1008 



SUBJECT INDEX 



protection by NAD, 24 

 protection by substrate, 24 

 relation to GSH, 23 

 relation to SH groups, 24 



iodoacetate ethyl ester, 278 



iodoacetate methyl ester, 278 



reaction sequence of, 21-22 



SH reagent comparison, 811 



silver, 811 



site of quinone action in glycolytic 



inhibition, 481, 485 

 3-Phosphoglycerate, 



accumulation photosynthetically, iodo- 

 acetate, 158, 165-166 



conversion to pyruvate, arsenite, 674 

 3-Phosphoglycerate carboxylase, arsenite, 



637 

 3-Phosphoglycerate kinase, 



arsenicals, 637 



iV^-ethylmaleimide, 351 



iodoacetamide, 73 



iodoacetate, 73 

 3-Phosphoglycerate mutase, iodoacetate, 



73 

 Phosphohexokinase, 



alloxan, 398 



iodoacetate, 73 

 Phospholipase B, 



diphenylchlorarsine, 619, 637 



iodoacetate, 143 



SH reagent comparison, 811 

 Phospholipids, 



biosynthesis of, iodoacetate, 145-146 



metabohsm of, arsenicals, 692 



oxidation of, alloxan, 403 

 Phosphomannose isomerase, iodoacetate, 



73 

 Phosphomevalonate kinase, 



arsenite, 637 



iV^-ethylmaleimide, 351 



iodoacetamide, 143 



SH reagent comparison, 808 

 Phosphoprotein phosphatase, 



alloxan, 398 



iodoacetate, 56-57 



SH reagent comparison, 811 

 Phosphopyruvate carboxylase, see Phos- 



phoenolpyruvate carboxylase 



Phosphopyruvate hydratase, see Enolase 

 Phosphoribomutase, iodoacetate, 127 

 Phosphoribose isomerase, see Ribose- 



phosphate isomerase 

 Phosphoribosyl-ATP pyrophosphorylase, 



iV-ethylmaleimide, 351 

 Phosphoribosylpyrophosphate amido- 



transferase, 



iV-ethylmaleimide, 351 



iodoacetate, 151 

 Phosphoribulokinase, iV-ethylmaleimide, 



351 

 Phosphoroclastic reaction, arsenite, 663 

 Phosphorylase, 



alloxan, 398 



iV-ethylmaleimide, 351 



iodoacetate, 73 



lewisite, 637 



maleic hydrazide, 327, 329, 331 

 Phosphoserine phosphatase, iodoacetate, 



151 

 Phosphotransferases, see various kinases 

 Photophosphorylation , 



arsenite, 696 



iodoacetamide, 157 

 Photosynthesis, 



arsenicals, 696-697 



carbon cycle pathways, 164 



iodoacetamide, 156-166, 273 



iodoacetate, 156-166, 273 



quinones, 495-496 

 Phthiocol, 



bacterial growth, 544-552, 555 



bioluminescence, 497 



enzyme inhibitions, 453, 458-459 



fermentation in yeast, 482 



glucose metabolism, 486 



heart, 501 



hematopoietic depression, 516 



/9-hydroxybutyrate oxidation, 479 



inflammatory activity, 505 



intestine, 501 



lethal doses, 511 



lipid biosynthesis, 493 



mitosis, 528-531 



occurrence in mycobacteria, 585 



oxidation-reduction potential, 430 



oxidative phosphorylation, 479 



