1188 



SUBJECT INDEX 



)S-fluoromalate, 279 



a-hydroxysulfonate, 438 



iodine, 686 



D-malate, 268 



malonate, 62 



mercurials, 845-846 



relation to SH groups, 802-804, 807 



808 



type of inhibition, 772 



nicotinamide, 503 



nucleotides, 509, 513 



porphyrexide, 668 



quinacrine, 552 



tartronate, 237 

 Malate dehydrogenase (decarboxylating) 



(malic enzyme), 



analogs, 596-597 



o-iodosobenzoate, 704-710 



malonate, 63, 65 



mercurials, 846 



protection by Mn++, 779, 783 

 protection by substrates, 779, 783 



tartronate, 238 

 L-Malate hydro-lyase, see Fumarase 

 Malate synthetase, see Glyoxylate trans- 

 ace tase 

 Malate:vitamin K oxidoreductase, 



mercurials, 846 



quinacrine, 552 

 Maleate, 



alanine; a-ketoglutarate transaminase, 



334 



D-amino acid oxidase, 343 



aspartate : a - ketoglutarate transami- 

 nase, 334 



chelation with cations, 12 



fumarase, 275-277 



glutamate decarboxylase, 328 



intercharge distance, 6 



ionic length, 188 



ionic volume, 188 



ionization constants, 8 



permeability of erythrocytes to, 188 



phosphatase (acid), 442 



succinate dehydrogenase, 34-36 



tyrosinase, 301 



urinary citrate, 109 



urinary a-ketoglutarate, 110 



Maleate dehydrogenase, malonate, 63 



Malignant carcinoid syndrome, deoxypy- 

 ridoxol, 574 



Malonamide, 

 lethal dose, 201 

 tumoristasis, 201 



Malonate, 



acetate oxidation, 77-78, 232 

 acetoacetate metabolism, 138-144, 149, 

 234 



acetylaspartate formation, 154 

 acetylcholine synthesis, 165-166 

 cis-aconitate oxidation, 79 

 adaptive enzyme synthesis, 155 

 amino acid accumulation by, 103 

 amino acid metabolism, 151-154 

 y-aminobutyrate oxidation, 154 

 aspartate : a - ketoglutarate transami- 

 nase, 334 



ATP level in liver homogenate, 157-158 

 bacterial growth, 195 

 bacterial infections, 221-224 

 biosynthesis of, 2, 226-227 

 blood coagulation 219 

 blood glucose, 164, 219 

 blood lactate, 219 

 blood pressure, 213 

 blood pyruvate, 219 

 bond characteristics, 4 

 Br~ uptake by barley roots, 116-117 

 carcinostasis, 200-202 

 cell division, 117, 197-200 

 cellulose biosynthesis, 132 

 chelation of cations, 11-14, 66-69 



cardiac effects of, 214-216 

 chemotaxis of leucocytes, 203 

 cholesterol metabolism, 149-150 

 chondroitin sulfate synthesis, 166 

 ciliary activity, 203 

 citrate accumulation by, 104-110 

 citrate levels in tissues, 223 

 citrate oxidation, 78-79, 86-87 

 coliphage, 194 

 coronary flow, 213 

 decarboxylation (nonenzymic) of, 3 

 decarboxylation in tissues, 232-234 

 determination of, 13 

 diuretic action, 221 



