Burnet, F.M.: The Mucinase of V. cholerae, Australian J. Exper. Biol. & M. Sc. 26: 71, 1948.
2.
Dewar, M.R.: Laboratory Methods for Assessing Susceptibility to Dental Caries. I. Effect of Variations in Technique, D. J. Australia21: 509, 1949.
3.
Idem: Laboratory Methods for Assessing Susceptibility to Dental Caries. II. Correlation of Results Obtained by Clinical Examination and by Standardised Laboratory Methods, D. J. Australia22: 24, 1950.
4.
Dreizen, S., Mann, A.W., Cline, J.K., and Spies, T.D.: The Buffer Capacity of Saliva as a Measure of Dental Caries Activity, J. D. Res. 25: 213, 1946.
5.
Fosdick, L.S. : Some New Concepts Concerning the Role of Sugar in Dental Caries, Oral Surg., Oral Med. & Oral Path. 5: 615, 1952.
6.
Knox, K.W., and Still, J.L.: Observations on the Salivary Mucoids, J. D. Res. 32: 379, 1953.
7.
Rae, J.J. , and Clegg, C.T.: The Relation Between Buffering Capacity, Viscosity and Lactobacillus Count of Saliva, J. D. Res. 28: 589, 1949.
8.
Sellman, S.: The Buffer Value of Saliva and Its Relation to Dental Caries, Acta odont. scandinav. 8: 244, 1949.
9.
Stephan, R.M. : Intra-Oral Hydrogen-Ion Concentrations Associated With Dental Caries Activity, J. D. Res. 23: 257, 1944.
10.
Stralfors, A. : Investigations Into the Bacterial Chemistry of Dental Plaques, Stockholm, 1950, Tryckeri A.-B. Thule.
11.
Wah Leung, S.: A Demonstration of the Importance of Bicarbonate as a Salivary Buffer, J. D. Res. 30: 403, 1951.