SUBJECT INDEX 



965 



Central nervous system, see Brain 

 Cerebrospinal fluid, tryparsamide in, 784 

 Ceruloplasmin, maleate, 295-296 

 Cervical carcinoma, see HeLa cells 

 Chick embryo, see also Embryogenesis, 

 development of, 

 iodoacetate, 260 

 menadiol-diP, 526 

 glycolysis of midbrain, iodoacetate, 106 

 growth of brain culture, iodoacetate, 

 254 



respiratory quotient of midbrain, io- 

 doacetate, 135 

 Chlaniydomonas moeivusii, 



photosynthesis, iodoacetate, 169 

 respiration, iodoacetate, 113, 169 

 Chloranil (Spergon), 



bacterial growth, 544, 546-548, 552, 

 555, 558 



carcinogenicity, 539 

 chlorophyll fluorescence, 495-496 

 enzyme inhibitions, 448-449, 456 

 fungal growth, 561-562, 564-565, 567, 

 569 



lethal dose, 509 



oxidation-reduction potential, 430 

 Chlorarsen, see Dichlorophenarsine 

 Chlorella elipsoida, 



photosynthesis, iodoacetate, 161-163 

 pyruvate uptake, iodoacetate, 93 

 respiration (glucose), iodoacetate, 93 

 Chlorella pyrenoidosa, 



ADP-ATP levels in, iodoacetate, 76 

 C-l/C-6 ratio, iodoacetate, 130 

 glycolytic intermediates in, iodoacetate, 

 76 

 photosynthesis, 



iodoacetamide, 156-158, 273 

 iodoacetate, 169, 273 

 quinones, 495 

 photosynthetic CO2 fixation, iodoace- 

 tate, 158, 161 



photosynthetic O2 evolution, arsenite, 

 696 



respiration, naphthoquinones, 488 

 respiration (endogenous), iodoacetate, 

 110, 113 

 respiration (glucose), phthiocol, 490 



sulfate uptake, iodoacetamide, 155 

 Chlorella vulgaris, 



acetate oxidation, arsenite, 665 



respiration, arsenite, 679 

 Chloride, intestinal transport of, 



arsenite, 703 

 Chloracetamide, alcohol dehydrogenase, 



27 

 Chloroacetate, 



comparison with other haloacetates, 



274-277 



enzyme inhibitions, 275 



glycolysis (anaerobic), 275 



ionization of, 9 



reactions with thiols, 10-12 



respiration (glucose), 275 

 Chloroacetone, 



enzyme inhibitions, 281 



paramecia, 283 



structure of, 281 

 Chloroacetophenone , 



enzyme inhibitions, 281-283 



mitosis, 283 



structure of, 281 

 Chloro-29-benzoquinone, 



bacterial growth, 548 



carcinogenicity, 539 



enzyme inhibitions, 452, 456 



oxidation-reduction potential, 430 

 2-Chloro-3-hydroxy-l,4-naphthoquinone, 



see 2-Hydroxy-3-chloro-l,4-naphtho- 



quinone 

 Chloromaleate, mitosis, 323 

 Chloromaleimide, reaction with GSH, 323 

 Chloromethylphenylketone, structure of, 



281 

 2-Chloronaphthazarin, Euglena growth, 



574 

 2-Chloro- 1 ,4-naphthoquinone, 



bacterial growth, 546, 549 



bioluminescence, 496 



enzyme inhibitions, 452, 458, 461, 463 



Euglena growth, 574 



FADH2 oxidation, 477 



fungal growth, 561-569, 572 



glycolysis (aerobic), 483 



lethal dose, 509 



oxidation-reduction potential, 430 



