1178 



SUBJECT INDEX 



amino acid transport, 



competition between amino acids, 



264-265 



deoxypyridoxol, 574 

 biotin transport, analogs, 267 

 carbohydrate transport, competition 

 between sugars, 264 

 Ca++ transport, 



malonate, 208 



mercurials, 909, 913-914 

 CI" transport, mercurials, 910 

 contracture, o-iodosobenzoate, 724 

 2-deoxyglucose transport, 387 

 electrical potential across, mercurials, 

 916-917 

 galactose transport, 



analogs, 263 



6-deoxyglucose, 403 



mannose, 263 

 glucose transport, 



6-deoxyglucose, 264 



deoxypyridoxol, 574 



mercurials, 916 

 glycine transport, analogs, 265 

 I~ transport, mercurials, 910 

 mercurial levels in, 930, 959 

 methionine transport, deoxypyridoxol, 

 574-575 

 motility of, 



dehydroacetate, 624-625 



hydrogen peroxide, 696 



o-iodosobenzoate, 724 



malonate, 212 



mercurials, 948-949 

 Na+ transport, mercurials, 916, 985 

 short-circuit current, 2-deoxyglucose, 

 387 



triiodothyroacetate transport, mercu- 

 rials, 911, 913-914 

 uracil transport, mercurials, 911 

 water transport, mercurials, 916, 985 

 Invertase, see /S-Fructofuranosidase 

 lodate, 



oxidation of nitrite, 450 

 oxidation of SH groups by, 656 

 Iodide, 



active transports of, malonate, 209 

 intestinal transport of, mercurials, 910 



^-ketoadipate chlorinase, 453 



tyrosinase, 300 



uptake by ciliary body, 

 malonate, 209 

 nitrite, 267 



uptake by Fucus, mercurials, 910, 912 



uptake by thyroid, 

 malonate, 209 

 mercurials, 910 

 Iodine, 



active transports, 690 



bacterial growth, 690 



chemical properties, 679-680 



enzyme inhibitions, 682-688 



glycolysis, 689 



mitochondrial swelling, 689 



NADH oxidation by, 689 



oxidation of protein SH groups, 680- 



681 



oxidative phosphorylation, 688-689 



reaction with SH groups, 680 



renal SH groups, 689 



skin electrical potential, 690 



solubility, 679 



sulfenyl iodide formation, 681 

 lodoacetamide, 



group attached to enzymes, 649 



urease, 643 

 lodoacetate, 



group attached to enzymes, 649 



heart, antagonism of malonate effect, 



216 



kidney, transport of PAH, 205 



toxicity, potentiation by hydrogen per- 

 oxide, 696 

 7H-Iodobenzoate, glutamate dehydroge- 

 nase, 330 

 o-Iodobenzoate, 



bacterial growth, 727 



formation from o-iodosobenzoate, 702 



toxicity, 725 

 lodobenzoates, D-amino acid oxidase, 341 

 w;-Iodosobenzoate, 702-703 

 o-Iodosobenzoate, 



ascorbate oxidation by, 703 



bacterial growth, 727-728 



catecholamine release, 725 



central nervous system, 724 



