INDEX OF AUTHORS 



Agardh, 139. 



Agassiz, L., 12. 



Alder, 12. 



Allman, Noctiluca, 136. 



Altmann, structure of protoplasm, 35. 



Archer, classification, 106, 109. 



Aristotle, animals and plants, 23, 25. 



Auerbach, excretory granules, 286. 



Balbiani, 2, 13 ; conjugation, 15 ; spore- 

 formation in Sporozoa, 154; classifica- 

 tion, 167; nucleus of Loxophyllum, 189, 

 190; nucleus, 250, 252; mitosis in micro- 

 nuclei, 261; in Spirochona, 262; function 

 of vacuole, 289; merotomy, 302. 



Barbagello, dysentery, 64. 



Barry, nucleus, 2; Protozoa as single cells, 

 11. 



Ue Bary, 18; pseudopodia in mycetozoa, 

 84; irritability, 299. 



Van Beneden, maturation, 233. 



Bergh, 21 ; animals and plants, 25; cuticula, 

 38; coloring matter in Dinoflagellidia, 

 117; feeding in Dinoflagellidia, 126; in- 

 ter-relations, 135; classification, 140, 206; 

 nuclei, 250, 251. 



Berthold, explanation of pseudopodia-forma- 

 tion, 84. 



Bichat, 2. 



Blainville, spontaneous generation, 28. 



Blochmann, conjugation in Euglypha, 219, 

 234; division of Euglena, 256, 259. 



Boeck, function of vacuole, 291. 



Bosc, Sporozoa, 159. 



Bourne, bacteria in Protozoa, 83; nuclei of 

 Pelomyxa, 87. 



Boveri, origin of the mitotic spindle, 248; of 

 the centrosome, 276. 



Brady, classification, 107, 108, 109; shell, 305. 



Brandt, symbiosis in Radiolaria, 71; conju- 

 gation, 95; nucleus, 249; function of 

 vacuole, 289; merotomy*, 301. 



Brauer, encystment of Aclinosphceri um, 90; 

 maturation, 235; mitosis, 264. 



Bruch, Sporozoa, relationships, 166. 



Briicke, 2; pseudopodia-formation, 83. 



Buck, swarm-spores in Arcella, 95. 



Buffon, 13; animals and plants, 23; spon- 

 taneous generation, 26; theory of genera- 

 tion, 27. 



Biihler, origin of spindle, 274. 



Burnet, 12. 



Biitschli, 2, 12, 14; animals and plants, 25; 

 structure of protoplasm, 35, 79 ; odors, 62 ; 

 pseudopodia-formation, 84; swarm-spores 

 in Arcella, 95; conjugation, 60, 96, 193, 

 228; classification, 20-22, 99, 101, 169, 

 206, 208, 209, 210; shells of Dinoflagel- 

 lidia, 117; flagella-motion, 121 ; nutrition 

 in Mastigophora, 126; catenation, 131 ; 

 inter -relationships of Mastigophora, 135; 

 spore-formation in Sporozoa, 152, 154; 

 Sporozoa, inter-relationships, 166; mem- 

 brane of ciliates, 176, 178; contraction 

 of the vacuole, 188; tentacles of suctoria, 

 195; inter-relationships of the Infusoria, 

 199-200; mouth-shifting in ciliata, 185; 

 rejuvenescence, 213, 220; conjugation in 

 Mastigophora, 228, 241 ; nucleus, 249, 

 250; mitosis, 264; division-centre, 266; 

 digestion of fat, 282; function of vacuole, 

 289; gas vacuoles, 290. 



Calendruccio, dysentery, 64. 



Calkins, odors due to Protozoa, 62 ; Uroglena, 

 130; Lymphosporidium, 169; mitosis in 

 Mastigophora, 250, 252; historic origin of 

 mitotic figure, 274. 



Carpenter, classification, iS, 107, 108, 109; 

 types of shells, 73; food-selection, 305. 



Carter, 109; conjugation in Eudorina, 134; 

 classification, 138; conjugation in Masti- 

 gophora, 224, 228, 232. 



Carus, C. G., 10; spontaneous generation, 



2 5- 

 Carus, J. V., classification, Sporozoa, 16S. 



Cassagrandi, dysentery, 64. 



Cattaneo, swarm-spores in Arcella, 95. 



32'J 



