Caries Prevalence in Specific Soil Areas at Napier and Hastings, Transactions Joint Meeting Committees IV and V, International Society Soil Science, 1962, pp 895-903.

Nizel, A.E. , and Harris, R.S. : Phosphates and Dental Caries, JADA 60:193-197, 1960.

McClure, F.J. : The Cariostatic Effect in White Rats of Phosphorus and Calcium Supplements Added to the Flour of Bread Formulas and to Bread Diets, J Nutr 72: 131-136, 1960.

Navia, J.M. ; Lopez, H. ; and Harris, R.S. : Cariostatic Effects of Sodium Trimetaphosphate When Fed to Rats During Different Stages of Tooth Development, Arch Oral Biol 13:779-786, 1968.

Brudevold, F. ; Amdur, B.H. ; Vogel, J.J. ; and Spinelli , M. : Effect of Ingested Supplementary Phosphate on the Tooth Surface, J Dent Res 43(Suppl):1168-1176, 1964.

Ship, I.I. , and Mickelsen, 0. : The Effects of Calcium Acid Phosphate on Dental Caries in Children: A Controlled Clinical Trial, J Dent Res 43(Suppl): 1144-1149, 1964.

Averill, H.M. , and Bibby, B.G. : A Clinical Test of Additions of Phosphate to the Diet of Children, J Dent Res 43(Suppl): 1150-1155, 1964.

McCann, H.G. , and Brudevold, F. : The Mechanism of the Caries-inhibiting Effect of Fluoride, in Environmental Variables in Oral Disease, Washington, DC: AAAS, 1966, p 103.

Armstrong, W.D. : Conference on Phosphates and Dental Caries , J Dent Res 43: 1196, 1964.

Stookey, G.H. ; Carroll, R.H. ; and Muhler, J.C. : The Clinical Effectiveness of Phosphate Enriched Breakfast Cereals on the Incidence of Dental Caries in Children: Results after Two Years, JADA 74 :752-758, 1967.

Peterson, J.K. : North Dakota Field Test of Cariostatic Effect of 1% Sodium Dihydrogen Phosphate and Disodium Hydrogen Phosphate Added to Pre-sweetened Breakfast Cereals, J Dent Res 48:1308, 1969.

Finn, S.B. , and Jamison, H.C. : The Effect of Dicalcium Phosphate Chewing Gum on Caries Incidence in Children: 30-month Results, JADA 74:987-995, 1967.

Harris, R. ; Schamschula, R.G. ; Bever-Idge, J. ; and Gregory, G. : The Cariostatic Effect of Calcium Sucrose Phosphate in a Group of Children aged 5-17 years, Aust Dent J 13:32-39, 1968.

Stelling, E. , and Gustafson, G. : Experimental Dental Caries in Animals. A Historical Review, Odont T 60:27-100, 1952.

McBeath, E.C. , and Verlin, W.A. : Further Studies on the Role of Vitamin D in the Nutritional Control of Dental Caries in Children, JADA 29:1393-1397, 1942.

Gustafson, G. ; Stelling, E. ; Abram-Son, E. ; and Brunius, E. : Experiments with Various Fats in a Cariogenic Diet, Acta Odont Scand 13:75-84, 1955.

Walsh, J.P. , and Green, R.W. : The Influence of Some Surface-active Substances on Decalcification of the Enamel Surface, J Dent Res 29:270-277, 1950.

Williams, W.L. ; Broquist, H.P. ; and Snell, E.E. : Oleic Acid and Related Compounds on Growth Factors for Lactic-acid Bacteria, J Biol Chem 170:619-630, 1947.

Dawes, C. ; Jenkins, G.N. ; and Tonge, C.H. : The Nomenclature of the Integuments of the Enamel Surface of Teeth, Brit Dent J 115:65-68, 1963.

Armstrong, W.G. : The Composition of Organic Films Found on Human Teeth, Caries Res 1:89-103, 1967.

Pearce, E.I.F. , and Bibby, B.G. : Protein Adsorption on Bovine Enamel, Arch Oral Biol 11:329-336, 1966.

Ericson, T. : Adsorption to Hydroxylapatite of Proteins and Conjugated Proteins from Human Saliva, Caries Res 1:52-58, 1967.

Weiss, M.E. , and Bibby, B.G. : Some Protein Effects on Enamel Solubility , Arch Oral Biol 11:59-63, 1966.

Weiss, M.E. , and Bibby, B.G. : Effects of Milk on Enamel Solubility, Arch Oral Biol 11:49-57, 1966.

Schatz, A. ; Karlson, K.E. ; Martin, J.J. ; and Schatz, V. : The Proteolysis-chelation theory: Applications to Caries and Erosion. Ann Dent 16:37-49, 1957.

Eggers-Lura, H. : The Non-acid Complexing Theory of Dental Caries, Denmark: published by the author, 1967.

Zipkin, I. ; Fath, E.H. ; Wolff, H.L. ; and Fitzgerald, R.J. : The Relation of Salivary Citrate to Dental Caries Experience in Children 12-14 years old, J Dent Res 36 :823-827, 1957.

Breustedt, A. : Kritische Betrachtungen zur Chelationswirkung von Aminosauren auf den Zahnschmelz, Arch Oral Biol 4 (Suppl) : 134-140, 1961.

Ericsson, Y. : Investigations on the Occurrence and Significance of Citric Acid in Saliva , J Dent Res 32:850-858, 1953.

Schreier, K. : Die physiologische Bedeutung der Citronensaure und ihre Beziehung zur Calciumstoffwechsel , Mschr Kinderheilk 97:121-125, 1949.

Stafne, E.C. , and Lovestedt, S.A. : Dissolution of Tooth Substance by Lemon Juice, and Beverages and Acids from some other sources, JADA 34:586-592, 1947.

Dawes, C. , and Jenkins, G.N. : Some Inorganic Constituents of Dental Plaque and Their Relationship to Early Calculus Formation and Caries, Arch Oral Biol 7 :161-172, 1962.

McClure, F.J. : Experimental Dental Caries in Rats, J Nutr 43:303-312, 1951.

Volker, J.F. , and Klapper, C.E. : Some Observations on Dental Caries in Syrian Hamsters, Oral Surg 7:207-212, 1954.

Fanning, R.J. ; Shaw, J.H. ; and Sognnaes , R.J. : Salivary Contribution to Enamel Maturation and Caries Resistance, JADA 49:668-671, 1954.

Sognnaes, R.F. ; Shaw, J.H. ; and Bogo-Rach , R. : Radiotracer Studies on Bone, Cementum, Dentin and Enamel of Rhesus Monkeys , Amer J Physiol 180:408-420, 1955.

Brudevold, F. : Inorganic and Organic Components of Tooth Structure . In The Metabolism of Oral Tissues, Ann NY Acad Sci 85:110-132, 1960.

Little, M.F. , and Brudevold, F. : A Study of the Inorganic Carbon Dioxide in Intact Human Enamel, J Dent Res 37:991-1000, 1958.

Lundstrom, H.M. , and Pond, S.E. : Age-changes in Inorganic Constituents of Sound Human Teeth, abstracted, J Dent Res 11: 471, 1931.

Bhussry, B.R. : Specific Gravity and Nitrogen Content of Enamel from Different Surfaces, J Dent Res 37:832-836, 1958.

Savory, A. , and Brudevold, F. : The Distribution of Nitrogen in Human Enamel, J Dent Res 38:436-442, 1959.