602 



INDEX OF AUTHORS 



Hartmann, Somatella formation, 239 



Terminology, 415 

 Hartmann and Chagas, Axostyles, 138 



Reorganization, 211 



Spo7igo7no7ias splendida, Fig. 59, 

 p. 117 

 Hartmann and Hammer, Radiolaria, 



241 

 Hartmann and Nagler, Aniceba diploi- 



dea, 116; Fig. 230, p. 549 

 Hartog, Contractile vacuoles, 168 



Opalinidse, 374 

 Hartog and Dixon, Digestion, 187 

 Harvey, Phosphorescence, 52 

 Haughwoiit, Pentatrichomonas, 186 

 Hazen, SpJmrella, Fig. 134, p. 280 

 Hegner, Arcella, selection, 572 



Eugle7iomorpha, 201 



Nuclear plasmic relation, 204 

 Hegner and Taliaferro, Malaria, 442 

 Heidenhain, Contractility hypothesis, 



204 

 Hertwig, Actinospharium centrosomes, 

 103 



Chromidia, 47 



Fertilization and reduction. Fig. 

 221, p. 530 



Immortality of Protozoa, 56() 



Kernplasmaverhaltniss, 204 



Microgromia, Fig. 102, p. 216 



Nuclei of AclinospJuErium, 68, 82 



Pole plates, 83 



Radiolaria, 241, 322 

 Hertwig and Lesser, Heliozoa, 320 

 van Herwerden, Volutin, 49 

 Hesse, Stomatophora coronata, 422 

 Hofer, Enucleate fragments, 127 



Feeding, 179 



Periplast, 127 

 Hogue, Amaha budding, 227 



Contractile vacuoles, 170 

 Hopkins, Conjugation, 512 

 Howland, Contractile vacuoles, 170 

 Hlibener, Endotoxins, 191 

 Huth, Radiolaria, 241 

 Huxley, Protoplasm, 44 

 Hyman, Amceboid movement, 172 



Ikeda, Fertilization in Actinomyxida, 



460 

 Ischikawa, Nodiluca, 121 

 IwanofT, Stigmata, 256 



Jahn, Mycetozoa, 241, 326 

 Jameson, Diplocystis schneideri, Fig. 

 223, p. 533 



Endobasal bodies, 79 



Janicki, Centrioles, 80 



Karyomastigont, 293 



Lophomonas, Fig. 98, p. 212 



Parabasal body, 92, 95 



Somatella formation, 240 

 Jennings, Bacteria, variations, 568 



Motor response, 173 



Paramecium, effect of conjugation 

 on division, 556 



Pure lines, 513, et seq. 



Stimuli, 109 



Variations and selection, Difflugia, 

 571 

 Jennings and Lashley, Biparental in- 

 heritance, 578 

 Jensen, Digestion, 192 

 Johnson, Stentor, cilia, 105 

 JoUos, Adaptations, 568 



Enduring modifications, 569 



Paramecium parthenogenesis, 564 

 Jorgensen and Kidd, Photosynthesis, 



198 

 Joukowsky, Cannibalism, 177 



Vitality, 473 

 Jungmann, Chlamydozoa, 463 



Kanthak, Durham and Blandford, 



Trypanosomes, 191 

 Kent, Codosiga cymosa, Fig. 18, p. 39 



Choanoflagellate feeding, 157 

 Kepner and Taliaferro, "Purpose" in 



feeding, 173 

 Keuten, Euglena viridis, mitosis, 76 

 Keysselitz, Autogamy, 547 



Dimorphic nuclei, 69 



Myxobolus, Fig. 186, p. 447 



Myxosporidia, 243 

 Khainsky, Contractile vacuoles, 170 



Digestion, 187 

 Khawkine, Saprophytic nutrition, 194 

 Kite, Pseudopodia, 172 

 Klebs, Classification, 252 



Motile organs, 134 



Osmosis, 169 

 Klein and Mollers, Toxins, 192 

 Kofoid, Axostyles, 138 



Ceratium, mutation, 569 



Chromidia, 47, 64 



Effect of asymmetry, 276 



Gonyaulax, Fig. 68, p. 132 



Neuromotor system, 74, 174 



Nuclei, 47, 64 



Noctiluca buds, 227, 278 



Parabasal body, function, 92, 95 



Parastyle, 95 



Somatella formation, 239 

 Kofoid and Christianson, Giardia, Fig. 



140, p. 293 

 Kofoid and Swezy, Chilomastix cyclo- 

 stomi, Fig. 45, p. 90 



