1118 



INDEX 



Calkins, Gary N. (continued) 



systems, 256, 257; fertilization, 583, 

 592, 593, 594, 605, 615, 616, 617, 

 618, 624, 627, 630, 632, 633, 637; 

 morphogenesis, 774, 775, 776, 777, 

 778, 779, 780, 789, 797, 798 



Calkins, G. N., and Bowling, R., 233, 591, 

 602, 611 



Calkins, G. N., and Cull, S. W., 581, 626, 

 634, 636, 689, 702 



Campbell, A. S., 160, 166, 1069; ciliate 

 fibrillar systems, 253, 254 



Campbell, W. G., 962 



Candolle, de, 282 



Cannon, P. R., and Taliaferro, W. H., 849 



Canti, 138 



Capillary manometer, 357 f. 



Carbohydrates, reserves, 153-59, 173; 

 granules with definite internal structure, 

 154; differentiation between glycogen 

 and paraglycogen, 157 



Carini, 1075, 1076 



Carini and Reichenow, 1075, 1076 



Carlgren, 319, 324, 327 



Carlson, 518 



Carter, 1040, 1042 



Cartesian diver ultramicromanometer, 358 



Casagrandi and Barbagallo, 1043 



Catalase, 373; detection of, 384 



Cattaneo, 899 



Cattle, rumen ciliates, 894, 973-87 {see 

 also under Ciliates of ruminants) 



Caullery, 891, 892, 893 



Caullery and Mesnil, 1078, 1079, 1080, 

 1081, 1082 



Causin, 795, 797 



Cavallini, 1075 



Cejp, 1043, 1052 



Cell division, longevity influenced by re- 

 organization through, 16; in flagellates, 

 25 ff.; material for study or cytology 

 of, 45 ; environmental conditions suit- 

 able for most rapid growth and divi- 

 sion, 45; division rates of Protozoa 

 with constant conditions, 527, table, 

 528; regeneration and, ll'^-lS, 797-801, 

 division cycle, 115-18 



Cell membrane, nature of, 62; permeabil- 

 ity, 64-66, 69; other than those of 

 Protozoa, 6A 



Cell theory, forerunner of, 9; first applied 

 to the Protozoa, 13 



Cells, first use of word, 9; longevity of 



derived structures, 38 ; macronuckus, 

 38 ; micronucleus transcends other struc- 

 tures in ciliate cell, 39; differentia- 

 tion, 44; comparison between protozoan 

 and metazoan, 44, 179 ff; relative 

 specific gravity of inclusions and com- 

 ponents of, 80-82 ; Golgi bodies in 

 metazoan, 140, 143; importance of role 

 of Golgi apparatus in life history of, 

 431, 441; link in kinship between all 

 cells apparently established by . . . 

 Golgi apparatus, 441, 443; structures 

 present in all, 432 ; connective tissue 

 cells involved in immunity: terminol- 

 ogy and classification, 831-37; of the 

 blood and lymph, classified, 834-36; so- 

 called systems of, used by authors, 

 836 f.; cellular and humoral aspects of 

 immunity, 839-41 



Cellular concept of living things, disclos- 

 ure of, 191, difficulties encountered, 

 191; protoplasmic differentiation con- 

 trasted with cellular differentiation, 192, 

 260 



Cellulose, constituent of wood, 961 ; use 

 of, in nutrition, 961-73; decomposition, 

 962 ff., 966 f., 983; experiments in 

 feeding cellulose-free carbohydrates, 

 970; use by rumen ciliates, 981 f., 983 



Centrifuge method, 52; as a research tool, 

 81 



Cepede, 915, 936, 938, 945, 946, 948, 

 950, 952, 953 



Cepede and Poyarkoff, 953 



Cepede and Willem, 1020, 1022 



Certes, 911 



Chakravarty, 158, l63 



Chalkley, 45, 57, 59, 67, 73, 83, 84, 85, 

 121, 340, 518, 523 



Chambers, 46, 48, 49, 51, 52, 58, 62, 63, 

 65, 66, 67, 72, 85, 88, 181, 339, 395, 

 396 



Chambers and Dawson, 76 



Chambers and Hale, 58 



Chambers and Rowland, 54 



Chambers and Kempton, 127 



Chambers and Pollack, 127 



Chambers and Reznikoff, 52, 53, 315 



Chapman, 553 



Characteristics, inheritance of, 712 f. 



Characters, inherited; changes in, in uni- 

 parental reproduction, 713-31 



Chase and Glaser, 59, 340 



