INDEX OF AUTHORS 



605 



Schaudinn, Free nuclei formation, 64 



Heliozoa, division, Fig. 100, p. 

 214 



Mitosis, 76 



Nuclei, 56 



Ookinet, 443 



Pole plates, 82 



Sex and chromatin, 494 



Trypanosoma nociuoe, 92 

 Scherffel, Cyst formation, 261 

 Schewiakoff, Budding division, 217 



Cr>'stals in Paramecium, 169 



Euglypha alveolata, 82 

 Di\ision, 120 



Gregarine movement, 422 



Monomastix, 369 

 Schilling, Endotoxin, 191 

 Schneider, jMyonemes in Gregarinida, 



423 

 Schroder, Cam-panella tnnhellaria, Fig. 

 55, p. 106 



Cilia, 105, 144, 147 



Dimorphic nuclei, 69, 72 



Myonemes, Fig. 162, p. 371 



Myxosporidia, 451 



Spharomyxa, 243, Fig. 186 p. 447 

 Schuberg, Cilia, 144, 147 

 Schubotz, Cilia, 144 



Crystals, 169 

 Schultz, Pseudopodia, 172 

 Schultze, Allogromia oviforme, Fig, 87, 

 p. 178 



Paralysis, 188 

 Schus.sler, Scytomonas pusilla, 91 

 Schlitt, Goniodoma, Fig. 68, p. 132 



Pores in shells, 277 



Pusules, 163 



Stigmata, 270 

 Senn, Cla.ssification, 252 

 Sharp, Diplodinmm ecaudatum, Fig. 2, 

 p. 20; 108, 109, 174 



Neuromotor system, 75, 152, 174 

 Shellack, Chromosomes in gregarines, 



122, 533 

 Shibata, Parasites, 196 

 von Siebold, Crj'stals, 169 

 Siedlecki, Caryotropha mesnili, 195; 

 Fig. 93, p. 196 



Cytomeres, 231 



Lankesteria ascidia', Fig. 179, p. 

 420 

 Slonimsky and Zweibaum, Protoplas- 

 mic granules, 190 

 Smith, Th., Sarcosporidia, 461 

 Spallanzani, Contractile vacuole, 170 

 Staniewicz, Fat digestion, 193 

 Stassano, Kinetonucleus, 93 

 Stein, Contractile vacuole, 170 



Noctiluca, 278 

 Stempell, Autogamy, 550, el seq. 



Contractile vacuole, 170 

 Stern, Acanthocyslis, division, 214; Fig. 

 101, p. 215 



Stevens, Boveria, chromosomes, 124; 

 522, et seq. 



Stolg, Digestion 187 



Glycogen in Pelomyxa, 51, 192, 323 



Strasburger, Energid theory, 55, 204 



Swarczewsky, Arcella, mitosis, 76 

 Endogenous budding, 231 

 Free nuclei formation, 64 

 Myxosporidia fertilization, 550 



Swezy, Feeding in Hypermastigida, 296 

 Kinetic elements, Fig. 47, p. 96 



Taylor, Contractile vacuoles, 171, 367 

 Euplotes patella, 109, 152 

 Microdissection, Fig. 57, p. 110; 



121 

 Neuromotor system, 75, 174; Fig. 

 86, p. 175 

 Teichmann, Endotoxins, 191 

 Ternetz, Saprozoic nutrition, 194, 199 

 Thon, Didinium nasutum, 154 



Paralysis of prey, 188 

 Trouboukoff, Reduction in Slenophora, 



534 

 Tschenzoff, Endobasal bodies, 76 

 Euglena viridis, chromatin, 120 



Uhlenhuth, Endotoxins, 191 



Veley, Refract ile granules, 323 

 Verworn. Ciliarv waves, 109 



Difflugia shells, 130 



Periplast, 127 



Oxidation, 167 



Stimulation, 179 

 Visscher, Trichocyst function, 365 

 Vonwiller, Chondriosomes, 49 



Protoplasmic structure, 42 



W 



Wallengren, Reorganization, 223 

 Was ielewsky , Gregarina, Fig. 122, p. 



246 

 Wasielewsky and Kiihn, Amaba divi- 

 sion, Fig. 61, p. 118 

 Weininger, Sex, 494 

 Weismann, Amphimixis, 553 



Natural death, 469 

 Wenrich, Amphilcptus branchiarum, 

 373 

 Trichomonas, division, 211 



