Bacteriology of Dental Caries

Anderson T.G. , and Rettger L. F. Acidogenic and Aciduric Bacteria of the Mouth and Their Possible Relation to Dental Caries, J. dent. Res., 16:16–489, 1937.

Bibby B.G. , Volker J. F. , and Van Kesteren M. Acid Production and Tooth Decalcification by Oral Bacteria, J. dent. Res., 21:21–61, 1942.

Brown L. R. Comparison of Diffusion of Different Microbial Growth Factors, Alone and in Combination, through Extracted Human Teeth, J. dent. Res., 41:41–790, 1962.

Brown L.R. , Wachtel L. W. , and Wheatcroft M. G. Diffusion of Niacin through Extracted Human Teeth and Its Effect on Bacterial Penetration into Dentin, J. dent. Res., 41:41–684, 1962.

Caldwell R.C. , and Bibby B. G. The Effect of Foodstuffs on the pH of Dental Cavities, J. Amer. dent. Ass., 57:57–685, 1958.

Cox G. T. Oral Environment and Dental Caries. In A Survey of the Literature of Dental Caries. Food and Nutrition Board (National Research Council Publication No. 225). Washington, D.C.: National Academy of Sciences-National Research Council, 1952.

Dirksen T.R. , Little M. F. , Bibby B.G. , and Crump S. L. The pH of Carious Cavities. I. The Effect of Glucose and Phosphate Buffer on Cavity pH, Arch. oral Biol., 7:7–49, 1962.

Fitzgerald R.J. , Jordan H. V. , and Stanley H. R. Experimental Caries and Gingival Pathologic Changes in the Gnotobiotic Rat, J. dent. Res., 39:39–923, 1960.

Fitzgerald R.J. , and Keyes P. H. Demonstration of the Etiologic Role of Streptococci in Experimental Caries in the Hamster, J. Amer. dent. Ass., 61:61–9, 1960.

Fitzgerald R.J. , and Keyes P. H. Attempted Immunization of Albino Hamsters against Induced Dental Caries. Abstracts of the 40th General Meeting of the International Association for Dental Research, 1962.

Fitzgerald R. J. Personal communication.

Fosdick L.S. , Hansen H. L. , and Epple C. Enamel Decalcification by Mouth Organisms and Dental Caries: A Suggested Test for Caries Susceptibility, J. Amer. dent. Ass., 24:24–1275, 1937.

Gibbons R.J. , and Socransky S. S. Intracellular Polysaccharide Storage by Organisms in Dental Plaques, Arch. oral Biol., 7:7–73, 1962.

Gibbons R.J. , and Macdonald J. B. Studies on the Synthesis of Intracellular Polysaccharide by a Strain of S. mitis. Abstracts of the 40th General Meeting of the International Association for Dental Research, 1962.

Gibbons R.J. , Socransky S. S. , Sawyer S. , Kapsimalis B. , and Macdonald J. B. The Microbiota of the Gingival Crevice Area of Man. II. The Predominant Cultivable Organisms, Arch. oral Biol., 8:8–281, 1963.

Gibbons R.J. , and Socransky S. S. Unpublished data.

Hemmens E.S. , Blayney J. R. , and Harrison R. W. The Microbic Flora of Bacterial Plaques Removed from Carious and Non-Carious Dental Enamel, J. dent. Res., 20:20–29, 1941.

Hemmens E.S. , Blayney J. R. , and Harrison R. W. The Microbic Flora of Saliva and Dental Plaques, ibid., 22:205, 1943.

Hemmens E.S. , Blayney J. R. , Bradel S.F. , and Harrison R. W. The Microbic Flora of the Dental Plaque in Relation to the Beginning of Caries, J. dent. Res., 25:25–195, 1946.

Jordan H.V. , and Berger N. D. Oleate Sensitivity of Cariogenic Streptococci from the Rat and Hamster. Abstracts of the 40th General Meeting of the International Association for Dental Research, 1962.

Keyes P. H. Dental Caries in the Syrian Hamster. VIII. The Induction of Rampant Caries Activity in Albino and Golden Animals, J. dent. Res., 38:38–525, 1959.

Keyes P. H. Infectious and Transmissible Nature of Experimental Dental Caries, Arch. oral Biol., 1:1–304, 1960.

Keyes P.H. , and Fitzgerald R. J. Dental Caries in the Syrian Hamster. IX. Arch. oral Biol., 7:7–267, 1962.

Kligler I. J. Chemical Studies of the Relations of Oral Microorganisms to Dental Caries, J. allied dent. Soc., 10:141–66, 282–30, 445–58, 1915.

Krasse B. The Proportional Distribution of Streptococcus salivarius and Other Streptococci in Various Parts of the Mouth, Odont. Revy, 5:5–203, 1954.

Krasse B. The Relationship between Lactobacilli, Candida, and Streptococci and Dental Caries, ibid., pp. 241–61.

Macdonald J. B. Microbiology of Caries. In Chemistry and Prevention of Dental Caries, ed. Sognnaes R.F. . Springfield, Ill.: Charles C Thomas, 1962.

Manly R. S. Influence of Film Thickness and Density on the pH of Glycolyzing Salivary Sediment and Dental Plaque, J. dent. Res., 41:41–46, 1962.

Mazzarella M.A. , and Shklair I. L. Studies on Oral Veillonellae, J. dent. Res., 39:685, 1960.

Naujoks R. , Bramstedt F. , Ranke E. , and Kroncke A. Beziehungen zwischen der Aldolaseaktivitat des Spiechels und der Karies, Arch. oral Biol., 4:4–179, 1961.

Orland F.J. , Blayney J. R. , Harrison R.W. , Reyniers J.A. , Trexler P.C. , Wagner M. , Gordon H.A. , and Luckey T. D. Use of Germfree Animal Technique in the Study of Experimental Dental Caries. I. Basic Observations on Rats Reared Free of all Micro-organisms, J. dent. Res., 33:33–147, 1954.

Orland F.J. , Blayney J. R. , Harrison R.W. , Reyniers J.A. , Trexler P.C. , Ervin R.F. , Gordon H.A. , and Wagner M. Experimental Caries in Germ-Free Rats Inoculated with Enterococci, J. Amer. dent. Ass., 50:50–259, 1955.

Pigman W. , Gilman E. , Powell R. , and Muntz L. The Action of Individual Bacterial Strains on Human Teeth under in Vitro Conditions, J. dent. Res., 36:36–314, 1957.

Richardson R.L. , and Jones M. Bacteriologic Census of Human Saliva, J. dent. Res., 37:37–697, 1958.

Shaw J.C. , and Sweeney E. A. Comparative Studies on the Influence of Antibiotic Substances in Dental Caries in the White Rat and Cotton Rat, J. dent. Res., 36:36–349, 1957.

Socransky S.S. , Gibbons R. J. , Dale A.C. , Bortnick L. , Rosenthal E. , and Macdonald J. B. The Microbiota of the Gingival Crevice Area of Man. I. Total Microscopic and Viable Counts and Counts of Specific Organisms, Arch. oral Biol., 8:8–275, 1963.

Stephan R. M. , Intra-oral Hydrogen Ion Concentration Associated with Dental Caries Activity, J. dent. Res., 23:23–257, 1944.

Stephan R.M. , and Hemmens E. S. Studies on Changes in pH Produced by Pure Cultures of Oral Micro-organisms, J. dent. Res., 26:26–15, 1947.

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

Stephan R.M. , Fitzgerald R. J. , Mcclure F.J. , Harris M.R. , and Jordan H. The Comparative Effects of Penicillin, Bacitracin, Chloromycetin, Aureomycin, and Streptomycin on Experimental Dental Caries, and on Certain Oral Bacteria in the Rat, J. dent. Res., 31:31–421, 1952.

Stralfors A. Investigations into the Bacterial Chemistry of Dental Plaques, Odont. T., 58:58–155, 1950.

Sullivan H. R. A Comparison of the Decalcifying Ability of Different Types of Lactobacilli, J. dent. Res., 18:18–525, 1939.

Weiss S. , and Kestenbaum R. C. Personal communication.

Weisberger D. A Role of Glucose in the Production of Artificial Caries, J. dent. Res., 29:29–14, 1950.

Winkler K.C. , and Backer-Dirks O. The Mechanism of the Dental Plaque, Int. dent. J., 8:8–561, 1958.

Zander H.A. , and Bibby B. G. Penicillin and Caries Activity, J. dent. Res., 26:26–365, 1947.

Zander H. A. Effect of a Penicillin Dentifrice on Caries Incidence in School Children, J. Amer. dent. Ass., 40:40–569, 1950.