To indicate the cariogenic potential of some standard foods and confections, their ability to demineralize powdered enamel or enamel sections was tested by incubation with mouth organisms in saliva or plaque. With a few exceptions, the amounts of demineralization produced by the tested substrates in either a closed or flowing system fell within relatively narrow ranges.
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References
1.
Miller, W.D.: Micro-organisms of the Human Mouth, Philadelphia , PA: S.S. White, 1980.
2.
Beck, D.J. and Bibby, B.G.: Acid Formation During the Fermentation of Starches by Saliva, J Dent Res40:486-491, 1961.
3.
Osborn, T.W.B. ; Noriskin, J.H.; and Statz, I.: A Comparison of Crude and Refined Sugar and Cereals in Their Ability to Produce in vitro Decalcification of Teeth, J Dent Res16: 165-171, 1937.
4.
Jenkins, G.N. ; Forster, M.G.; Speirs , R.L.; and Klein-Berg , I.: The Influence of the Refinement of Carbohydrates on their Cariogenicity, Br Dent J106:19S-208, 1959.
5.
Pigman, W.: In vitro Production of Experimental Caries, JADA51:685-696,1955.
6.
Yaari, Y. and Bibby, B.G.: Production of Plaques and Initiation of Caries in vitro, J Dent Res55:30-36, 1961.
7.
Soni, N.N. and Bibby, B.G.: Enamel Decalcification in Food-Saliva Mixtures, J Dent Res40:185-189, 1961.
8.
Andlaw, R.J. : The Relationship Between Acid Production and Enamel Decalcification on Salivary Fermentations of Carbohydrate Foodstuffs , J Dent Res39:1200-1209, 1960 .
9.
Bibby, B.G. and Mundorff, SA: Enamel Demineralization by Snack Foods, J Dent Res54:461-470, 1975.
10.
Khanna, S.L. and Bibby, B.G.: Enamel Decalcification by Cereals of Different Geographic Origin, J Dent Res45 :927-933, 1966.
11.
Mundorff, S.A. and Bibby, B.G.: Neutron-irradiated vs. Non-irradiated Enamel Solubility, IADR Progr & Abst58:No. 173, 1979.
12.
Steinkraus, K.H.; Bibby, B.G.; and Gilmour, M.H.: Acids Produced by Oral Streptococci on Cereal Substrates, J Dent Res48:928-931, 1969.
13.
Bibby, B.G. ; Huang, C.T.; Zero , D.; Mundorff, S.A.; and Little, M.F.: Protective Effect of Milk Against in vitro Caries, J Dent Res59:1565-1570, 1980 .
14.
Bowen, W.H. ; Amsbaugh, S.M.; Monell-Torrens , S.; Brunelle, J.; Kuzmiak-Jones, H.; and Cole, M.F.: A Method to Assess Cariogenic Potential of Food, JADA100:677-681, 1980.
15.
Firestone, A.H.: Human Interdental Plaque-pH Data and Rat Caries Tests: Results with the Same Substances, IADR Progr & Abst60:No. S-28, 1982.
16.
Navia, J.M. and Lopez, H.: Rat Caries Assay of Reference Foods and Sugar Containing Snack, J Dent Res62:893-898, 1983.
17.
Jensen, M.E. and Schachtele, C.F.: The Acidogenic Potential of Reference Foods and Snacks at Interproximal Sites in the Human Dentition, J Dent Res62:889-892, 1983.
18.
Manly, R.S. and Hodge, H.C.: Density and Refractive Index Studies of Dental Hard Tissues. I. Methods for Separation and Determination of Purity, J Dent Res18:133-141, 1939.
19.
Koch, F.C.: Practical Methods in Biochemistry, Baltimore, MD: Williams & Wilkins Co., 1941, pp. 43-44.
20.
Reynolds, E.C. and Storey, E.: A Review of the Effect of Milk on Dental Caries, Austr J Dairy Tech9:175-179, 1979.
21.
Bibby, B.G. : The Orofax. In: Methods of Caries Prediction, Bibby, B.G. and Shern, R.J., Eds;. Sp. Supp. Microbiological Abstracts, 1978, pp. 237-240.