Albert, A.: Selective Toxicity With Special Reference to Chemotherapy, New York, 1949, John Wiley & Sons, Inc.
2.
Bibby, B.G., and Kesteren, M.F. : Effect of Fluorine on Mouth Bacteria, J. D. Res. 19: 391, 1940.
3.
Fleming, H.S. : Homologous and Heterologous Intraocular Growth of Transplanted Tooth Germs, J. D. Res. 31: 166, 1952.
4.
Fleming, H.S. : Early Effect of Methylcholanthrene on Transplanted Tooth Germs: A Histopathogenic Study, J. D. Res.,31: 398, 1952.
5.
Fleming, H.S. : The Osteogenic Tendency of Dentine After Formation in Tooth Germ Transplants, Oral Surg., Oral Med. & Oral Path. (In press.)
6.
Gerould, C.H. : Electron Microscopic Study on the Mechanism of Fluoride Deposition in the Teeth, J. D. Res. 24: 223, 1945.
7.
Glock, G.E.: Glycogen and Calcification, J. Physiol. 98: 1, 1940.
8.
Goldenberg, H. , and Sobel, A.E.: Calcification. V. Influence of Fluoride and Cyanide Ions in the Presence and Absence of Magnesium, Proc. Soc. Exper. Biol. & Med. 78: 719, 1951.
9.
Green, D.H.: Organized Enzyme Systems, J. Cell. and Comp. Physiol. 39: 75, 1952.
10.
Hartles, R.L. : Sucrose and Mineralization of the Teeth, Biochem. J.48: 245, 1951.
11.
Hartles, R.L. : The Influence of a High Sucrose Diet on the Calcium and Phosphorous Percentage of the Rat Femur and a Comparison With Its Effect on the Enamel and Dentin of the Rat Incisor Teeth, Biochem. J.49: 574, 1951.
12.
Hill, I.N., Blayney, J.R., and Wolf, W.: The Evanston Caries Study. X. The Caries Experience Rates of 6, 7 and 8-year-old children With Progressively Increasing Periods of Exposure to Artificially Fluoridated Water, J. D. Res.31: 346, 1952.
13.
Kitchen, P.C. , Robinson, H.B.G., Permar, D., and Imhoff, A.H.: Observations on Salivary Lactobacilli Counts for a Period Before and After Topical Applications of 2% NaF, J. D. Res. 30: 251, 1951.
14.
Lantz, E.M., and Smith, M.C.: The Effect of Fluorine on Calcium and Phosphorous Metabolism in Albino Rats , Am. J. Physiol. 109: 645, ,1934.
15.
Lehninger, A.L. : Role of Metal Ions in Enzyme Systems, Physiol. Rev.30: 393, July, 1950.
16.
Manly, R.S., and Bibby, B.G.: Substances Capable of Decreasing the Acid Solubility of Tooth Enamel, J. D. Res. 28: 160, 1949.
17.
McClure, F.J. : A Review of Fluorine and Its Physiological Effect, Physiol. Rev.13: 277, July, 1933.
18.
McClure, F.J. : Mineral Metabolism (Fluorine and Other Trace Elements), Ann. Rev. Bioohem. 188: 335, 1949 .
19.
Muhler, J.C. , Boyd, T.M., and Huysen, G.Van: Effect of Fluorides and Other Compounds on the Solubility of Enamel and Dentin and Tricalcium Phosphate in Dilute Acids, J. D. Res. 29: 182, 1950.
20.
Najjar, V.A. : The Isolation and Properties of Phosphoglucomutase , J. Biol. Chem. 175: 281, 1948.
21.
Neuman, W.F. , Neuman, M.W., Main, E.R., O'Leary, J., and Smith, F.A.: The Surface Chemistry of Bone. II. Fluoride Deposition, J. Biol. Chem. 187: 655, 1951.
22.
O'Dont, H.B., and Hedstrom , H.: The Influence of Topically Applied Fluorine on the Permeability of Enamel, J. D. Res . 30: 169, 1951.
23.
Ogilvie, A.J. : Histological Findings in the Salivary Glands of the Rat Following NaF Administration, J. D. Res. 30: 717, 1951.
24.
Paff, G.H., and Boyd, M.J.: Effect of Fluoride on Developing Bone in Tissue Culture, Proc. Soo. Exper. Biol. & Med. 79: 518, ,1952.
25.
Robinson, R.A. : An Electron Microscopic Study of the Crystalline Inorganic Component of Bone and Its Relationship to the Organic Matrix, J. Bone & Joint Surg. 34A: 389, 1952.
26.
Rickles, N.H. , and Becks, H.: The Effect of Topical Applications of Sodium Fluoride on the Oral Flora of Young Adults, J. D. Res. 31: 94, 1952.
27.
Schour, I., and Smith, M.C.: The Histologic Changes in the Enamel and Dentin of the Rat Incisor in Acute and Chronic Experimental Fluorosis, Univ. Arizona, Agric. Exper. Stat., Tech. Bull. 52: 69, 1934.
28.
Stein, J.R. , Eggleston, L.V., Hems, R., and Krebbs, H.A.: Accumulation of Glutamic Acid in Isolated Brain Tissue, Biochem. J. 44: 410, 1949.
29.
Volker, J.C. : Solubility of Fluorsed Enamel and Dentin, Proc. Soc. Exper. Biol. & Med. 43: 643, 1940.
