Studies on energy-linked reactions. Energy-linked reduction of oxidized XXXX by @entity4588 in @entity526 .

@entity2125 @entity1025 @entity4588 @entity526 @entity18689 @entity49492 @entity3212 @entity4626 @entity855
1. A method for the preparation of small particles from @entity526 is described. 2. These particles catalyse the @entity855 -driven reduction of @entity2125 by @entity4588 . 3. @entity855 utilized/ @entity2125 produced ratios below 2.0 were measured and a stoicheiometry of 1 molecule of @entity855 utilized per molecule of @entity2125 produced is proposed. 4. The reaction is not inhibited by @entity3212 or by @entity4626 but is inhibited by other uncouplers such as @entity49492 and @entity18689 . 5. The specificity of the energy source, the specificity of the electron acceptor, the effects of pH, @entity1025 , P(i) and temperature have been studied.
