SUBJECT INDEX 



951 



kinetics of, 400 



pH effects, 400 



reversibility of, 395, 400 

 ethanol oxidation, 401-402 

 fatty acid biosynthesis, 403-404 

 fatty acid oxidation, 403 

 formation from urate, 392-393 

 gluconeogenesis, 402 

 glucose metabolism, 402-403 

 glycolysis, 403 

 growth, 418 

 heart, 417 



hematopoietic depression, 418 

 hemolysis in vivo, 417-418 

 hydration of, 369 



hyperglycemia (initial), mechanisms 

 involved, 405-407 



hypoglycemia, mechanisms involved, 

 407-408 



ionization of, 368-370 

 islet cell changes, 380-381 

 islet cell tumors, 391 

 keto-enol tautomerism, 369-370 

 kidney damage, 417 

 metabolism of, 368, 393-395 

 muscle, 417 



nucleic acid metabolism, 404 

 occurrence of, 391-393 

 oxidation-reduction potentials, 370- 

 372 



permeability of tissues, 415 

 phagocytosis, 418 

 phospholipid oxidation, 403 

 protein biosynthesis, 405 

 pulmonary hypertension, 417 

 purification of, 372 

 reactions with amino acids, 375 

 reactions with coenzyme A, 377 

 reactions with GSH. 372, 376-377 

 reactions with o-phenylenediamine, 

 377-378 



reactions with proteins, 379 

 reactions with steroid, 378-379 

 reactions with thiols, 376-377 

 respiration, 401-402 

 respiratory quotient, 401 

 stabihty of, 368, 372-375 

 structure of, 369-370 



thiol levels in tissues, 386-388 



toxicity, 417-418 



tricarboxylate cycle, 401 



UMP kinase, 404 



urate excretion, 383 



viruses, 418 

 Alloxanate, 



diabetogenic action, 385 



formation from alloxan, 372-374 



structure of, 373 

 Alloxantin, 



diabetogenic action, 385 



formation from alloxan, 371 



structure of, 371 

 Alternaria oleracea, growth of, 



quinones, 562 

 Alternaria solani, growth of, 



quinones, 562 

 Amebiasis, 



acetarsone, 596 



4,7-phenanthroline-5,6-quinone, 575 



4/Amidase, see Acylamide amidohydrolase 



Amine oxidase, see Monoamine oxidase 



Aminoacetone synthetase, iodoacetamide, 



53 

 Amino acid activating enzyme, see Amino 



acidrsRNA ligase (AMP) 

 Amino acid (neutral) decarboxylase, see 



also specific decarboxylases, 



iodoacetate, 149 

 D-Amino acid oxidase, 



alloxan, 396 



arsenicals, 624, 647 



iodoacetamide, 149 



iodoacetate, 149 



iodoacetate methyl ester, 278 



maleate, 296 



quinones, 446, 465, 467 

 L-Amino acid oxidase, 



arsenite, 625 



iodoacetate, 149 



quinones, 477 

 Amino acids, 



accumulation of, arsenicals, 672 



accumulation in tumors, iodoacetate. 



263 



active transport of, iodoacetate, 178 



biosynthesis of, maleate, 307-308 



