Mechanism of Action of Sodium Azide on the Genus Candida

Diamond, B.E. , and Walstad, A. : A Selective Medium for Lactobacilli Counts From Saliva, J. D. Res. 29: 8, 1950.

Bryan, C.S. , Devereux, E.D. , Hirschey, W.C. , and Corbett, A.C. : The Use of Brilliant Green, Sodium Azide, and Dextrose in the Microscopic and Hotis Tests for Streptococcie Mastitis, North Am. Veterinarian 20: 424, 1939.

Snyder, M.L. , and Lichstein, H.C. : Sodium Azide as an Inhibiting Substance for Gram-Negative Bacteria, J. Infect. Dis. 67: 113, 1940.

Lichstein, H.C. , and Snyder, M.L. : The Inhibition of the Spreading Growth of Proteus and Other Bacteria to Permit the Isolation of Associated Streptococci , J. Bact. 42: 653, 1941.

Packer, R.A. : The Use of NaN, and Crystal Violet in a Selective Medium for Streptococci and Erysipelothrix rhusiopathiaie, J. Bact. 46: 343, 1943.

Pike, R.M. : An Enrichment Broth for Isolating Hemolytic Streptococci From Throat Swabs, Proc. Soc. Exper. Biol. & Med. 57: 186, 1944.

Knighton, H. T.: A Study of Monilia and Other Yeastlike Organisms Found in the

Jay. Oral Cavity. J. D. Res. 18: 103, 1939. 8. Jay, P. : University of Michigan. Personal communication.

Rogosa, M. , and Mitchell, J.A. : The Indispensability of Magnesium for Lactobacillus helueticus and Its Unavailability in a Magnesium Azide Complex, Bact. Proc. page 130, 1950 (Paper No. 22.)

Permar, D. , Kitchin, P.C. , and Robinson, H.B.G. : Variations in Counts of Lactobacilli Made from Single Specimens of Saliva, J. D. Res. 26: 475, 1946.

Lewis, J.B. , and Hartman, A. : Method of Counting Oral Bacteria, Oral Surg ., Oral Med., & Oral Path. 3: 1200, 1950.

Keilin, D. : Action of Sodium Azide on Cellular Respiration and on Some Catalytic Oxidation Reactions, Proc. Royal Soc. 121: 165, 1936 .

Stephenson, Marjorie : Bacterial Metabolism, Ed. 3, London, New York, Toronto, 1949, pp. 19 to 27.

Porter, John Roger : Bacterial Chemistry and Physiology, New York, 1947, pp. 547 to 555.

Keilin, D. : Cytochrome and Respiratory Enzymes, Proc. Royal Soc. 104: 206, 1929.

Clifton, C.E. , and Logan, W.A. : Oxidative Assimilation of Lactic Acid by Escherichia coli, J. Bact. 37: 523, 1939.

Spiegelman, S. , Kamen, M.D. , and Sussman, M. : Phosphate Metabolism and Dissociation of Anaerobic Glycolysis from Synthesis in the Presence of Sodium Azide, Arch. Biochem. 18: 409, 1948.

Gale, E.F. : The Assimilation of Amino Acids by Bacteria. X. Action of Inhibitors on the Accumulation of Free Glutamic Acid in Staphylococcus aureus and Streptococcus fecalis, Biochem. J. 48: 286, 1951.