INDEX 



599 



Li minis pusillus, Fig. 204, p. 502 

 Lepeshkin, chemistry of Fuligo, 44 

 Leptomonas ctenocephali, Fig. 65, p. 



119; Fig. 169.4, p. 366 

 Leptotheca scissura, Fig. 220, p. 550 

 Lewis, mammalian trypanosomes, 381 

 Levander, distribution, 26 

 Liceidae, Key, 465 

 Lichnaspis giltochii, Fig. 182, p. 440 

 Lichnophoridae, Key, 512 

 Life and Death, Weismann, 248 

 Lionotus fdsdola, Fig. 203, p. 496 

 'feeding, Fig. 99, p. 188 

 food-getting by, 186 



procerus, 86 



wrzesniowskyi, Fig. 203, p. 496 

 Lipoplasts in Actinophrys, 316 

 Lister, chromidia, 69 

 Lobopodia, 150, 435 



eruptive type, Fig. 78, p. 146 

 Looper, nucleoplasmic relation, 205 

 Lophomonadidae, Key to genera, 428 

 Lophomonas blattarum, division, Fig. 

 105, p. 211 



division, 212 

 Losch, Amoeba coli, 388 

 Loschia, 389 



Losina-Losinsky, feeding reactions, 1 89 

 Loxocephalus granulosus. Fig. 205, p. 



504 

 Loxodes rostrum, Fig. 203, p. 496 

 Loxodidae, Key, 497 

 Loxophyllum, Fig. 203, p. 496 

 Lund, function of contractile vacuole, 



176 

 Lundgardh, karyolymph, 59 

 Lwoff, Leptomonas ctenocephali, 119 



parabasal Feulgen reaction, 1 1 9 



temporary cysts, 267 

 Lynch, contractile vacuole function, 



'179 

 l.ysin, reaction of host, 363 



M 



McCullock, origin of parabasal, Fig. 



61, p. Ill 

 McDonald, motoriuin, neuromotor ap- 

 paratus, 129 

 MacDougall, Chilodon uncinatus, Fig. 

 112, p. 222 

 mutation in Chilodon, 351 

 pharyngeal baskets, 476 

 MacNeal, endotoxins in Trypanosoma, 



198 

 Macrochromatin and microchromatin, 



484 

 Macrogametes, 272 



Macronucleus, beaded, reorganization 

 of, 218 

 formation, 85 

 reorganization of, 217 

 Macrospheric and microspheric tests, 

 452 



Maier, basal bodies of membranes, 124 

 Malaria organisms, sporulation, 238 



types and reproduction, Plate 

 ' I, p. 408 

 Mammalian trvpanosomes, origin of, 



361 

 Manson, transmission of malaria, 407 

 Marchiafava and Celli, Plasmodium, 



406 

 Martin, endotoxins in Trypanosoma, 

 198 

 soil protozoa, 354 

 Martin and Robertson, axostyle func- 

 tion, 144 

 Marullaz, Sarcocystis, 550 

 Marynidae, Key, 501 

 Massart, contractile vacuole, 176 

 Massive nuclei, 50 

 Mast, Ameba, gastric, vacuole, 189 

 Didinium cyst, 267 

 isolation cultures, 256 

 and Pusch, learning in Protozoa, 

 181 

 Mastigamoeba aspera, bis. 174, p. 412 

 Mastigella vitrea, chromidia, Fig. 45, p. 



88 

 Mastigina, chromidia, Fig. 45, p. 88 

 Mathews, physiology, 172 

 Maturity, 255 



Maupas, action of tentacles, 191 

 cannibalism, 185 

 conditions of conjugation, 285 

 isolation cultures, 249 

 rejuvenescence, 329 

 senility and division, 330 

 Suctoria feeding, 163 

 vitality graph of Stylonychia, 

 Fig. 165, p. 331 

 Mavor, autogamy, 324 

 Meiosis, gametic, 307 

 in Sporozoa, 526 

 zygotic, 309 

 Melanin, 134, 533 



in malaria, 409 

 Membrane of nucleus, 59 

 Membranelles, 155 

 Membranulae, 155 

 Memory in Protozoa, 1S1 

 Mengheni, conditions of encyst ment, 



290 

 Menosporidae, Key, 563 

 Mercier, fertilization in Cnidosporidia, 

 326 

 in Thelohania, 555 

 Merotomy and rejuvenescence in 

 Ameba, 239 

 Uronychia, Fig. 135, p. 262 

 Merozoite, defined, 528 



with Golgi apparatus, Fig. 40, p. 

 79 

 Mesnil, chromidia, 70 



kinetonucleus, 113 

 Mesodinium, tentacles, big. 198, p. 480 

 Mesomitosis, 89 



