206 IMMUNOLOGY 



Delves, E.: Immunological Studies With Purified Serum Proteins Bearing 



on the Unitarian Theory of Antibodies, J. Infect. Dis. 60: 55, 1937. 

 Eagle, H.: Some Effects of Formaldehyde on Horse Antipneumococcus 



Serum and Diphtheria Antitoxin, and Their Significance for Theory 



of Antigen- Antibody Aggregation, J. Exper. Med. 67: 495, 1938. 

 Eaton, M. D.: The Flocculation Eeaction with Purified Diphtheria Toxin, 



J. Immunol. 30: 361, 1936. 

 Ehrlich, P.: Studies in Immunity, Translated by Bolduan, New York, 



1910, John Wiley & Sons, Inc. 

 Goodner, K., and Horsfall, F. L., Jr.: Properties of Type Specific Proteins 



of Antipneumococcus Sera. The Mouse Protective Value of Type I 



Sera with Reference to the Precipitin Content, J. Exper. Med. 66: 



413, 1937. 

 Goodner, K., and Horsfall, F. L., Jr.: Properties of Type Specific Proteins 



of Antipneumococcus Sera. Immunological Fractionation of Type I 



Antipneumococcus Horse and Eabbit Sera, J. Exper. Med. 66: 425, 



1937. 

 Goodner, K., and Horsfall, F. L., Jr.: Properties of Type Specific Proteins 



of Antipneumococcus Sera. Immunochemical Fractionation of Type I 



Antipneumococcus Horse and Rabbit Sera, J. Exper. Med. 66: 437, 



1937. 

 Green, A. A., McKliann, C. F., Kapnick, I., and Fahey, K. E. : A Fraction- 

 ation of the Globulins of Types 1 and 2 Antipneumococcal Horse Serum, 



J. Immunol. 36: 245, 1939. 

 Heidelberger, M.: Ann. Rev. Biochem. 1: 655, 1932. 

 Heidelberger, M., Kendall, F. E., and Soo Hoo, C. M.: Quantitative Studies 



on the Precipitin Reaction. Antibodv Production in Rabbits Injected 



With an Azoprotein, J. Exper. Med. 58: 137, 1933. 

 Heidelberger, M., and Kabat, E. A.: Chemical Studies on Bacterial 



Agglutination. III. A Reaction Mechanism and a Quantitative 



Theory, J. Exper. Med. 65: 885, 1937. 

 Heidelberger, M., and Kabat, E. A.: Quantitative Studies on Antibody 



Purification; Dissociation of Antibody from Pneumococcus Specific 



Precipitates and Specifically Agglutinated Pneumococci, J. Exper. 



Med. 67: 181, 1938. 

 Horsfall, F., and Goodner, K.: Lipids and Immunological Reactions. II. 



Further Experiments on the Relation of Lipids to the Type-Specific 



Reactions of Antipneumococcus Sera, J. Immunol. 31: 135, 1936. 

 Howell, K. M.: Origin of Antibodies, Newer Knowledge of Bacteriology 



and Immunology, Jordan and Falk, Chicago, 1928, University of 



Chicago Press. 

 Landsteiner, K., and van der Scheer. On Cross Reactions of Immune 



Sera to Azoproteins; Antigens with Azocomponents Containing 2 



Determinant Groups, J. Exper. Med. 67: 709, 1938. 

 Manwaring, W. H.: A Critique of the Ehrlich Theory, with an Outline of 



the Enzyme Theory of Antibody Formation. Newer Knowledge 



of Bacteriology and Immunology, Chicago, 1928, University of 



Chicago Press, p. 1078. 

 Alarrack, J., and Carpenter, B. R. : The Cross Reactions of Vegetable 



Gums with Type II Antipneumococcal Serum, Brit. J. Exper. Path. 



19: 53, 1938. 

 Mudd, S.: See Chapter XII. 

 Sabin, F. R.: Cellular Reactions to a Dye-protein With a Concept of the 



Mechanism of Antibody Formation, J. Exper. Med. 70: 67, 1939. 

 Sutliff, W. D., and Davies, J. A.: A Study of the Origin of Naturally 



Occurring Immune Bodies for Pneumococci in Infants, J. Immunol. 



32: 43, 1937. 



