SUBJECT INDEX 



1161 



amino acids, 672 

 NADH, 673 



protein SH groups, 670-672 

 SH groups, 670-671 



oxidation-reduction potential, 670-671 



pentose-P pathway, 677 



phospholipid biosynthesis, 678 



porphyrin biosynthesis, 678 



purification of, 671 



respiration, 678 



sea urchin egg development, 678 



yeast growth, 678 

 Ferrocyanide, 



isocitrate dehydrogenase, 677-678 



tricarboxylate cycle, 677-678 

 Fertilization, 



o-iodosobenzoate, 726-727 



malonate, 198 



mercurials, 963-964 

 Ferulate, peroxidase, 599 

 Fibroblasts, growth of, 



mercurials, 968-969 

 Fibrosarcoma, growth of, 



deoxypyridoxol, 576 

 Ficin, mercurials, 



dimeric complex with Hg++, 770 



relation to SH groups, 804 

 Flagellar motility, 



o-iodosobenzoate, 727 



malonate, 203 

 Flavin adenine dinucleotide, see FAD 

 Flavin mononucleotide, see FIVIN 

 Flavins, 



analogs of, see Riboflavin, analogs of 



tissue levels, galactoflavin, 539-540 

 Flavobacterium, 



protocatechuate transport, p-aminosa- 



Ucylate, 267 



renal transport of PAH, p-aminosalicy- 



late, 613 

 Flavokinase (riboflavin kinase), 



analogs, 539 



mercurials, 854 



permanganate, 660 

 Flavotin, 



structure of, 537 



succinate oxidase, 543 

 Flexner-Jobling tumor, 



malonate levels in vivo, 100-102 



succinate accumulation, malonate, 100- 



103 

 Fluoride, 



/?-ketoadipate chlorinase, 453 



phosphorylase, 406 



renal transport of PAH, 205 



tjTosinase, 300 

 Fluoride dimer, phosphatase (acid), 441- 



442 

 Fluorine, use in forming analogs, 258-259 

 Fluoroacetate, 



lethal doses, 239 



porphyrin biosynthesis, 162 



renal transport of PAH, 205 



sequential inhibition with malonate, 



112 

 Fluoroacetyl-L-tyrosinate, chymotrypsin, 



371 

 Fluoroamino acids, amino acid and 



protein metabolism, 351 

 Fluorobenzoates, D -amino acid oxidase, 



341 

 5-Fluorocytidine, aspartate carbamyl- 



transferase, 467 

 5-Fluorodeoxycytidine, aspartate carba- 



myltransferase, 469 

 5-Fluorodeoxyuridine, thymidylate syn- 

 thetase, 476 

 5-Fluorodeoxyuridinemonophosphate 



(FdUMP), thymidylate synthetase, 47( , 



479 

 /3-Fluoro-DL-malate, 



fumarase, 279 



malate dehydrogenase, 279 

 Fluoromalonate, 



citrate accumulation, 239 



decarboxylation of, 239 



lethal doses, 239 



succinate dehydrogenase, 239 

 Fluoromalonic diethyl ester, lethal doses, 



239 

 5-Fluoroorotate, 



aspartate carbamyltransferase, 468 



conversion to 5-fluoro-UMP, 478 



dhydroorotase, 470 



UTP biosynthesis, 478-479 

 Fluorooxalacetate, 



