Importance of Type of Diet During the Suckling Period on the Incidence of Experimental Dental Caries in Rats

Muhler, J.C. , and Day, H.G. : Effects of Stannous Fluoride, Stannous Chloride, and Sodium Fluoride on the Incidence of Dental Lesions in Rats Fed a Caries-Producing Diet, J. Am. Dent. A. 41: 528, 1950.

Muhler, J.C. , and Day, H.G. : Effects of Stannous Fluoride in the Food and in the Drinking Water on Caries Prevention in Rats on High Sucrose and Course Corn Diets, J. Nutrition 44: 465, 1951.

Muhler, J.C. , Nebergall, W.H. , and Day, H.G. : Comparison of Different Preparations of Stannous Fluoride With Sodium Fluoride in the Prevention of Dental Caries in the Rat, J. Am. Dent. A. 46: 290, 1953.

Hunt, H.R. , Hoppert, C.A. , and Erwin, W.C. : Inheritance of Susceptibility to Caries in Albino Rats (Mus Norvegicu), J. D. Res. 20: 385, 1944.

Hunt, H.B. , and Hoppert, C.A. : Inheritance in Rat Caries, Genetics 24: 76, 1939.

Hunt, H.R. , and Hoppert, C.A. : Inheritance of Susceptibility and Resistance to Caries in Albino Rats (Mus Norvegicu). J. Am. Coll. Dentists 11: 33, 1944.

Hunt, H.R. , Hoppert, C.A. , and Braunschneider, G.E. : Hereditary and Environmental Factors Influencing Tooth Decay in the Albino Rat (Rattus Norvegicus), Records of The Genetics Society of America 16: 37, 1947.

Hunt, H.R. , and Hoppert, C.A. : Occlusion as a Factor in Dental Caries of Albino Rats (Rattus Norvegicus) . J. D. Res. 27: 553, 1948.

McClure, F.J. , and Arnold, F.A., Jr. : Observations on Induced Caries in Rats. I. Reduction by Fluorides and Iodacetic Acid, J. D. Res. 20: 97, 1941.

McClure, F.J. : Observations on Induced Caries in Rats. V. Effects of Excessive Sugar in the Diet, J. D. Res. 24: 239, 1950.

Hunt, H.R. , and Hoppert, C.A. : The Distribution of Carious Cavities in the Lower Molars of Caries-susceptible and Caries-resistant Albino Rats (Rattus Norvegicus), J. D. Res. 29: 157, 1950.

Schiveigert, B.S. , Shaw, J.H. , Elvehjem, C.A. , and Phillips , P.H. : Dental Caries in the Cotton Rat. V. Influences of Strain Variation on the Caries Susceptibility, Proc. Soc. Exper. Biol. & Med. 59: 44, 1945.

Sognnaes, R.F. : Caries-conducive Effect of a Purified Diet When Fed to Rodents During Tooth Development, J. Am. Dent. A. 37: 676, 1948.

Mitchell, D.F. , and Shafer, W.G. : The Effects of Caries-producing Diets Initiated at Various Stages of Pre- and Postnatal Development of the Hamster, J. D. Res. 28: 424, 1949.

McClure, F.J. : Experimental Dental Caries in Rats, J. Nutrition 43: 303, 1951.

Shaw, J.H. , Shaffer, N.M. , and Soldan, L.W., Jr. : The Postnatal Development of the Molar Teeth in the Cotton Rat, J. D. Res. 29: 197, 1950.

Muhler, J.C. , Boyd, T.M. , and Van Huysen , G. : Effects of Fluorides and Other Compounds on the Solubility of Enamel, Dentin, and Tricalcium Phosphate in Dilute Acids, J. D. Res. 29: 182, 1950.

Braunschneider, G.E. , Hunt, H.R. , and Hoppert, C.A. : The Influence of Age in the Development of Dental Caries in the Rat (Rattus Norvegicus), J. D. Res . 27: 154, 1948.

Hodge, H.C. : Effect of Age on the Incidence of Experimental Caries in Normal and Castrated Rats, J. D. Res. 22: 275, 1943.

Burrell, D.V. : Changes in Caries Susceptibility With Age and Sex, J. D. Res. 22: 367, 1943.

Van Huysen, G. : Microscopical Study of Caries in Rats' Teeth , J. D. Res. 29: 809, 1950.