90 



INDEX 



Carbohydrate oxidative pathways, 



evaluation of, 30, 43, 44, 58, 59 



Carbon atoms, of glucose, fate 



when oxidized, 36, 37 

 Cell, diagram of generalized, 66 



fractions, oxidative behavior, 68 

 Citric acid cycle, in acetic acid bac- 

 teria, 20 

 in A. suboxydans, absence of, 20 

 energy-generating mechanism of 



cell, 73 

 in mitochondria, 68, 69 

 oxidation of amino acids by, 72 

 oxidation of fatty acids by, 70, 



71 

 oxidation of intermediates of, 69 



Dihydroxyacetone phosphate, oxi- 

 dation by A. suboxydans, 12 



Dinitrophenol, effect on A. sub- 

 oxydans oxidations, 4 



Entner-Doudoroff pathway of glu- 

 cose oxidation, 33 

 fate of individual glucose C 

 atoms in, 37 



Equations describing oxidation of 

 labeled glucose, 43, 44, 58, 59, 

 61 



Fatty acid oxidation, in mitochon- 

 dria, 70, 71 



Flow sheet of oxidative reactions 

 in A. suboxydans, 15 



Fructose-6-phosphate, oxidized by 

 pentose cycle, 32, 33 



Gluconate, oxidation by B. sub- 

 tilis, 53, 56, 57 



Glucose, isotopic, breakdown by 

 different pathways, 31 

 oxidation, by A. suboxydans, 7, 



12, 45, 49 J 



by B. subtilis, 50, 56 \ 



by bakers' yeast, 46 

 by Zymomonas ynobilis, 48 

 Gl ucose-6-phosphate, dehydrogen- 

 ase, properties, 9 

 oxidation in A. suboxydans, 8 

 Glycerol, oxidation by A. suboxy- 

 dans, 3 



Isocitrase reaction, 24 



Krebs cycle, see Citric acid cycle 



Labeled glucose, breakdown by 



different pathways, 31 

 Labeling, isotopic, fermentation 



products from glucose, 35 



Microsomes, in cells, diagram, 66, 

 67 



oxidative behavior, 68 

 Mitochondria, in cells, diagram, 

 66, 67 



oxidation of citric acid cycle in- 

 termediates, 68, 69 



oxidation of glucose-6-phos- 

 phate, 77 



oxidation of ribose-5-phosphate, 

 77 



Oxidations, by acetic acid bac- 

 teria, 1 



Pantothenic acid conjugates, activ- 

 ity for A. suboxydans, 2 



