SUBJECT INDEX 



66i 



Glucose, influence on succinate-linked 

 reduction of acetoacetate, 157-161 



Cjlucose oxidase, effect on ascorbate- 

 induced lysis, 60-61 



Glucose 6-phosphatase, in E. coli, 588-591, 



597 

 Glucose 6-phosphate, \itamin Ks-stimu- 



lated oxidation of, 170-172 

 Glutamate, effect on forms of DPN in 

 heart sarcosomes, 222-223 

 oxidation of, comparison with isocitratc 

 oxidation, 74-76 

 effect of 2:3-diniercaptopropanol on 



inhibition of, 75-76 

 stimulation by ADP, 72 



effect of /^-chlorovinyiarsenious 

 oxide on, 75 

 Cjlutathione, swelling effect on isolated 



mitochondria, 53-56 

 Cjulonolactone, effect on ascorbate-induced 

 lysis, 65 



H 

 Haem protein, in bacterial chromatophores, 

 content and function of, in relation to 

 structure and photochemical processes, 



277-2Qi 



2 -n-Heptyl-4-hydrosyquinoline-N -oxide, 

 effect on photophosphorylation in 

 R. rubriim chromatophores, 436-440 



Hexokinase, 



yeast, effect of desaminothyroxine on, 18 

 influence in succinate-linked reduction 

 of acetoacetate, 1 57-161 



Hill reaction, carbon dioxide requirement 

 of, 421-427 

 mechanism of, relation to photophos- 

 phorylation, 411-428 



Hydra, sexual differentiation, effect of 

 carbon dioxide tension on, 512-513 



Hydrogen, photoproduction hy Chromatiuni 

 cells, 374-378 



Hydrogen peroxide, effect on ascorbate- 

 induced lysis, 59-61 



Hydroquinone, effect on ascorbate-induced 

 lysis, 59 



/3-Hydroxybutyrate, effect on absorbancy of 

 mitochondria suspensions, 54 



/)-Hydroxymercuribenzoate, effect on ab- 

 sorbancy of mitochondria suspensions, 

 61-62 

 effect on ascorbate-induced lysis, 62-63 



8-Hydroxyquinoline, effect on ascorbate- 

 induced lysis, 57-58 



I 



Insulin, structure, 510-51 1 

 Internodal cells, of Nitella, 634-636 

 lodoacetamide, effect on absorbancy of 



mitochondria suspensions, 61-62 

 Isoascorbate, effect on absorbancy of mito- 

 chondria suspensions, 63-64 



Isocitrate, oxidation of, 72-76 



comparison with glutamate oxidation, 



74-76 

 inhibition by /3-chlorovinylarsenious ox- 



inhibition by malonate, 74 

 stimulation by ADP, 72-73 

 stimulation by DNP, 73 

 stimulation by malate, 73-74 

 Isopentenyl pyrophosphate, conversion 

 into farnesyl pyrophosphate, 272, 274 

 conversion of acetate into, 271-272 



a-Ketoglutarate, 



ADP-stimulated oxidation of, effect of 



^-chlorovinylarsenious oxide on, 75 

 aminative reduction by succinate of, 



163-165 

 effect on ascorbate-induced lysis, 65 

 translocation through cell membrane, 



,594 

 a-Ketoglutarate dehydrogenase, activity in 

 ^licrococcus lysodelkticus, 592-594 



L 

 Lipoate, effect on absorbancy of mito- 

 chondrial suspensions, 61-62 

 Lycopene, con\ersion into spirilloxanthin, 

 274 

 conversion of C40 polyenes into, 

 273-274 



M 

 A'lagnesium chloride, effect on mitochon- 

 dria structure, 97-99 

 Magnesium ions, influence on succinate- 

 linked reduction of acetoacetate, 157- 

 158 

 Malate, 



oxidation, 81-82 



effect of fluoromalate on, 81 

 stimulation of isocitrate oxidation by, 



73-74 

 Malonate, effect on succinate oxidation, 79 

 inhibition of isocitrate oxidation by, 74 

 Membrane, 



acti\e transport, 574 



and membrane expansion-contraction 

 cycles, 633-637 

 permeability, comparative study, 621- 



630 

 specific transport, analysis of, 581-598 

 competition in, 575 

 "crypticity " of, 573 

 induction and repression of, 576-579 

 kinetics of, 574-575 

 mutational effects in, 575-576 

 structure, and transport function in 

 bacteria, 582-593 

 Menadione (see Vitamin K3) 

 Methaemoglobin reducing factor, as cata- 

 lyst for TPN reduction, 450 

 relation with photosvnthetic pyridine 

 nucleotide reductase, 449-452 



