Relation of Saliva and Plaque to Caries

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Dawes, C. : The Secretion of Magnesium and Calcium in Human Parotid Saliva, Caries Res 1: 333-342, 1967.

Shannon, I.L. , and Edmonds, E.J. : Effect of Fluoride Dosage on Human Parotid Saliva Fluoride Levels, Arch Oral Biol 17: 1303-1309, 1972.

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Mandel, I.D. , and Ellison, S.A. : The Proteins of Human Parotid and Submaxillary Saliva, Ann NY Acad Sci 106: 271-277, 1963.

Kraus, F.W. , and Mestecky, J. : Immunohistochemical Localization of Amylase, Lysozyme and Immunoglobulins in Human Parotid Gland, Arch Oral Biol 16: 781-790, 1971.

Mandel, I.D. , and Khurana, H.S. The Relation of Human Salivary IgA Globulin to Flow Rate, Arch Oral Biol 14: 1433-1436, 1969.

Bonilla, C.A. , and Strincham, R.M. , JR.: Electrophoresis of Human Salivary Secretions at Acid pH, J Chromatogr Sci 50: 345-348, 1970.

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Mandel, I.D. , and Ellison, S.A. : Characterization of Salivary Components Separated by Paper Electrophoresis, Arch Oral Biol 3: 77-85, 1961.

Mandel, I.D. : Electrophoretic Studies of Saliva, J Dent Res 45: 634-643, 1966.

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Weinstein, E. , and Mandel, I.D. : Characterization of Salivary Proteins Separated by Disc Electrophoresis , abstracted, IADR Program and Abstract of Papers, No. 546, 1968.

Levine, M. : Chemical and Immunochemical Studies of Human Parotid Saliva, PhD thesis , State University of New York at Buffalo, 1972.

Friedman, R.D. ; Merritt, A.D. ; and Bixler, D. : Immunological and Chemical Comparison of Heterogenous Basic Glycoproteins in Human Parotid Saliva, Biochem Biophys Acta 230: 599-602, 1971.

Amsterdam, A. ; Schramm, M. ; Ohad , I. ; Salomon, Y. ; and Selinger, Z. : Concomitant Synthesis of Membrane Protein and Exportable Protein of the Secretory Granule in Rat Parotid Gland, J Cell Biol 50: 187-200, 1971.

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Mandel, I.D. ; Thompson, R., JR. ; and Ellison , S.A. : The Carbohydrate Components of Human Submaxillary Saliva, Arch Oral Biol 9: 601, 1964.

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Schrager, J. , and Oates, M.D.G. : Further Studies of the Principal Glycoprotein from Human Mixed Saliva, Arch Oral Biol 16: 1269-1279, 1971.

Hay, D.I. ; Gibbons, R.J. ; and Spinell, D.M. : Characteristics of Some High Molecular Weight Constituents with Bacterial Aggregating Activity from Whole Saliva and Plaque, Caries Res 5: 111-123, 1971.

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Sonju, T. , and Rolla, G. : Chemical Analysis of a Salivary Glycoprotein with Blood-Group Substance and Virus Inhibition Activities, Acta Pathol Microbiol Scand 79: 95-101, 1971.

Rolla, G. , and Jonsen, J. : The Calcium-Binding Effect of a Human Salivary Glycoprotein, Caries Res I: 343-348, 1967.

Leung, S.W. , and Draus, F.J. : The Calcium Binding Characteristics of a Salivary Gland Mucoid, Arch Oral Biol 7: 327-332, 1962.

Gugler, E. ; Pallavicini, C.J. ; Swerdlow, H. ; and Di Sant'Agnese, P.A. : The Role of Calcium in Submaxillary Saliva of Patients with Cystic Fibrosis, J Pediatr 71: 585-588, 1967.

Boat, T. ; Weismann, U. ; Pallavicini, J. ; and Di Sant'Agnese, P.A. : A Small Human Suhmaxillary Saliva Glycoprotein Containing Glucose and Phosphorus, Fed Proc 29: 861, 1970.

Bettelheim, F.A. : On the Aggregation of a Calcium Precipitable Glycoprotein from Human Submaxillary Saliva, Biochem Biophys Acta 236: 702-705, 1971.

Donohue, J.J. ; Mandel, I.D. ; Volpe, A.R. ; and King, W.J. : The Amino Acid Composition of Plaque and Saliva from Caries Resistant and Susceptible Subjects, abstracted, IADR Program and Abstract of Papers, No. 793, 1972.

Mandel, I.D. ; Zorn, M. ; Ruiz, R. ; Thompson, R.H., JR. ; and Ellison , S.A. : The Proteins and Protein-Bound Carbohydrates of Parotid Saliva in Caries-Immune and Caries-Active Adults, Arch Oral Biol 10:471-475, 1965.

Carter, W.J. ; Stein, L.M. ; Shklair , I.L. ; and Englander , H.R. : Salivary Phosphatases, Caries Activity and Human Oral Streptococci and Lactobacilli , J Dent Res 34:677, 1955.

Mandel, I.D. : Plaque and Calculus, Ala J Med Sci 5: 313-327, 1968.

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Sonju, T. , and Rolla, G. : Chemical Analysis of the Acquired Pellicle Formed in Two Hours on Cleaned Human Teeth In Vivo, Caries Res 7: 30-38, 1973.

Hay, D.I. : The Adsorption of Salivary Protein by Hydroxyapatite and Enamel, Arch Oral Biol 12: 937-946, 1967.

Armstrong, W.G. : Characterization Studies on the Specific Human Salivary Proteins Adsorbed In vitro by Hydroxyapatite, Caries Res 5:215-227, 1971.

Mandel, I.D. : Biochemical Aspects of Calculus Formation , J Periodont Res (Suppl 4) : 7-8, 1969.

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

Pruitt, K.M. ; Jamieson, I.D. ; and Caldwell , R.C. : Possible Basis for Cariostatic Effect of Inorganic Phosphates, Nature ( Lond) 225: 1249, 1970.

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Leach, S.A. : A Review of the Biochemistry of Dental Plaque in McHugh, E. (ed) : Dental Plaque, Edinburgh : E. and S. Livingstone Ltd., 1970 , pp 143-156.

Kleinberg, I. ; Chatterjee, R. ; Kaminsky , F.S. ; Cross, H.G. ; Goldenberg, D.J. ; and Kaufman, H.W. : Plaque Formation and the Effect of Age , J Periodontol 42:497-507, 1971.

Hardwick, J.H. , and Leach, S.A. : The Fluoride Content of the Dental Plaque, in Hardwick, J.L. ; Dustin, J.P. ; and Held, H.R. (eds) : Advances in Fluoride Research and Dental Caries Prevention, Oxford : Pergamon Press, 1963, pp 151-158.

Birkeland, J.M. , and Rolla, G. : In Vitro Affinity of Fluoride to Proteins, Dextrans, Bacteria and Salivary Components. Arch Oral Biol 17:455-463, 1972.

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Critchley, P. , and Saxton, C.A. : The Metabolism of Gingival Plaque , Int Dent J 20: 408-422, 1970.

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Ericson, T. ; Pruitt, K. ; and Klock, B. : Relationship of Saliva Composition and Bacterial Aggregation to Plaque Formation , abstracted, IADR, Program and Abstracts of Papers, No. 583, 1972.

Critchley, P. , and Bowen, W.H. : Correlation of the Biochemical Composition of Plaque with the Diet, in McHugh, W.D. (ed) : Dental Plaque, Edinburgh : E. and S. Livingstone Ltd., 1970 , pp 157-169.

Folke, L.E.A. ; Gawronski, T.H. ; Staat , R.H. ; and Harris, R.S. : Effect of Dietary Sucrose in Quantity and Quality of Plaques, Scand J Dent Res 80: 529-533, 1972.

Holt, R.L. ; Mestecky, J. ; and Krauss, F.W. : Analysis of Protein Constituents of Human Dental Plaque, abstracted, IADR Program and Abstracts of Papers, No. 756, 1972.

Oshrain, H. ; Salkind, A. ; and Mandel, I.D. ; Unpublished data, 1973.

Singer, D.L. , and Kleinberg, I. : Ammonia Formation in Plaque in Situ, abstracted, IADR Program and Abstracts of Papers, No. 637, 1969.

Luoma, H. : Uptake of Phosphate by CariesActive and Caries-Inactive Streptococci , Arch Oral Biol 13: 1331-1342, 1968 .

Tanzer, J.M. ; Krichevsky, M.I. ; and Keyes, P.H. : The Coupling of Phosphate Accumulation to Acid Production by a Nongrowing Streptococcus, J Gen Microbiol 55: 351-360, 1969.

Luoma, H. : The Appearance of the 32P of Tooth Origin Among Phosphorus Taken up by Caries-Inducing Streptococci in Rats, Arch Oral Biol 15: 509-522, 1970.

Bowden, G.H. ; Nash, R. ; and Speirs, R.L. : The Localization and Retention of 32P and "Ca within Surface Deposits of Streptococcus Sanguis and the Influence of Such Deposits on the Release of These Isotopes from Enamel, Caries Res 7: 185-200, 1973.

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Geddes, D.A.M. : The Production of L(+) and D (-) Lactic Acid and Volatile Acids by Human Dental Plaque and the Effect of Plaque Buffering and Acidic Strength on pH, Arch Oral Biol 17:537-545, 1972.

Englander, H.R. ; Carter, W.J. ; and Fosdick, L.S. : Formation of Lactic Acid in Dental Plaques , J Dent Res 35: 792-799, 1956.