Adams, W.L. AND Myers, V.C., Influence of Chlorides and Phosphates of Saliva on its Amylolytic Activity . J. D. Res., 13: 311, 1933.
2.
Becks, H., Human Saliva. VII. A Study of Rate of Flow of Resting Saliva. J. D. Res., 18: 431, 1939.
3.
Becks, H. AND Wainwright, W.W. , Human Saliva. I. Critical Discussion of Former Salivary Calcium Studies and Their Value in the Establishment of Normal Standards . J. D. Res., 14: 387, 1934.
4.
Idem, Human Saliva. III.Critical Discussion of Former Salivary Phosphorus Studies and Their Value in the Establishment of Normal Standards . J. D. Res., 17: 197, 1938.
5.
Idem, Human Saliva. X.Fluctuations of Calcium and Phosphorus Content of Resting Saliva. In Press.
6.
Idem, Human Saliva. XI.The Effect of Activation on Salivary Calcium and Phosphorus Content. In Press.
7.
Idem, Human Saliva. XII.The Effect of Chewing Flavored Activators on Salivary Flow and Calcium and Phosphorus Composition. In Press.
8.
Enright, J.J. , Friesell, H.E. AND Trescher, M.O., Studies of the Cause and Nature of Dental Caries. J. D. Res., 12: 759, 1932.
9.
Entin, D.A., Zur physikalisch-chemischen Theorie der Karies. D. Monatschr. f. Zahnhlk., 27: 239, 1929.
10.
Forbes, J.C. , Solubility of Enamel. J. D. Res., 13: 349, 1933.
11.
Forbes, J.C. AND Gurley, W.B., Effect of Diet on the Acid-Neutralizing Power of Saliva. J. D. Res., 12: 637, 1932.
12.
Fosdick, L.S. , The Results of the Research in the Chemistry of Dental Caries. A Research Conference on the Cause and Prevention of Dental Caries. (Chicago : The Good Teeth Council for Children, Inc., 1938), p. 33.
13.
Idem, ibid., p. 80.
14.
Idem, Summary on Dental Caries Presented at the Eighty-Second Annual Session of the A.D.A ., Research Section, Cleveland , 1940.
15.
Fosdick, L.S. AND Starke, A.C., Solubility of Tooth Enamel in Saliva at Various pH Levels. J. D. Res., 18: 417, 1939.
16.
Gore, J.T., Saliva and Enamel Decalcification. IV. Factors Involved in the Prevention of Caries. J. D. Res., 19: 455, 1940.
17.
Hadley, F.P. , A Quantitative Method for Estimating Bacillus Acidophilus in Saliva. J. D. Res., 13: 415, 1933.
18.
Karshan, M., Factors in Human Saliva Correlated with the Presence and Activity of Dental Caries. J. D. Res., 15: 383, 1936.
19.
Idem, Biochemical Aspects of Dental Caries in Dental Science and Dental Art. (Philadelphia : Lea and Febiger, 1938) Chap. IX.
20.
Idem, Factors in Human Saliva Correlated with Dental Caries. J. D. Res., 18: 395, 1939.
21.
Karshan, M. , Krasnow, F. AND Krejci, L.E., A Study of Blood and Saliva in Relation to Immunity and Susceptibility to Dental Caries . J. D. Res. , 11: 573, 1931.
22.
Karshan, M. AND Rosebury, T., Relationship of pH, Calcium and Phosphorus to Solubility of Enamel. J. D. Res., 14: 220, 1934.
23.
Krasnow, F. , Biochemical Studies of Dental Caries: Diurnal Variations in the Phosphorus, Calcium, Hydrogen-Ion Concentration and Titratable Alkalinity. J. D. Res., 12: 1, 1932.
24.
Idem, Biochemical Analysis of Saliva in Relation to Caries. Dental Cosmos, 78: 301, 1936.
25.
Idem, Routine Diet and Salivary Analysis at the Guggenheim Dental Clinic. J. A. D. A. and D. Cosmos, 25: 216, 1938.
26.
Price, W., The Experimental Basis for a New Theory of Dental Caries, with Chemical Procedures for Determining Immunity and Susceptibility. D. Cosmos, 74: 1139, 1932.
27.
Rose, C., Zahnverderbnis und Speichel-beschaffenheit. D. Monatschr. f. Zahnhlk., 23: 705, 1905.
28.
Rosebury, T. , A Research Conference on the Causes and Prevention of Dental Caries. (Chicago: The Good Teeth Council for Children, Inc., 1938) p. 77-78.
29.
Wach, E.W., Studies on the Potassium and Calcium Contents of Human Saliva. J. D. Res., 15: 265, 1936.
30.
Wainwright, W.W., Human Saliva. II. A Technical Procedure for Calcium Analysis. J. D. Res., 14: 425, 1934.
31.
Idem, Human Saliva. V. A Technical Procedure for Phosphorus Analysis. J. D. Res., 17: 235, 1938.
32.
Idem, Our Present Knowledge of the Relationship of Salivary Composition to Dental Caries and Paradentosis. Proc. Sixth Pac. Sci. Congr., July 1939.
33.
Wainwright, W.W. AND Becks, H., Human Saliva. VI. Methods of Biometrical Evaluation of Salivary Analyses. J. D. Res., 18: 1, 1939.
34.
White, W. AND Bunting, R.W., A Comparison of the Chemical Composition of Stimulated and Resting Saliva of Caries-Free and Caries-Susceptible Children. Am. J. Physiol. , 117: 529, 1936.