332 



INDEX OF AUTHORS 



Kostanecki, origin of spindle, 248, 274. 

 Kowalewsky, classification, 209. 

 Krassilstschik, conjugation in Polytoma, 221. 

 Kruse, classification, 168. 

 Kiihne, conjugation of Amoeba, 218. 



Labbe, 22; protoplasmic structure of Sporo- 

 zoa, 142, 144; division in Sporozoa, 149; 

 spore-formation, 151 ; malaria, 163; clas- 

 sification, 167-169; nucleus, 250, 254. 



Lachmann, myonemes in Vorticella, 178; 

 classification, 209. See Claparede and 

 Lachmann. 



Lamarck, 9; spontaneous generation, 28; 

 classification, 107, 108, 109, 208. 



Lambl, dysentery, 64. 



Lameere, 12. 



Langmann, Myxosporidiida in reptiles and 

 amphibia, 165. 



Lankester, classification, 18, 169; flagella- 

 motion, 121. 



Lauterborn, classification, 137, 139 ; division 

 of Ceratium, 260 ; historic origin of cen- 

 trosome, 276. 



Laveran, dysentery, 64; Sporozoa, 159; 

 malaria, 162-165. 



Learning and Harrington, effect of light on 

 Amoeba, 297. 



Le Blanc, swarm-spores in Difflugia, 95. 



Le Clerc, classification, 106. 



Ledermiiller, 8, 22. 



Leeuwenhoek, 5 ; spontaneous generation, 

 26 ; classification, 140. 



Leger, structure of gregarines, 144 ; micro- 

 sporozoites, 159 ; classification, 167. 



Leidy, classification, 106, 138, 208. 



Leuckart, 21 ; animals and plants, 23 ; life- 

 cycle of Coccidium, 158; Sporozoa rela- 

 tionships, 1 66. 



Leydig, 12 ; Sporozoa inter-relationships, 

 1 66; respiration, 289; function of vacu- 

 ole, 291. 



Limbach, function of the vacuole, 288. 



Linnaeus, 5. 



Lister, alternation of generations in Reticu- 

 lariida, 74, 95. 



Loeb, irritability, 299. 



Loeb and Hardesty, macronucleus, 188. 



Loesch, dysentery, 64. 



Logan, Eozoon, 29. 



Lutz, classification, 169. 



Maccallum, malaria, 164. 

 Macfarland, origin of spindle, 248. 

 Mannaberg, dysentery, 64. 



Manson, malaria, 163-165. 



Marchiafava and Celli, Plasmodium malaria, 

 1 68. 



Mark, polar bodies, 238. 



Massart, irritability, 298. 



Maupas, conjugation, 15, 193, 207, 234, 237; 

 food-taking, 48 ; senescence, 60 ; preda- 

 tory ciliates, 175, 199 ; inter-relationships 

 of Infusoria, 201, 204 ; mitosis in micro- 

 nuclei, 261 ; digestion, 283 ; excretory 

 granules, 286 ; function of the vacuole, 

 288, 291 ; rejuvenescence, 212, 220. 



Meissner, digestion in Rhizopoda, 92, 280, 

 284. 



Mendelssohn, irritability, 295. 



Mereschowsky, classification, 109, 138; 

 phylogeny of Ciliata, 205. 



Mesnil, conjugation in Sporozoa, 225. 



Metschnikoff, 13; gastric vacuoles in Rhizo- 

 poda, 91 ; malaria, 163 ; myonemes of 

 Vorticella, 180; digestion, 283, 284. 



Meyen, II. 



Meyer, nutrition in Mastigophora, 126. 



Milne-Edwards, spontaneous generation, 29. 



Mingazzini, life-cycle of Coccidiida, 158; 

 classification, 168, 169; nuclei, 254. 



Minot, rejuvenescence, 212. 



Moller, classification, 109. 



Montfort, classification, 107. 



Moore, nerve-organ of Vorticella, 183. 



Mottier, origin of spindle, 248. 



Miiller, Johannes, 13; classification, 18, 21; 

 conjugation of Gonium, 226. 



Miiller, O. F., 8, 13 ; classification, 15, 208; 

 spontaneous generation, 28. 



Munier-Chalmas et Schlumberger, dimor- 

 phism in Reticulariida, 95. 



Nageli, spontaneous generation, 29, 169. 

 Needham, theory of generation, 27. 

 Nitsch, 25 ; classification, 138, 206, 207. 

 Nussbaum, merotomy, 302. 



Oersted, animals and plants, 24. 



Oken, 9, 12; spontaneous generation, 28; 



classification, 208. 



dlDrbigny, classification, 18, 107, 108, 109. 

 Osterhout, origin of spindle, 248. 

 Owen, ii. 



Parker, classification, 107, 108. 

 Pasteur, spontaneous generation, 29. 

 Pearl, irritability, 300. 



Penard, structure of Pelomyxa, 38 ; contrac- 

 tile vacuole, 54; structure of Euglypha, 



