596 



INDEX 



Giardia, bilateral symmetry, 36; Fig. 



17, p. 37 

 Gibbs and Del linger, selection in Proto- 

 zoa, 181 

 Glaessner, diastatic ferments, 196 

 Glaser, centrioles, 63 

 Glaucoma, Fig. 205, p. 504 

 frontata, Fig. 8, p. 29 



conjugation, Fig. 201, p. 486 

 (Dallasia) gametogamv, Fig. 

 200, p. 485 

 scintillans, basal bodies, 124 



origin of posterior mouth at 

 division, Fig. 114, p. 224 

 Glutathion, 175 



and mitochondria, 77 

 Glycogen, 133 



at conjugation periods, 290 

 in Pelomyxa, 198 

 Goette, chromidia, 69 

 Goldfuss, Protozoa, 17 

 Goldschmidt, chromidia, 69, 87; Fig. 



25, p. 88 

 Golgi apparatus, 69, 77 



in flagellates, 416 

 bodies and contractile vacuole, 79 

 types of malaria organisms, 406 

 Gonder, enduring modification in Try- 

 panosoma, 344 

 Goodey, Prowazekia saltans, 110 

 soil forms, 25 



protozoa, 354 

 Gourret and Roeser, distribution, 26 

 Granata, Haplosporidium, 94 

 Grasse, parabasal, 119 

 Grassi, dysentery, 389 



malaria and mosquitoes, 407 

 Grassi and Feletti, genera of malaria 



organisms, lot; 

 Greenleaf, effect of crowding on divi- 

 sion, 206 

 Greenwood and Saunders, digestion in 



gastric vacuoles, 195 

 Gregarina cuneata, sporoducts, Fig. 125, 

 p. 240 

 ovata, gametes, Fig. 215, p. 538 

 Gregarinida, epimerite types of, 243 



protomerite, 242 

 Gregarinina, 534 



Key, 557 

 Gregarines, epicyte in, 534 

 epimerite, 536 

 movement, 535 

 myonemes in, 535 

 pseudo-conjugation, Fig. 213, p. 



531 

 sex differences, Fig. 214, p. 537 

 Gregorv, chromosomes in Oxytricha, 

 319 

 Tillina magna, vitality, 253 

 Uroleptus response to chemicals at 

 different ages, 246, 257 

 Grenacher, central granule, 1 I'.t 

 Griffin, fibers in Euplotes, 131 



Griffin, r 'ganization in ciliates, 221 



Griffiths, function of contractile vac- 

 uole, 176 

 ( Iromiidae, Key, 169 

 Grosse-Allerman, Amoeba terricola feed- 



^ ing, 188 

 Gruber, environment effects, 178 

 Gruby, Trypanosoma, 381 

 Guilliermond, mitochondria, 77 



volutin, 72 

 Gunther, skeleton, 125 

 Gurwitsch, inadequacy of term cell, 19, 



40 

 Guttulinidae, 448 



Key, 462 

 Gymnostomida, Key, 491 



H 



Habitat groups, 352 



anaerobic types, 353 

 mesosaprobic types, 352 

 oligosaprobic types, 352 

 sapropelic types, 353 

 Haeckel, Protista, 18 



Radiolaria classification, 438 

 Haemogregarina stepanowi, Fig. 218, p. 



545 

 Haemoproteidae, Key, 566 

 Halteriidae, Key, 513 

 Hamburger and Buddenbrock, distri- 

 bution, 26 

 Haploactinomyxidae, Key, 569 

 Haplocvta, Key, 558 

 Haptophrya, colony, 38 

 Hartmann, Arcella, 70 

 Binucleata, 1 12 

 cell and protozoa, 21 

 centrioles in Endameba, 63 

 chromidia, 70 

 Endamoeba africans, 392 

 Eudorina, 266 

 Karyosome, 51 

 necessity of conjugation, 329 

 Polyenergid, 71 



rejuvenescence by merotomy, 239 

 Hartmann and Chagas, Spongomonas, 



94 

 Hartmann and Nagler, autogamy, 323 



Sappinia, 94 

 Hartmannella klitzkei, Fig. 58, p. 106 



division, 213 

 Hartog, function of vacuole, 176 

 Hartog and Dixon, pepsin-like fer- 

 ments, 196 

 Haughwout, Pentatrichomonas, food, 



193 

 Hegner, selection in Arcella dentata, 347 

 Heidenhain, causes of division, 205 



two kinds of chromatin, 57 

 Heitzmann, structure of protoplasm, 43 

 Heliozoa, 437 



central granule, 119 



