538 



INDEX OF SUBJECTS. 



Bacillus Typhosus Continued. 



Opsonin for, 393. 



Phagocytosis of, 35. 



Sensitizers for, in antiserum to, 221. 

 Bacillus Tetani, 10. 



Agglutination of, 91, 92, 99. 

 Bacillus Tuberculosis 



Action of various mammalian types 

 of, in producing sensitizers, 464. 



Relation between types of, as re- 

 gards sensitizers, 467. 



Sensitizers for, 462, 464, 467. 

 Bacillus Vermicularis 



Phagocytosis of, 36. 



Bacillus of Whooping-cough (Bordet- 

 Gengou), 473, 482, 488. 



Action of antiserum to, 483, 485. 

 487. 



Antigens of, 526. 



Comparison of, with B. influenzse, 

 483. 



Cultural characteristics of, 478, 482, 

 484. 



Endotoxin of, 487, 488, 490. 



Isolation of, 474, 477, 482. 



Morphology of, 474, 478, 484. 



Pathogenicity of, 478, 486. 



Reactions of, with sera of whooping- 

 cough patients, 479, 482. 



Stain for, 478. 

 Bacteria 



Action of preventive substance 6n, 

 90, 225. 



Adaptation of, in immunized ani- 

 mals, 1. 



Agglutination of, 65, 88, 90, 134. 

 (see also under each micro-organism). 



Agglutination of, by alum, 432. 



Agglutinins for, 149. 



Artificial resistance of, to agglutina- 

 tion, 98. 



Attenuation of, 3. 



Chemiotaxis by, 3, 4, 11. 



Diagnosis of, by agglutination, 96. 



Increase in pathogenicity of, 2, 6. 



Modified cultures of, 2 et seq. 



Selection of, by phagocytes, 6, 16. 

 Bactericidal Immunity, 48. 



Hankin's theory of, 24. 



Denys' theory of, 25. 

 Bactericidal Properties (of body fluids), 

 17 et seq., 20. 



in immune serum, 42, 46, 50, 68, 70. 



in normal serum, 26, 45, 46, 68, 69, 

 70, 75, 78, 201. 



in relation to the number of leuco- 

 cytes, 24, 30, 32, 84. 



in serum compared with peritoneal 

 exudate and with plasma, 21, 27. 



of aqueous humor, 26, 29, 71. 



of edema fluid, 27, 29, 31, 71. 



Bactericidal Properties Continued. 

 of phagocytes, 24, 33, 36. 

 of plasma, 27. 

 of serum as due to cooperation of 



two substances, 89, 100, 135. 

 Absence of, in intestinal transudate, 



74. 

 Comparison of potency of, of normal 



and immune sera, 45, 69, 75, 78, 



177, 201. 



Effect of heat on, 67, 72. 

 Effect of infections on, 67, 72. 

 Effect of injections of normal serum 



or bouillon on, 31, 32, 67, 87. 

 Method of determining, of a fluid, 20. 

 Non-specificity of, in immune sera, 



42, 46, 50, 68. 

 (see also Bactericidal Substance; 



Alexin). 



Bactericial Substances (of body fluids) 

 Absence of, in edema fluid, 71, 72. 

 Absence of, in intestinal transudate, 



73. 



Localization of, during life, 82. 

 Origin of, of serum, 24, 30, 32, 41, 



68, 84, 90. 

 Unity of, in normal and immune 



sera, 45, 69, 75, 78, 201. 



(see also Bactericidal Properties; 



Alexin). 



Bacteriolysis, see Pfeiffer's Phenomenon. 

 Bacteriolytic Experiments,Cause of error 



in, 152. 



(see also Pfeiffer's Phenomenon). 

 Bacteriotropins, syn. Opsonins. 

 Barium Sulphate 



Agglutination and hemolysis of blood 



by, 313, 315. 

 Complexes of, with colloids, 420, 421 , 



500. 

 Complexes of, with sodium citrate, 



425. 

 Dissemination of, by sodium citrate, 



424. 

 Dissociating effect of colloids on, 



416, 419. 

 Bordet's Theory of Immunity, 208, 215, 



442, 496 et seq. 

 Bordet's Theory of Agglutination, 143, 



163. 

 Bordet's Theory of Toxin-Antitoxin 



Union, 266, 439, 519. 

 Body Fluids 



Bactericidal Theory of, 17 et seq. 

 (syn. Humoral Theory of Im nninity). 

 Bouillon 



Effect of injections of, on bacteri- 

 cidal property of blood, 31, 32, 67, 



87. 



Effect of injections of, on strepto- 

 coccus infection, 107, 112, 122. 



