66o 



SUBJECT INDEX 



2:4-Dinitrophenol (DNP), effect on forms 



of DPN in rat liver mitochondria, 



218-221 

 effect on mitochondrial swelling, 43, 



47-48, 56. 

 effect on oxidative phosphorylation, 3-4, 



7-13, 24-25, 246-247 

 effect on P'-ATP exchange, 15, 33-34 

 effect on photophosphorylation, by 



Chromatium particles, 349-350 

 effect on soluble ATP-ADP exchange 



enzyme, 35-37 

 effect on succinate-linked reduction of 



acetoacetate, 156-157 

 effect on succinate oxidation, 76-78, 80, 



reduction of, by chloroplasts, 443-446 

 stimulation of isocitrate oxidation by, 



.73 

 Diphosphopyridine nucleotide (DPN), 

 energy-linked reduction of, general 



features, 11 9-1 24 

 "extra", in rat liver mitochondria, 214- 

 222 



in sarcosomes, 222-223 

 forms in mitochondria, effect of added 



substrate on, 216-223 

 succinate-linked DPN reduction, and 



activation of succinate oxidation, 150- 



165 

 pathway of, 125-128 

 Dithiodiglycol (DTDG), method for isola- 

 tion of mitotic apparatus, 483-485 

 DPNH, mitochondrial oxidation of, rela- 

 tion of DT diaphorase to, 148-150 

 DPNH-cytochrome c reductase, effect of 

 amytal on, 19-20 

 effect of antimycin A on, 19—20 

 effect of desaminothyroxine on, 20 

 DPNH-dehydrogenase, assay of, 105-108, 



115 



isolation of, 104 



linkage with respiratory chain, 104 



properties of, 110-117 



purification of, no 



solubilization of, 107-110 



soluble, effects of amytal on, 107-109 

 DPNH-diaphorase, comparison with DT 



diaphorase, 177 

 DPNH oxidase, 



preparation, use for DPNH dehydroge- 

 nase isolation, 104-109 



separation from DT diaphorase, 144- 

 146 



system, effect of amytal on, 18-20 

 effect of antimycin on, 18-20 

 effect of desaminothyroxine on, 19- 

 20 

 DT diaphorase, and the oxidation of extra- 

 mitochondrial reduced pyridine nu- 

 cleotides, 169-179 



effect of thyroxine and analogues on, 

 20-21 



properties and functional aspects of, 

 140-150 



E 



P^hrlich ascites tumour cells, C-factor in, 48 



Electron transport, and phosphorylation 



in photophosphorylation, 431-440 



functions of flavoenzymes in, 139-166 



Enzymes, 



and catalytic carriers, distribution in 

 Staphylococcus aureus, 585 

 substrate specificities of, 587-593 

 anisotropic systems, vectorial metabolism 

 in, 594-598 

 Epithelium, 



of digestive tract, potential difference 

 across, 622-623 

 effect of sodium and potassium on, 

 624-628 

 Erythrocytes, C-factor in, 48 

 Escherichia coli, cell wall of, 590-591 

 electron micrograph of section of, 312- 



313 

 extracts of, C-factor in, 48 

 fractionation of, 588 

 ^-galactosidase, activity of, 588 

 galactoside and amino acid uptake of, 



583-584 

 glucose 6-phosphatase activity of, 588- 

 591, 597 

 I'thylenediaminetetraacetate (EDTA), ef- 

 fect on ascorbate-induced Ivsis, 57-58, 

 60 



F 

 Farnesyl pyrophosphate, conversion of 

 isopentenyl pyrophosphate into, 272— 

 274 

 Ferricyanide, effect on cyclic photophos- 

 phorylation, 356-357 

 in assay of DPNH dehydrogenase, 105- 



109 

 photoreduction of, 418-419 



effect of carbon dioxide on, 423-425 

 effect of trichlorophenolindophenol 

 on, 423-425 

 Ferritin, binding to cell surface, 608-610 

 effect on pinocytotic vesicles, 611-615 

 properties of, 606-607 

 Flagella, structure and function of, 557- 



566 

 Fla\in mononucleotide (FMN), effect on 

 photophosphorylation, 345-346, 360- 

 366, 389-398 

 P'lavin nucleotides, effect of exogenous 



ATP on, 230-233 

 Flavoenzymes, functions in electron trans- 

 port and oxidative phosphorylation, 

 139-166 

 Fluoromalate, effect on integrated oxida- 

 tions in isolated mitochondria, 81-82 

 i)i.-/)-Huorophenylalanine (P-FPhe), in- 

 hibition of Tetraliymena cell division 

 by, 541-546 



G 

 ^-Galactosidase, of E. coli, 588 

 Gene, selective gene activation, and carbon 

 dioxide tension, 509-524 



