SUBJECT INDEX 



1021 



Thiogalactoside transacetylase, arsenite, 



650 

 Thioglycolate, 



antagonism of alloxan, 388 



reaction with qiiinones, 437-439 

 Thiolacetate, 



reaction with arsenite, 608 



reaction with nialeate, 293 



reaction with maleic hydrazide, 327 

 Thiols, tissue levels of, 



alloxan, 386-388 



maleate, 319-320 

 Thiol transacylase, 



arsenite, 620, 643 



A'^-ethylmaleimide, 353 

 Thioquinones, 436-440 

 Thiosnlfate transulfurase (rhodanese), 



alloxan, 399 



iodine, 814 



SH reagent comparison, 814 

 Thiouracil, antagonism of alloxan, 389 

 Three-group metaphases, quinones, 536 

 Threonine aldolase, iodoacetate, 152 

 Threonine deaminase, iV-ethylmaleimide, 



353 

 Threonine dehydrase, iodoacetate, 152 

 Threonine dehydrogenase, 



xV-ethylmaleimide, 353 



iodoacetamide, 152 

 Thymocytes, 



glycolysis (aerobic), iodoacetamide, 107 



glycolysis (anaerobic), arsenite, 675 



phosphate transport, iodoacetate, 177 



respiration, arsenite, 686 



transport of K+, arsenite, 702 

 Thymoquinone, 



bacterial growth, 546, 552 



blood pressure, 514 



carcinogenicity of, 539 



fungal growth, 563 



lethal doses, 509 



oxidation-reduction potential, 430 



Pasteur effect, 490 



respiration, 488 



structure of, 424 

 Thymus nucleic acid biosynthesis, 



iodoacetate, 253 

 Thymus nuclei. 



ATP levels in, iodoacetate, 102 

 C-l/C-6 ratio, iodoacetate, 130 

 phosphate uptake, iodoacetate, 98 

 respiration (glucose), iodoacetate, 121 



Thyroid, 



glycolysis (aerobic), iodoacetate, 106 

 hyperplasia, quinones, 507 

 I incorporation into proteins, qui- 

 nones, 494 



iodoacetate levels in vivo, 245 

 I" uptake, 

 arsenite, 703 

 iodoacetate, 177, 186 

 quinones, 494 

 pyruvate oxidation, menadiol-diP, 491 



Thyroxine, 



biosynthesis of, quinones, 494 

 deiodination of, arsenite, 697 



Thyroxine deiodinase, hydro(iuinone, 460 



Tiger lily roots, c-mitosis in, 

 hydroquinone, 538 



Titration of enzyme SH groups, A^- 

 ethylmaleimide, 345 



Titration of protein SH groups, iodoace- 

 tate, 14-16 



Toadfish (Opsanus tau), alloxan on per- 

 meability of islet cells to niannitol, 415 



Tobacco, 



chlorophyll content, maleic hydrazide, 



333 



cycle intermediates in, maleate, 309- 



310 



maleate metabolism in, 308-309, 312, 



314 



maleate uptake, 309 



organic acid metabolism, maleate, 308- 



310 



pentose-P pathway, iodoacetate, 132 



photosynthesis, 



iodoacetamide, 159, 273 

 iodoacetate, 273 

 maleic hydrazide, 333-334 

 protein biosynthesis, arsenite, 694 

 protein loss from, maleate, 309-310 

 respiration (endogenous), maleic hy- 

 drazide, 332-333 

 starch loss from, maleate, 309 

 water balance, maleate, 309-310 



