SUBJECT INDEX 



Acetate, conversion into isopentenyl pyro- 

 phosphate, 271-272 

 photoassimilation of, 368-369 

 Acetoacetate, endergonic reduction ot, hy 



succinate in mitochondria, 155-165 

 Adenosine diphosphate (ADP), effect on 

 mitochondrial structure, 97-99 

 stimulation of glutamate oxidation by, 



72 

 stimulation of isocitrate oxidation by, 



72-73 

 Adenosine triphosphatase (ATPase), 



of liver mitochondria, effect of amytal 

 on, 12-13 

 effect of atebrin on, 1 1-16 

 effect of azide on, 11 14, 16 

 effect of chlorpromazine on, 11-15 

 effect of desaminothyroxine on, 8-15, 



16-17, 20 

 effect of sodium fluoride on, 16- 



17 

 effect of thyroxine on, 7-10 

 effect of triiodothyronine on, 8-9 

 properties of, 244-249 

 role in oxidative phosphorylation, 241- 

 249 

 Adenosine triphosphate (ATP), and the 

 mitotic apparatus, 490-492 

 effect on cytochromes and respiration, 



233-237 

 effect on mitochondrial contraction, 



43-45 , ^ ■ 



effect on pyridme and na\ m nucleo- 

 tides', 230-233 



effect on succinate-linked reduction ot 

 acetoacetate, 157-162 



effect on succinate oxidation and pyridine 

 nucleotide reduction, 1 51-154 



equivalence with light in acetate assimila- 

 tion, 368 



formation by spinach chloroplasts, 455- 



459 



generation in photosynthesis, 344-345 



role in reduction of a-ketoglutarate by 

 succinate, 163-164 

 Adenvlate kinase reaction, effect of de- 

 saminothyroxine on, 17 



effect of sodium fluoride on, 17 

 Albumin, serum, effect on flavoprotein, 

 233 



effect on redox state of mitochondrial 

 DPN, 232-233 



penetration through cell wall of E. coli, 



591 

 VOL. II. — 2 U 



Amoeba, movement of, structure and 

 function in, 549-555 



protein uptake in, 605-616 



re\ersible solation-gelation in, effect of 

 carbon dioxide tension on, 521—522 

 Amytal, effect on ascorbate-induced lysis, 

 56, 60 



effect on DPNH-cytochrome r reductase, 

 19-20 



effect on DPNH oxidase, 18-20 



effect on liver ATPase activity, 12-13 



effect on mitochondrial oxidation of 

 extramitochondrial TPNH, 170-172 



effect on mitochondrial vitamin K3- 

 induced respiration, 142-144 



effect on reduction of a-ketoglutarate by 

 succinate, 164 



effect on respiration of liver slices, 173— 

 176 



effect on soluble DPNH dehydrogenase, 

 107-109 



effect on succinate-linked DPN reduc- 

 tion, 125-126 



effect on succinate-linked reduction of 

 acetoacetate, 155-156 



effect on succinate oxidation, 77-78, 80, 

 196-198 



effect on \itamin Kj-stimulated oxida- 

 tion of glucose-6-phosphate, 170- 



'71 

 Anisotropy, and specific membrane trans- 

 port, 594-598 

 Antimycin A, effect on ascorbate-induced 

 lysis, 56, 59-60 

 effect on DPNH-cytochrome c reduc- 

 tase, 19-20 

 effect on DPNH oxidase, 18-20 

 effect on flavoprotein, 233 

 effect on mitochondrial oxidation of ex- 

 tramitochondrial TPNH, 170-172 

 effect on photophosphorylation, by 



Chromatiwn particles, 349-350 

 effect on redox state of mitochondrial 



DPN, 232-233 

 effect on succinate-linked reduction of 



acetoacetate, 1 61-163 

 effect on vitamin Kg-stimulated oxida- 

 tion of glucose 6-phosphate, 170- 

 171 

 Apyrase, potato, effect of desaminothy- 

 roxine on, 18 

 Arsenate, effect on succinate oxidation, 



76-78, 80, 151-153, 193-201 

 Arsenite, effect on absorbancy of mito- 

 chondria suspensions, 61-62 



