McClure, F.J. , The destructive action in vivo, of dilute acids and acid drinks and beverages on the rats' molar teeth, J. Nutrition, 26: 251, 1943.
2.
Restarski, J.S. , R. A. Gortner, JR, AND C.M. Mccay, Effect of acid beverages containing fluorides upon the teeth of rats and puppies, J. A. D. A., 32: 668, 1945.
3.
Restarski, J.S. , R. A. Gortner, JR, AND C.M. McCay , A method of measuring the effects of acid beverages on the teeth of small laboratory animals. Science, 102: 404, 1945 .
4.
Benedict, H.C. , AND F.F. Kanthak, The solubility of dental enamel in various buffered solutions, J. D. Res., 12: 277, 1932.
5.
Thurlow, S., AND H.H. Bunzell, Tooth decay studies I. Effect of acids on tooth tissues, D. Cosmos, 69: 20, 1927.
6.
Enright, J.J. , H.E. Friesell, AND M.O. Trescher, Studies of the cause and nature of dental caries, J. D. Res., 12: 759, 1932.
7.
Holt, L.E., JR., V.K. Lamer, AND H.B. Chown, Studies in Calcification. I. The solubility product of secondary and tertiary calcium phosphate under various conditions , J. Biol. Chem., 64: 509, 1925.
8.
Sendroy, J., JR., AND A.B. Hastings, Studies of the solubility of calcium salts. II. The solubility of tertiary calcium phosphate in salt solutions and biological fluids, J. Biol. Chem., 71: 783, 1926-27.
9.
Sendroy, J., JR., AND A.B. Hastings, Studies of the solubility of calcium salts. III. The solubility of calcium carbonate and tertiary calcium phosphate under various conditions, J. Biol. Chem., 71: 797,1926-27.
10.
Shipley, P.G. , B. Kramer, AND J. Howland, Studies upon calcification in vitro, Biochem. J., 20: 379, 1926.
11.
Greenwald, I. , The dissociation of some calcium salts, J. Biol. Chem., 124: 437, 1938.
12.
Shear, M.J., AND B. Kramer, Composition of bone. V. Some properties of calcium citrate, J. Biol. Chem., 79: 161, 1928.
13.
Shear, M.J., B. Kramer, AND L. Resnikoff, Composition of bone. VIII. Conductivity titrations of calcium ion with chloride, acetate, lactate and citrate ions at 38°, J. Biol. Chem., 83: 721, 1929.
14.
Hastings, A.B. , F.C., McLean , L. Eichelberger, J.L. Hall, AND E. Dacosta, The ionization of calcium, magnesium and strontium citrates, J. Biol. Chem. , 107: 351, 1934.
15.
Lansing, A.I. , AND G.H. Scott, The effect of perfusion with sodium citrate on the content and distribution of the minerals in various cells of the cat as shown by electron microscopy and microincineration, Anatomical Record, 84: 91, 1942.
16.
Miller, W.D., The micro-organisms of the human mouth (Philadelphia, S. S. White Co.: 1890).
17.
Stephan, R.M. , Changes in hydrogen-ion concentrations on tooth surfaces and in carious lesions, J. A. D. A., 27: 718, 1940.
18.
Stephan, R.M. , Intra-oral hydrogen-ion concentrations associated with dental caries activity, J. D. Res., 23: 257, 1944.
19.
Stephan, R.M. , Hydrogen-ion concentration of the dental plaque , J. D. Res., 17: 251, 1938.
20.
Fosdick, L.S. , E.E. Campaigne, AND O. Fancher, Rate of acid formation in dental caries. The Etiology of Dental Caries, Ill. D. J., 10: 85, 1941.
21.
Summerson, W.H., AND I. Neuwirth, The production of acids from glucose by oral microorganisms, J. D. Res., 20: 157, 1941.
22.
Neuwirth, I. , AND W.H. Summerson, The utilization of lactic and pyruvic acids by oral microorganisms, J. D. Res., 21 : 241, 1942 .
23.
Miller, B.F. , J.A. Muntz, AND S. Bradel, Decomposition of carbohydrate substrates by dental plaque material, J. D. Res., 19: 473, 1940.
24.
Muntz, J.A. , Production of acids from glucose by dental plaque material, J. Biol. Chem., 148: 225, 1943 .
