330 



INDEX OF AUTHORS 



Celli, malaria, 163. 



Celli and Fiocca, dysentery, 64. 



Certes, respiration, 289. 



Cienkowsky, 13; animals and plants, 23; 

 symbiosis in Radiolaria, 71; pseudopodia- 

 formation, 83; budding Clathrulina, 96; 

 classification, 106, 109, 137, 138, 139; 

 conjugation of monads, 132; Multicilia, 

 200; conjugation in Noctiluca, 219; food- 

 selection, 305. 



Claparede, 12; classification, 18, 21, 22; gas 

 vacuoles in rhizopods, 89. 



Claparede and Lachmann, classification, 106, 

 140; myonemes, 180; classification, 206, 

 207, 208, 209, 210; conjugation, 217. 



Clark-James, feeding in Choanoflagellida, 

 127; classification, 137. 



Claude-Bernard, 29. 



Cohn, F., 23; conjugation of Volvox, 134; 

 of Gonium, 226; irritability, 296. 



Cohn, L., dysentery, 64; mesoplasm, 144; 

 myonemes of Vorticella, 1 80, 207, 209. 



Corti, 7; digestion, 281; respiration, 288. 



Councilman, dysentery, 64. 



Cunningham, dysentery, 64. 



Dallinger and Drysdale, spontaneous genera- 

 tion, life-history of monads, 28, 132; fla- 

 gellum-formation, 120; conjugation of 

 flagellates, 219, 221. 



Dangeard, feeding in Dinoflagellidia, 126; 

 in Suctoria, 196; conjugation, 219. 



Danilevvsky, Polymitus form, 162; classifica- 

 tion, 1 68. 



Le Dantec, symbiosis in Radiolaria, 71; in 

 Infusoria, 174; digestion, 282, 284. 



Dawson, Eozoon, 29. 



Defrance, classification, 107, 108. 



Delage and Herouard, 18; animals and 

 plants, 22, 25; flagella-motion, 121; con- 

 tractile vacuole of ciliates, 188; tentacles 

 of Suctoria, 195; nervous organ of Vorti- 

 cella, 183; function of the vacuole, 290. 



Dewitz, thigmotaxis, 300. 



Diesmg, 20; animals and plants, 23; classi- 

 fication, 139, 140. 



Doflein, structure of Sporozoa, 142, 144; 

 classification, 209; centrosomes in Ciliata, 

 272. 



Donne, classification, 138. 



Dreyer, skeleton-formation, Radiolaria, 77; 

 secretion, 292, 308. 



Diiiner, origin of the spindle, 248. 



Dufour, classification, 21, 167. 



Dujardin, classification, 6, 10, 15, 16, 18, 20, 



23, 33, 1 06, 107, 137, 138, 139, 206, 207, 

 208, 209; sarcode, 34; immortality of 

 Protozoa, 60 ; pseudopodia and flagella, 

 44; gastric vacuoles in rhizopods, 91; 

 consciousness in Protozoa, 280, 303 ; 

 function of the vacuole, 289. 

 Dunal, odors due to Protozoa, 62. 



Ecker, pseudopodia-formation, 83. 



Ehrenberg, 9, 13, 15; classification, 15, 18, 

 20, 33, 1 06, 137, 138-140, 206, 207, 208, 

 210; immortality of Protozoa, 60; odors 

 due to Protozoa, 62; Uroglena, 130; 

 markings on ciliates, 177; conjugation, 

 222; function of vacuole, 292. 



Eimer, consciousness in Protozoa, 304. 



Eismond, suction in the tentacles of Suctoria, 

 196. 



Ellis, discovery of trichocysts, n. 



Engelmann, 12; conjugation, 14, 61, 193, 

 212, 213, 220, 222, 241; stigmata, 37, 

 118; inotogmata and pseudopodia forma- 

 tion, 83; gas vacuoles in rhizopods, 89; 

 chlorophyl in Vorticella^ 174; nemato- 

 cysts in Vorticella, 176; myonemes, 180; 

 classification, 207, 209; digestion, 283; 

 gas vacuoles, 290; irritability, 296, 297. 



Entz, Actinobolus, 50; symbiosis in Radio- 

 laria, 71; gas vacuoles, 89; classification, 

 106, 109, 206, 207; mouth of Choano- 

 flagellida, 123; nutrition in Mastigophora, 

 126, 127; myonemes in ciliates, 178, 180; 

 inter-relations of Infusoria, 201 ; tentacles 

 of Actinobolus, 183; gas vacuoles, 290; 

 function of vacuole, 291. 



Fabre-Dumergue, contractile vacuole, 54, 

 187; classification, 209; digestion, 281, 284. 



Feletti, malaria, 163. 



Fisch, classification, 138. 



Fischer, classification, 109; structure of fla- 

 gella, 121. 



Fiszer, function of the vacuole, 288. 



Flemming, origin of the mitotic spindle, 248. 



Focke, ii. 



Foettinger, classification, 207. 



Fol, classification, 208. 



Foulke, Actinosphcerium, 97. 



France, collar of Choanoflagellida, 123, 127. 



Frenzel, classification, 106, 137, 138, 167, 

 210; pyxinine granules, 143; nucleus, 250. 



Fresenius, classification, 138, 207. 



Fromentel, classification, 139. 



Gabriel, Sporozoa as plants, 166. 



