INDEX 



1119 



Chatterji, Das, and Mitra, 912 



Chatton, E., 587, 930, 941, 1069, 1075, 

 1079, 1082 



Chatton, E., and Biecheler, B., 588, 1070 



Chatton, E., and Brachon, S., 1072 



Chatton, E., and Brodsky, A., 593, 1041, 

 1042, 1048, 1051, 1053, 1058 



Chatton, E., and Grasse, P. P., 113, 115 



Chatton, E., and LwofF, A., 75, 1025, 

 1073, 1083, 1084, 1085; fibrillar com- 

 plex, 200, 223, 228; relationships, 620, 

 931, 933, 934, 936, 938, 940, 941, 

 942, 946, 953, 954, 955, 956, 957, 958, 

 959, 960 



Chatton, E., and Penard, C, 621 



Chatton, E., and Villeneuve, S., 1072 



Chatton, E., LwofF, A., Lwoff, M., 1083 



Chatton, E., Parat, M., and Lwoff, A., 165, 

 180 



Cheissin, 151, 936, 943, 944, 945, 946, 

 947, 948, 950, 952, 956 



Chejfec, 649, 660, 775 



Chemicals, responses to, 333-44; rhizo- 

 pods, 333-41 ; ciliates, 342-44 



Chen and Stabler, 1045, 1076 



Child, C. M., 86, 773, 802, 808 



Child, C. M., and Deviney, E., 86, 803 



Child (MS), 928 



Chilodonella, 27, 630 f., 632, 633, 634, 

 635, 637, 638 



Chlamydodon, fibrillar system, 229, 231 



Chlamydomonas, division, 589 f., 613; 

 kinds of gametic differences in, 589, 

 667-71; sexuality, 666-87; nature of 

 physiological differences between gam- 

 etes in, 671-78; interpretation of sex- 

 ual phenomena, 678-87; inheritance, 

 722, 739, 741, 742, 744, 745 



Chlorellae, relationship to host, 1010 



Cholesterol, 493 



Cholodnyj, 344 



Chondriome, 170, 432; see also Mito- 

 chondria 



Chondriosomes, 432; permanence, 181; 

 see also Mitochondria 



Chopra and Mukherjee, 848 



Chopra, Gupta, and David, 875 



Chorine, 875 



Christophers, 854 



Chromatin, value and importance shown, 

 39; volutin linked with, 162 



Chromatin reaction, in derived structures, 

 18, 21 ff. 



Chromatoidal bodies, 160 



Chromidia, the term and its interpretation, 

 160; associated with mitochondria, 160, 

 161 ; term bound up with disproved 

 theories, 165 



Chromidial net a definite morphological 

 entity, 16 1 



Chromidial origin of nuclei doubted, 594 



Chromosomes, individuality retained in all 

 cell generations, 87 ; genetic materials 

 in, 710, 711 



Ciacco, 123 



Cienkowsky, 1064, 1070, 1074, 1086 



Ciliates, reorganization of the macronu- 

 cleus and other derived structures, 21- 

 31; waning vitality, 28 ff., reorganiza- 

 tion by endomixis, 31-36; intracellular 

 micronuclei forming pronuclei, 33; 

 longevity of protoplasm, 34; reorgani- 

 zation by conjugation, 36-39; impor- 

 tance of micronucleus, 39 ; adhesiveness, 

 75 ff., 932, 944, 948, 949; ability to 

 combine into composite organelles, 76; 

 color, 83; polarity, 85; contraction, 92, 

 93 ; double refraction, 96 ; segregation 

 granules, 132 ff., {see entries under Seg- 

 regation) ; fibrillar systems, 191-270 

 {see also under Fibrillar) ; responses 

 to light, 295-97 ; responses to electricity, 

 321-27; internal processes involved in 

 responses, 324-27 ; responses to chemi- 

 cals, 342-44; conditions necessary for 

 conjugation, 6l4, 615 f.; conjugation, 

 616-39; sexuality in, 621 f., G()(>, 687- 

 706; biparental inheritance in diploid 

 ciliates, 750-58; faunules of, in sea 

 urchins, 894, 919-23; first to live in 

 blood of host and circulate with cor- 

 puscles, 952 



Ciliates of ruminants, 894, 973-87; total 

 number in an individual, 974; repro- 

 ductive rate, 976; environment, culture, 

 976 ; defaunation treatments for elimina- 

 tion of, 977; food, 979 ff., 985; value 

 to host, 983-87; role of, in protein 

 economy, 984 f. 

 Ciliophora, Schizomycetes on, 1021-24; 

 Schizomyectes in, 1034-40; parasitizing 

 other Protozoa, 1083-89 

 Claff, C. L., migration-dilution apparatus, 



461-63 

 Claparede, 413, 1034, 1039, 1079 

 Claparede and Lachmann, 805, 1034, 



