594 



/.\ DEX 



Dileptus gigas, starvation, 172 



regeneration, 45 

 Dimastigamoeba bistadialis, kinetic ele- 

 ment, 107 



gruberi, Fig. 13, p. 34 

 Dimorpha mutatis, Fig. 13, p. 34 



Fig. 79, p. 148 

 Dimorphic nuclei, 84 



origin after conjugation, 315 

 Dinenympha fimbriata, lug. 176, p. 415 

 Dinenymphidae, Key to genera, 430 

 Dinophrya lieberhiihni, Fig. 84, p. 153 

 Diophrys appendiculata, Fig. 89, p. 160 

 Diphasic forms, 34 

 Diplocystidae, Key, 559 

 Diplocystis schneideri, zygotic meiosis, 



Fig. 158, p. 310 

 Diplodinium ecaudatum, Fig. 2, p. 20 

 motorium, 129 



interchange of nuclei, Fig. 14(i, p. 

 293 

 Diploeca placita, Fig. 178, p. 149 

 Diplosiga socialis, Fig. 92, p. 165 

 Discomorpha pectinata, silver line sys- 

 tem, Fig. 41, p. 80; Fig. 42, p. 80 

 Discomorphidae, Key, 516 

 Discophryidae, Key, 524 

 Distribution of Protozoa, 23 

 Division and reorganization, 209 



in Mastigophora, 210 



in Sarcodina, 213 



modes, 209 



of protoplasmic granules, 208 

 Dobell, amebic dysentery, 388 



axostyle function, 144 



kinetoplast, 114 



Protozoa as organisms, 18 19, 40 



zygotic meiosis, 310 

 Dobell and Jameson, chromosome ag- 

 gregates, Fig. 56, p. 102 

 Dofiein, Amoeba vespertilio, 1 ig. 52, p. 

 97 



anaerobic forms, 24 



axostyle function, 144 



chromidia, 70 



< 'odosiga botrytis, 109 



digestive fluids as toxins, 193 



free nuclei formation, 88 



Karyosome, 51 



Plasmodroma and Ciliophora, 411 



pole plates, 66 



primitive form, 141 



stereoplasm and rheoplasm, 42 



stereoplasmatic axis, 435 

 Dogiel, concrement vacuoles, 171 



gametic nuclei as spermatozoa, 276 



ophryoscolecin, 139 



polymerization, 38 



Schizocystis sipunculi, 229 

 Donovan, organism of kala azar, 369 

 Dujardin, 22 



classification, 140 



diffluence, 30 



sarcode, 433 



Dreyer, skeleton formation, 138 

 skeletons, Fig. 12, p. 33 



Driesch, architektonic, 173 



Driiner, causes of division, 205 



Duboscq and Grasse, Golgi apparatus, 

 79 



Duke, sites of trypanosome develop- 

 ment, 382 



Dutton, human trypanosomiasis, 381 



Dysentery, amebic, 387 



Dysteriidae, Key, 498 



E 



Eberlein, silica in ciliates, 125 

 Echinomera hispida, gametes, Fig. 144, 



p. 281 

 Ectoparasites, 359 

 Ectoplasm, 132 



Eimeria schubergi, cycle, Fig. 173, p. 

 403 

 gametes, Fig. 144, p. 281; Fig. 

 215, p. 538 

 Eimeriidae, Key, 565 

 Eimeriina, 541 

 Key, 564 

 Elaters in Mycetozoa, 239 

 Eleutheroschizon dubosqui, budding, 



229; Fig. 119, p. 230 

 Ellis, choanoflagellates, Fig. 178, p. 419 

 food ingestion by Choanoflagel- 

 lates, 188 

 Ellobiophrya donacis, anchorage, Fig. 



104, p. 202 

 Elpatiewsky, chromidia, 69 



endogenous budding in A rcella, 22s 

 fertilization in Arcella, 277 

 life cycle of Arcella, '_':;» i 

 Emerson, respiration quotient, 174 

 Enchelys /'»/>", Fig. 191, p. 472 

 Encystment, 23 

 Endameba in insects, 386 

 in man, 387 

 in vertebrates, 387 

 Endamoeba coli, 396 



nuclear division, Fig. 26, p. ").'> 

 cultures, 393 



dysenteriae, Fig. 31, p. 62 

 cycle, 395 

 ex-cystation, 395 

 synonyms, 393 



trophozoite and cvsts, Fig. 

 171, p. 394 

 gingivalis, 396 

 intestinalis, Fig. 24, p. 51 

 Endamoebidae, tori 



Key, 466 

 Endobasal bodies, Hi 



body, 53, 60 

 Endoenzymes and toxins, 198 

 Endomixis, 252, 317 

 Endoparasitic protozoa, 359 

 Endoplasm, 132 



