SUBJECT INDEX 



1005 



iodoacetate, 93 

 pyruvate oxidation, 



arsenite, 664, 755-756 



iodoacetate, 93 

 respiration (endogenous), arsenite, 679 

 Penicillium digitatum, growth of, 



maleate, 323 

 Penicillium notatum, growth of, 

 /S-methylnaphthalene, 570 

 quinones, 567 

 Pentose -phosphate pathway, 125, 128- 

 129 



arsenite, 677 



iodoacetate, 125-129, 131-132 

 menadiol-diP, 486 

 quinones, 486-487 

 Pepsin, 



arsenicals, 615, 636 

 maleate, 295, 298 

 Permanganate, 



carbonic anhydrase, 800 

 proteinase {Aspergillus), 811 

 Permeability, 



to arsenicals, 698-700 

 to iodoacetamide, 170 

 to iodoacetate, 168-171 

 to mannitol, alloxan, 415 

 to quinones, 581-582 

 Peroxidase, 

 arsenite, 636 

 iodoacetate, 52 

 quinones, 456, 463, 475-476 

 pH 



changes in cells, iodoacetate, 82-84, 



262 



effects of, 



alloxan on succinate dehydrogenase, 



400 



alloxan stability, 374 



arsenical inhibitions, 649-650, 775- 



778 



arsenical reactions with thiols, 608- 



609 



arsenite penetration, 699 



iV-ethylmaleimide inhibitions, 343 



iV-ethylmaleimide on myosin, 354 



iV-ethylmaleimide reaction with GSH, 



339 



iodoacetate enzyme inhibitions, 45-46 



iodoacetate on creatine kinase, 38 



iodoacetate on ribonuclease, 33-34 



iodoacetate on yeast growth, 269 



iodoacetate penetration, 168-171 



iodoacetate reactions with amino 



acids, 13-14 



iodoacetate reactions with thiols, 



12-13 



maleate uptake by tobacco, 310 



maleic hydrazide on phosphorylase, 



331 



maleic hydrazide on plant growth, 



329 



maleic hydrazide on root respiration, 



332 



quinone inhibitions, 582 



quinone polymer binding to proteins, 



445 

 Phage, inactivation of, 



quinones, 578 

 Phage {Corynebacterium), arsenite on pro- 

 liferation of, 756 

 Phage {E. coli), see Coliphage 

 Phage (staphylococcal), iodoacetate on 



proliferation of, 268-269 

 Phage (streptococcal), quinone inactiva- 

 tion of, 578 

 Phagocytosis, 

 alloxan, 418 



iodoacetate, 129-130, 240-242 

 9,10-Phenanthrahydroquinone, HgOa for- 

 mation, 535 

 9,10-Phenanthraquinone, 



ADP-ATP levels in ascites cells, 490 

 bacterial growth, 545 

 carcinogenicity of, 539 

 carcinostasis, 540 

 embryogenesis, 525 

 enzyme inhibitions, 451 

 fungal growth, 564, 567, 569 

 glycolysis (aerobic), 484 

 glycolytic intermediates in cells, 485 

 mitosis, 522-523, 538 

 oxidation-reduction potential, 430 

 respiration, 490 

 4,7-Phenanthroline-5,6-quinone, amebia- 

 sis, 575 



