SUBJECT INDEX 



iodoacetate, 176 

 Murexide, 



diabetogenic action, 385 

 formation from alloxan and amino 

 acids, 375 

 Muscle, see, also Diaphragm, 



acetylcholine response, quinones, 499- 



500 



alloxan levels in, 394 



ammonia formation, iodoacetate, 147, 



209 



arsenical levels in, 780, 784 



arsenite binding in cells, 784 



ATP levels in, haloacetates, 100, 103, 



204-205 



bromoacetate levels in vivo, 246 



Ca++ fluxes, iodoacetamide, 208 



citrate oxidation, arsenite, 667 



contractility, iodoacetate, 195, 197-199 



contracture, see Contracture, muscle 



creatine-P levels in, haloacetates, 4, 99- 



100, 103 



excitability, 



arsenite, 708 



comparison of haloacetates, 276 



iodoacetamide, 271 



menadione, 500 

 glycerinated preparations, maleate, 315 

 glycogen levels in, 



arsenite, 729, 731 



bromoacetate, 248 

 glycolysis (anaerobic), 



alloxan, 403 



iodoacetate, 65 



1 ,2-naphthoquinone-4-sulfonate, 483 

 glycolytic intermediates in, bromoace- 

 tate, 4, 100 



GSH levels in vivo, alloxan, 387 

 heat production, iodoacetate, 203-204 

 iodoacetate levels in vivo, 245 

 keto acid accumulation, arsenite, 671 

 lactate formation in vivo, haloacetates, 

 3-4 



lactate levels in vivo, arsenite, 708 

 lactate oxidation, iodoacetate, 6, 89 

 latent period, iodoacetate, 198-199 

 Lundsgaard effect, iodoacetate, 123 

 maleate metabolism in, 312 



membrane potentials, 



iodoacetate, 206-208 



menadione, 500 

 Na+-K+ transport, iodoacetate, 175, 

 182, 185-187 



permeability to ions, iodoacetate, 182 

 pH of, haloacetates, 2, 83 

 pyruvate oxidation, iodoacetate, 89 

 respiration, 



bromoacetate ethyl ester, 280 



iodoacetamide, 170 



iodoacetate, 170 



iodoacetate ethyl ester, 279 



maleate, 285 

 respiration (endogenous), 



iodoacetate, 116 



maleate, 302, 304-305 

 respiration (glucose), 



arsenite, 687 



comparison of haloacetates, 276 

 respiratory quotient, 



iodoacetate, 135 



maleate, 304-305 

 succinate oxidation, arsenite, 598 

 treppe phenomenon, iodoacetate, 197 

 triose-P accumulation, iodoacetate, 6, 

 74-75 

 Mustard roots, 

 glycine transport, 



arsenite, 704 



iodoacetate, 178, 185-186 

 respiration (endogenous), iodoacetate, 

 114 

 Mycobacteria, 



infections by, 2-hydroxy-3-chloro-l,4- 

 naphthoquinone, 559 

 pyruvate accumulation, arsenite, 669 

 respiration, alloxan, 402 

 Mycobacterium lacticola, adaptive enzyme 

 biosynthesis, 

 iodoacetate, 253 

 Mycobacterium phlei, 



acetate oxidation, arsenite, 665 

 growth of, quinones, 544-545, 557 

 lactate oxidation, arsenite, 665 

 pyruvate accumulation, arsenite, 669 

 pyruvate oxidation, arsenite, 664 

 respiration, arsenite, 678 



