10 CONTENTS 



EXERCISE 29. Amboceptors and Complements. Hemolysins, 850. 



Experiment 74, Role of Amboceptor and Complement in Hemolysis, 850 Ex- 

 periment 75, Specificity of Amboceptors, 850 Experiment 76, General Proper- 

 ties of Amboceptors, 851. 



EXERCISE 30. Amboceptors and Complements. Hemolysins, 851. 



Experiment 77, Mechanism of Amboceptor Action, 851 Experiment 78, A 

 Further Study of the Mechanism of Amboceptors, 851. 



EXERCISE 31. Amboceptors and Complements. Hemolysins, 852. 



Experiment 79, Natural Hemolysins. Removal of Natural Hemolysins, 852. 



EXERCISE 32. Amboceptors and Complements, 853. 



Experiment 80. Hemolytic Complement, 853 Experiment 81, Inactivation 

 and Reactivation of Complement, 853 Experiment 82, General Properties of 

 Complement, 854. 



EXERCISE 33. Amboceptors and Complements, 854. 



Experiment 83, Titration of Hemolytic Complement, 854 Experiment 84, 

 Phenomenon of Complement Fixation, 855. 



EXERCISE 34. Antigens for the Wassermann Reaction, 856. 



Experiment 85, Preparation of Antigens for the Wassermann Reaction, 856. 



EXERCISE 35. Antigens, 856. 



Experiment 86, Method of Titration of Antigens, 856. 



EXERCISE 36. Wassermann Reaction, 857. 



Experiment 87, Anticomplementary Action of Serums, 857. 



EXERCISE 37. Wassermann Reaction, 857. 



Experiment 88, Wassermann Reaction (First Method), 857. 



EXERCISE 38. Wassermann Reaction, 858. 



Experiment 89, Wassermann Reaction (Second Method), 858. 



EXERCISE 39. Wassermann Reaction, 858. 



Experiment 90, Wassermann Reaction (Third Method), 858. 



EXERCISE 40. Wassermann Reaction, 858. 



Experiment 91, Wassermann Reaction (Fourth Method), 858. 



EXERCISE 41. Noguchi Modification of the Wassermann Reaction, 859. 



Experiment 92, Titration of Antihuman Hemolysin, 859 Experiment 93, Tech- 

 nic of the Noguchi Modification, 859. 



EXERCISE 42. Wassermann and Noguchi Reactions, 859. 

 Experiment 94, Comparison of Methods, 859. 



EXERCISE 43. Gonococcus Complement-fixation Reaction, 860. 

 Experiment 95, Titration of Gonococcus Antigen, 860. 



EXERCISE 44. Gonococcus Complement-fixation Reaction, 860. 

 Experiment 96, Technic of the Gonococcus Reaction, 860. 



EXERCISE 45. Gonococcus Complement-fixation Reaction, 860. 

 Experiment 97, Technic of the Gonococcus Reaction, 860. 



EXERCISE 46. Complement Fixation in the Differentiation of Proteins, 861. 

 Experiment 98, Titration of Immune Serums, 861. 



EXERCISE 47. Complement Fixation in the Differentiation of Proteins, 861. 

 Experiment 99, Technic of the Forensic Blood Test, 861. 



EXERCISE 48. Venom Hemolysis, 861. 



Experiment 100, Venom Hemolysis in Syphilis, 861. 



EXERCISE 49. Bacteriolysis, 862. 



Experiment 101, Pfeiffer Bacteriolytic Test, 862. 



EXERCISE 50. Bacteriolysis, 862. 



Experiment 102, Microscopic Method of Measuring the Bacteriolytic Power of 

 Blood, 862. 



EXERCISE 51. Bacteriolysis, 863. 



Experiment 103, Method of Measuring the Bacteriolytic Activity of the Blood 

 in vitro (Method of Stern and Korte), 863. 



EXERCISE 52. Cytotoxins, 863. 



Experiment 104, Action of Nephrotoxin, 863. 



