SUBJECT INDEX 



1237 



uptake by diaphragm, mercurials, 911- 

 912 

 Xylulokinase, 



o-iodosobenzoate, 713 

 mercurials, 859 



Yeast, 



acetate oxidation, malonate, 77, 116 

 catalase induction in, 8-azaguanine, 478 

 citrate formation from acetate, ma- 

 lonate, 105 



coenzyme A levels in, mercurials, 750, 

 885 



cycle intermediate concentrations in, 

 89 



2-deoxyglucose uptake, 387 

 ethanol oxidation, 2-deoxyglucose, 395- 

 396 



fermentation (fructose), 6-deoxy-6-fluo- 

 roglucose, 404 

 fermentation (glucose), 



biotin analogs, 588-589 



6-deoxy-6-fluoroglucose, 404 



D-glucosone, 384-385 



iodine, 689 



mercurials, 875, 884 



tripolyphosphate, 383 

 fumarate oxidation, malonate, 81 

 glycolysis, 2-deoxyglucose, 392 

 growth of, 



benzoate, 349 



dehydroacetate, 632 



o-iodosobenzoate, 727 



malonate, 195 



mercurials, 971, 973-974 



cy-methylpyridoxol, 575 

 growth of (menadione-stimulated), fer- 

 ricyanide, 678 



K+ fluxes, mercurials, 898-900, 908 

 maltase biosynthesis, p-fluorophenyla- 

 lanine, 351 



mercurial uptake by, 898-900, 974 



nucleotide levels in, mercurials, 884- 



885 



pyruvate oxidation, benzoate, 349 



resistance to mercurials, 983-985 



respiration (endogenous), 



malonate, 169 



mercurials, 879-881 

 respiration (glucose), 



malonate, 124 



mercurials, 880-881, 884-885 

 succinate accumulation, malonate, 92- 

 93 

 succinate dehydrogenase, 



fumarate K,, 38 



malonate, 27, 33, 187 

 succinate oxidation, malonate, 22 

 sulfate uptake, thiosulfate, 267 

 Yoshida ascites hepatoma, glycolysis (ae- 

 robic), 



tartronate, 238 

 Yoshida sarcoma, respiration (endoge- 

 nous), 

 malonate, 179 



Zahdel hepatoma, ADP-ATP levels in, 



2-deoxyglucose, 395 

 Zinc, 



complexes with di- and tricarboxylates, 



12 



glutamate dehydrogenase, 863 



Lactobacillus growth, 452 



phosphatase (acid), 452-453 

 Zygorrhynchus moelleri, 



acetate oxidation, malonic diethyl 



ester, 236-237 



glucose oxidation, malonic diethyl 



ester, 236-237 



succinate oxidation, malonate, 51, 53, 



187 



