1190 



SUBJECT INDEX 



binding energy, 42 



competitive nature of inhibition, 21- 



25 



effect of ATP, 48 



effect of Ca++, 46-48 



effect of electron acceptor, 18-20 



effect of Mg++, 48 



effect of osmolarity, 46-47 



effect of temperature, 46 



evidence for site of inhibition, 20-21 



inhibition constants, 25, 33-34 



nature of binding, 40-45 



variation between species and tissues, 



49-50 

 succinate oxidation in cellular prepa- 

 rations, 50-58 



tissue levels in vivo, 100-102 

 toxicity, 217-221 

 tricarboxylate cycle, 69-88 



effect of alternate pathways, 71-72 



effect of oxalacetate supply, 69-71 



effect of succinate accumulation, 70- 



71 



variation with time, 70 

 uptake by leaves, 107 

 urea formation, 157-158 

 urinary acetone, 138 

 urinary citrate, 99, 104-110 

 urinary excretion of, 101 

 urinary flow, 206 



urinary a-ketoglutarate, 99, 110-111 

 urinary pH, 206 

 urinary succinate, 98-99, 101 

 virus proliferation, 192-194 

 yeast growth, 195 

 Malonate decarboxylase, 229 

 Malonate semialdehyde, occurrence of, 



225 

 Malondialdehyde, 

 structure of, 41 



succinate dehydrogenase, 40-41 

 Malondiamide, 

 structure of, 41 

 succinate dehydrogenase, 41 

 Malonic diethyl ester, 



acetate oxidation, 236-237 

 glucose oxidation, 236-237 

 mycobacterial infections, 224 



succinate dehydrogenase, 236 

 Malonic esters, ionization of, 



constants, 1 1 



rates, 11 

 Malonic ethyl esters. 



Bacillus cereus sporulation, 236 



carcinostasis, 236 



effects on metabolism, 236-237 



hydrolysis of, 236 



ionization constants, 236 



keto-enol tautomerism, 4 



mycobacterial infections, 236 



permeability to, 11 



prolongation of hexobarbital action, 



236 

 Malonyl-CoA-COj exchange enzyme, mer- 

 curials, 847 

 Malonyl semialdehyde pantetheine, reac- 

 tion with jj-mercuribenzoate, 751 

 Maltase, see also Amylomaltase and Iso- 



amylase 



o-iodosobenzoate, 710 



mercurials, 860 



methylglucoside anomers, 271 



synthesis of, 



p-fluoro phenylalanine, 351 

 tryptazan, 326 

 Maltose, 



a-amylase, 420 



/3-amylase, 421 



a-dextran-l,6-glucosdase, 417 



)S-galactosidase, 418 



^-glucosidase, 417, 423 



a-mannosidase, 422 

 Maltose 4-glucosyltransferase, see Amy- 

 lomaltase 

 Malus malus, 



citrate oxidation, malonate, 79 



succinate oxidation, malonate, 53 

 Malus sylvestris, see also Apple 



oxidative phosphorylation, malonate, 



120 

 Mammary carcinoma, growth of, 



deoxypyridoxol, 576-577 



malonate and derivatives, 202 

 Mammary gland, 



citrate utilization, ^rans-aconitate, 273 



fatty acid biosynthesis, 



