Proceedings of the University of Michigan School of Public Health and School of Dentistry Inservice Training Course for the Evaluation of Dental Caries Control Technics. Reports of Evaluating Committees, J. D. Res.27: 419, 1948.
2.
Shibata, M.: On the Experimental Dental Caries of Molars of the White Rat, Jap. J. Exper. Med. 7: 247, 1929.
3.
Hoppert, C.A. , Webber, P.A., and Canniff, T.L.: The Production of Dental Caries in Rats Fed an Adequate Diet, J. D. Res. 12: 161, 1932.
4.
Rosebury, T. , Karshan, M., and Foley, G.: Studies in the Rat of Susceptibility to Dental Caries. III. The Experimental Production of Typical Dental Fissure Caries and Other Lesions in Rats, and Preliminary Studies of Their Etiology, J. D. Res. 13: 379, 1933.
5.
Arnold, F.A. , Jr.: The Production of Carious Lesions in Molar Teeth of Hamsters (C. auratus), Pub. Health Rep.57: 1599, 1942.
6.
Keyes, P.H.: The Character and Distribution of Carious Lesions in the Molar Teeth of Syrian Hamsters, J. D. Res.25: 165 (abstr.), 1946; Dental Caries in the Syrian Hamster. I. The Character and Distribution of Lesions , J. D. Res.25: 341, 1946.
7.
Orland, F.J. : A Study of the Syrian Hamster, Its Molars, and Their Lesions, J. D. Res. 25: 445, 1946.
8.
Shaw, J.H., Schweigert, B.S., Elvehjem, C.A., and Phillips, P.H.: Dental Caries in the Cotton Rat. II. Production and Description of the Carious Lesions, J. D. Res. 23: 417, 1944.
9.
Howell, S.R. , Schlack, C.A., Taylor, B.L., and Berzinskas , V.J.: The Role of Oxalates on the Incidence and Extent of Dental Caries in the Cotton Rat (Sigmodon hispidus hispidus), J. D. Res. 27: 136, 1948.
10.
Shaw, J.H.: The Modern Concept of the Etiology of Dental Caries, The Acidogenic Theory, Internat. D. J. 1: 48, 1950.
11.
Ockerse, T.: Personal communication.
12.
Miller, W.D. : Der Einfluss der Microorganismen auf die Caries der menschlichen Zahne, Arch. f. exper. Path. u. Pharmakol . 16: 291, 1882.
13.
Goadby, K.W.: The Mycology of the Mouth, London, 1903, Longmans, Green & Co.
14.
Harrison, R.W. : Bacteriological Studies on Experimental Dental Caries in the Rat. II. Changes in Tooth Surface Flora Associated With Development and Inhibition of Dental Caries, J. Infect. Dis.67: 97, 1940; III. Flora of Advanced Carious Lesions, J. Infect. Dis.67: 106, 1940.
15.
Orland, F.J. : The Oral Bacterial Flora as Related to Dental Caries in the Syrian Hamster, J. D. Res. 25: 455, 1946.
16.
Wakeman, J., Smith, J.K., Zepplin, M., Sarles, W.B., and Phillips, P.H.: Microorganisms Associated With Dental Caries in the Cotton Rat, J. D. Res. 27: 489, 1948.
17.
Kligler, I.J. , and Gies, W.J.: Chemical Studies of the Relations of Oral Microorganisms to Dental Caries. III. A Biochemical Study and Differentiation of Oral Bacteria, With Special Reference to Dental Caries, J. Allied Dent. Soc. 10: 445, 1915.
18.
Stephan, R.M. , and Hemmens, E.S.: Studies of Changes in pH Produced by Pure Cultures of Oral Micro-organisms, J. D. Res. 26: 15, 1947.
19.
Mummery, S.P. : Some Experiments on the Relative Susceptibility of Different Teeth to Dental Caries, Proc. Roy. Soc. Med. 3: 71, 1909.
20.
Hadley, F.P., Bunting, R.W., and Delves, E.A.: Recognition of Bacillus acidophilus Associated With Dental Caries, J. A. D. A. 17: 2041, 1930.
21.
Dean, H.T., Jay, P., Arnold, F.A., Jr., McClure, F.J., and Elvove, E.: Domestic Water and Dental Caries Including Certain Epidemiological Aspects of Oral L. acidophilus, Pub. Health Rep. 54: 862, 1939.
22.
Bradel, S.F., and Blayney, J.R.: Clinical and Bacteriologic Studies on Dental Caries, J. A. D. A. 27: 1601, 1940.
23.
Kite, O.W., Shaw, J.H., and Sognnaes, R.F.: The Prevention of Experimental Tooth Decay by Tube-feeding, J. Nutrition42: 89, 1950.
24.
Orland, Frank J., Hemmens, Elizabeth S., and Harrison, R.W.: The Effect of Partly Synthetic Diets on the Dental Caries Incidence in Syrian Hamsters , J. D. Res.29: 512, 1950.
McIntosh, J. , James, W.W., and Lazarus-Barlow , P.: An Investigation Into the Etiology of Dental Caries. III. Further Experiments on the Production of Artificial Caries, Brit. J. Exper. Path. 5: 175, 1924.
27.
Bunting, R.W. , and Palmerlee, F.: The Role of Bacillus acidophilus in Dental Caries, J. A. D. A. 12: 381, 1925.
28.
Sullivan, H.R. : A Comparison of the Decalcifying Ability of Different Types of Oral Lactobacilli, J. D. Res. 18: 525, 1939.
29.
Hunt, H.R., Hoppert, C.A., and Erwin, W.G.: Inheritance of Susceptibility to Caries in Albino Rats (Mus norvegicus), J. D. Res. 23: 384, 1944.
30.
Schweigert, B.S., Shaw, J.H., Elvehjem, C.A., and Phillips , P.A.: Dental Caries in the Cotton Rat. V. Influence of Strain Variation on the Caries Susceptibility, Proc. Soc. Exper. Biol. & Med. 59: 44, 1945.
31.
Miller, B.F. : Inhibition of Experimental Dental Caries in the Rat by Fluoride and Iodoacetic Acid, Proc. Soc. Exper. Biol. & Med. 39: 389, 1938.
32.
Cox, G.J. , Matuschak, M.C., Dixon, S.F., Dodds, M.L., and Walker, W.E.: Experimental Dental Caries. IV. Fluorine and Its Relation to Dental Caries, J. D. Res. 18: 481, 1939.
33.
Finn, S.B., and Hodge, IIC.: Reduction in Experimental Rat Caries by Fluorine, J. Nutrition22: 255, 1941.
34.
McClure, J.J. : Observations on Induced Caries in Rats. III. Effect of Fluoride on Rat Caries and on Composition of Rats' Teeth, J. Nutrition22: 391, 1941.
35.
Dean, H.T., Jay, P., Arnold, F.A., Jr., and Elvove, E.: Domestic Water and Dental Caries, Pub. Health Rep. 56: 761, 1941.
36.
Sognnaes, R.F. : Effect of Topical Fluorine Application on Experimental Rat Caries, Brit. D. J. 70: 433, 1941.
37.
Bibby, B.G. : The Use of Fluorine in the Prevention of Dental Caries, J. A. D. A. 31: 317, 1944.
38.
McClure, F.J. , and Hewitt, W.L.: The Relation of Penicillin to Induced Rat Dental Caries and Oral L. acidophilus, J. D. Res. 25: 441, 1946.
39.
Webman, H., Hill, T.J., and Kniesner, A.H.: The Effect of Penicillin on Dental Caries in Rats Fed on a Coarse Corn Diet , J. D. Res. 28: 258, 1949.
40.
Zander, H.A. : Effect of a Penicillin Dentifrice on Caries Incidence in School Children, J. A. D. A. 40: 569, 1950.
41.
Orland, F.J. , and Broschak, F.: The Effect of Antibiotics on Bacteria Associated With Dental Caries, Bact. Proc. (abstr.) 108, 1950.
42.
Zander, H.A. , Lisanti, V.F., and Shiere, F.R.: The Validity of Hamster Studies in Caries Control, J. D. Res. 30: 139, 1951.
43.
Stephan, R.M. , Fitzgerald, R.J., McClure, F.J., Harris, M.R., and Jordan, H.: The Comparative Effects of Penicillin, Bacitracin, Chloromyeetin, Aureomycin, and Streptomycin on Experimental Dental Caries and on Certain Oral Bacteria in the Rat, J. D. Res. 31: 421, 1952.
44.
Dietz, V.H. : In Vitro Production of Plaques and Caries, J. D. Res.22: 423, 1943.
45.
Besie, F.C. : Artificial Dental Caries, J. D. Res. 30: 708, 1951.
46.
Reyniers, J.A. , Trexler, P.C., Ervin, R.F., Wagner, M., Luckey, T.D., and Gordon, H.A.: The Need for a Unified Terminology in Germ-Free Life Studies, Lobund Reports No. 2, Notre Dame, Ind., 1949, University Press, pp. 151-160.
47.
Reyniers, J.A., Trexler, P.C., and Ervin, R.F.: Rearing Germ-free Albino Rats, Lobund Reports No. 1, Notre Dame, 1946, University Press.
48.
Brown, J.H., and Brenn, L.: A Method for the Differential Staining of Gram-positive and Gram-negative Organisms in Tissue Sections, Bull. Johns Hopkins Hosp. 48: 69, 1931.
49.
Cox, G.J. , Dodds, M.S., Dixon, S.F., and Matuschak , M.C.: Experimental Dental Caries. III. A System of Recording Corn Meal Caries in Rats, J. D. Res. 18: 469, 1939.
50.
Rosebury, T., Karshan, M., and Foley, G.: Studies in the Rat of Susceptibility to Dental Caries. IV. Further Studies of the Etiology of Fissure Caries, J. A. D. A. 21: 1599, 1934.
51.
Spence, J.M.: Method of Studying the Skull Development of the Living Rat by Serial Cephalometric Roentgenograms, Angle Orthodontist10: 127, 1940.
52.
Reyniers, J.A., and Trexler, P.C.: Micrurgical and Germ-free Techniques, Springfield, III., 1943 , Charles C Thomas, Publisher, pp. 114-143.
53.
Gustafsson, B. : Germ-free Rearing of Rats, Acta path. et microbiol. Scandinav., supp. 73, pp. 1-130, 1948.
54.
Schamp, H.M., and Leicester, H.M.: Experimental Studies on Caries. II. A Rat Caries Index, J. A. D. A. 30: 1046, 1943.