368 IMMUNOLOGY 



Averj, O. T., Heidelberger, M., and Goebel, W. R: The Soluble Specific 

 Substance of Friedlander 's Bacillus, J. Exper. Med. 42: 709, 1925. 



Branliam, S. E.: Serological Diversity Among Meningococci, J. Immunol. 

 23: 49, 1932. 



Branliam, S. E.: Newer Knowledge of Bacteriology and Immunology, 

 Jordan and Falk, Chicago, 1928, University of Chicago Press. 



Brown, Rachel: Chemical and Immunological Studies of the Pneumocoecus. 

 V. Tlie Soluble Specific Substances of Types I-XXXII, J. Immunol. 37: 

 445, 1939. 



('astellani, A.: Die Agglutination bei gemischter Infektion und die Diagnose 

 der Letzteren, Ztschr. f. Hyg. u. Infektionskr. 40: 1, 1902. 



Chase, M. W., and Landstein«r, K. : Immunochemistry, Ann. Rev. Biochem. 

 1939, 579-610. 



Coghill, R. D. : A Chemical Study of Bacteria. XII. The Albumin Globulin 

 Fraction of the Tubercle Bacillus, J. Biol. Chem. 70: 439, 1927. XXIV. 

 Approximate Chemical Analysis of the Timothy Bacillus, Ibid. 81: 

 115, 1929. The Nucleic Acid of the Timothy Bacillus, Ibid. 90: 

 57, 1931. 



Coghill, R. D., and Bird, O. D.: Chemical Study of Bacteria; Proximate 

 Chemical Analysis of Timothy Bacillus, J. Biol. Chem. 81: 115, 1929. 



Coghill, R. D. : 1935. Personal communication. 



Dienes, L. : The Antigenic .Substances of the Tubercle Bacillus. II. The 

 Examination of the Antigenic Properties, J. Immunol. 17: 85, 1929. 

 III. The Chemical Examination of the Antigenic Substances of the 

 Tubercle Bacillus Extracted With Lipoid Solvents, Ibid., p. 157. IV. 

 Connection Between the Tuberculin Activity and Antigenic Properties, 

 Ibid., p. 173. The Specificity of the Tuberculin Type of Sensitive- 

 ness Produced With the Different Protein Substances of the Egg 

 White, Ibid. 18: 279, 1930. 



Dienes, L., and Freund, J.: On the Antigenic Substances of the Tubercle 

 Bacillus, J. Immunol. 12: 137, 1926. 



Dienes, L., and Schoenheit, E. W.: The Antigenic Substances of the 

 Tubercle Bacillus. V. The Antigenic Substances of the Synthetic 

 Culture Medium, J. Immunol. 18: 285, 19.30. 



Dingle, J. H., and Fothergill, L. D.: The Isolation and Properties of the 

 Specific Polysaccharide of Type B Hemophilus Influenzae, J. Im- 

 munol. 37: 53, 1939. 



Doan, C. A.: Diagnostic Significance of Precipitin Tests With Anderson 

 Phosphatide Fractions From Human, Bovine, and Avian Tubercle 

 Bacilli, Proc. Soc. Exper. Biol. & Med. 26: 672, 1929. 



Dochez, A. R., and Avery, O. T.: Tlie Elaboration of Specific Soluble 

 Substance by Pneumocoecus During Growth, .J. Exper. Med. 26: 

 477, 1917. 



Douglas, S. R.: The Question of Serological Races of V. cholerae and the 

 Relation of Some Other Vibrios to This Species, Brit. J. Exper. Path. 

 2: 49, 1921. 



Downs, C. M.: Antigenic and Metabolic Studies of Bacillus Typhosus, 

 University of Kansas Science Bull. 6: 16, 1925. 



Dubos, R. J., and Avery, O. T. : Decomposition of the Capsular Polysaccharide 

 of Pneumocoecus Type III by a Bacterial Enzyme, .1. Exper. Med. 

 54: 51, 1931. 



Dubos, R. J.: The Effect of Specific Agents Extracted From Soil Micro- 

 organisms Upon Experimental Bacterial Infections, Ann. Int. Med. 

 13: 2025, 1940. 



Dulaney, A. D.: Microbic Dissociation of B. coli-communis, J. Infect. Dis. 

 42: 575, 1928. 



