566 



PROTOPLASM 



Cathode rays, 393, 403 

 Causality, 401 

 Cell theory, 31 

 Cellobiose, 455 

 Cells, charge, 380 

 culture, 77 

 definition, 12 

 function, 80 

 inclusions, 77, 277 

 monocyte, 79 

 niultinuclear condition, 80 

 parts, 15 

 plate, 22 

 polarity, 355 

 potential differences, 354 

 scavenger, 79 

 shapes, 15 

 side, 29, 30 

 tissue culture, 80 

 types, 33, 80 

 Cellular organization, 264 

 Cellulose, 459 



digestion, 460-461 

 structure, 248 

 Centrifuging, molecular weight of 

 proteins, 477 

 Svedberg, 477 



viscosity of protoplasm, 477 

 Centrosome, 24 

 Cephalin, 463 



Chamberlain, chromatin and linin, 

 246 

 origin of life, 523 

 vacuoles, 29, 241 

 Chambers, acidity of protoplasm, 

 329 

 microdissection, 49 

 nucleus, 277 



oxidation-reduction, 346, 347 

 Charge, capillary, 364 

 cell, 380 



generic relationship, 381 

 particle, 366-370 

 potential, 372 

 reversal, 372, 373 

 Chemoluminescence, 415 

 Child, 257 

 Chlorine, 434 



Chlorophyll, 8, 17, 516 

 Chlorophyllase, 508 

 Chloroplasts, 8, 17 

 Chlorosis, 322, 323, 433 

 Cholesterol, 464 

 Chondriosomes, 18 

 Chromatin granules, 246 

 Chromomeres, 23 

 Chromosomes, description, 19-20 



nucleic acid, 491 



structure, 22 

 Cilia, 33, 38 

 Cladophora, 41 

 Clark, E. R., 86 

 Clark, G. L., 254 

 Clark, W. M., pH, 346 



rh, 346 

 Claviceps, 464 

 Clayton, 132 

 Cleveland, 461 



Clowes, emulsion hypothesis of 

 protoplasmic structure, 239, 

 287-288 



emulsion reversal, 127 

 Coagula, 137 

 Coagulation, 479 



acid, 492 



anticoagulants, 496 



blood, 493-495 



calcium, 493 



definition, 480 



dehydration, 482 



and life, 492 



mechanism, 481 



and molecular weight, 482 



nuclei, 493 



physical nature of, 496 



protoplasm, 493 



related phenomena, 481 



reversible, 492 

 in nuclei, 492 

 Coalescence, 481 

 Cobalt, 427 

 Coenocyte, 41 

 Cofman, 117 

 Cohen, 346, 347 

 Collander, 281 

 Colhns, 412 



