REFERENCES 455 



Coombs, H. I. : Studies on the xanthine oxidase. IX. The specificity of the 

 system. Biochem. J., 21:1259-1265, 1927. 



CoRi, C. F. : Symposium on the formation of disaccharides, polysaccharides 

 and nucleosides. Fed. Proc, 4:226, 1945. 



CoRi, G. T., SwANSON, M. A. and Cori, C. F.: The mechanism of forma- 

 tion of starch and glycogen. Fed. Proc, 4:234-241, 1945. 



Cori, C. F.: Phosphorylation of carbohydrates. A symposium on respiratory 

 enzymes. Univ. Wisconsin Press, Madison, 1942, p. 175-185. 



Coulter, C. B.: The isoelectric point of red blood cells and its relation 

 to agglutination. J. Gen. Physiol., 3:309-323, 1920. 



Coulter, C. B.: The equilibrium between hemolytic sensitizer and red 

 blood cells in relation to the hydrogen ion concentration. J. Gen. 

 Physiol., 3:513-521, 1920. 



Crook, E. M.: The Nagler reaction: The breakdown of lipoprotein com- 

 plexes by bacterial toxins. Brit. J. Exper. Path., 23:37-55, 1942. 



Crowley, Nuala: Hyaluronidase production by hemolytic streptococci of 

 human origin. J. Path. Bact., 56:27-35, 1944. 



Culbertson, J. T.: The relationship of circulating antibody to the local 

 inflammatory reactions to antigen (The Arthus phenomenon). J. Im- 

 munol., 29:29-39, 1935. 



Culbertson, J. T.: The role of the precipitin antibody in the removal of 

 intravenously injected antigens. J. Immunol., 28:279-295, 1935. 



Dale, H. H.: Some chemical factors in the control of the circulation. 



Lancet, 216:1233-1237, 1929. 

 Dale, H. H., Feldberg, W. and Vogt, M.: Release of acetylchohne at 



voluntary nerve endings. J. Physiol., 86:353-385, 1936. 

 Dale, H. H. and Laidlaw, P. P.: The physiological action of beta- 



iminazolyl ethylamine. J. Physiol., 41:318-344, 1910. 

 D ALTON, H. R. and Nelson, J. M.: Crystalline copper-protein possessing 



tyrosinase activity. J. Amer. Chem. Soc, 60:3085, 1938. 

 Danielopolu, D.: Mecanisme de I'immunite (phylaxie), de la paraphy- 

 laxie (anaphylaxie) et des maladies specifiques provoquees par les anti- 

 genes (maladie du serum, maladies infectieuses). 



II. Preuves et arguments en faveur de notre theorie. Action acetylcho- 

 linergique des antigenes et de I'agar-agar. Role de I'acetylcholine dans 

 la production des anticorps. L'amphotonie paraphylactique. Rev. 

 d'Immunol., J 1:91-105, 1947. 

 Danielopolu, D.: Mecanisme de I'immunite (phylaxie) de la paraphy- 

 laxie (anaphylaxie) et des maladies specifique provoquees par les anti- 

 genes (maladie du serum, maladies infectieuses). 



IV. Preuves et arguments en faveur de notre theorie le choc paraphy- 

 lactique (anaphylactique) est un choc acetylcholinique. Rev. d'Im- 

 munol., 11:382-395, 1947. 



