Self-regulation substantiation

Returning now to the issue of reactor temperature control, we can generally state that reactors with either substantially reversible or endothermic reactions seldom present temperature control problems. Endothermic reactions require that heat be supplied to generate products. Hence, they do not undergo the dangerous phenomenon of runaway because they are self-regulating, that is, an increase in temperature increases the reaction rate, which removes more heat and tends to decrease the temperature. 

NADH to ferricyanide, which proceeds effectively in aeorbic conditions, stops completely in anaerobic conditions. It could be supposed that in anaerobic conditions no peroxides necessary for electron transport are formed. Thus, it could be assumed that one of FMN s functions is that it maintains in mitochondrial membrane a certain optimal concentration of peroxide radicals, which are needed as catalysts of the electron transport reaction during respiration. It was shown that the formation of peroxides with the participation of FMN disappears in acid media. On the other hand, when peroxides are formed the layer adjacent to the membrane becomes enriched in protons. Hence, it follows that the peroxide formation process might possibly be a self-regulating one, the rate of which cannot rise endlessly. This circumstance once more substantiates the supposition that this process might play a very important functional role in membrane redox reactions. 

By introduction of reaction-difiusion mechanism, self-organization, and self-regulation perceptions in the oscillating reactions, its applications have grown substantially in recent years. The reaction-difiusion mechanism is found to be veiy usual in diverse kinds of natural phenomenon that employed to assemble and fabricate the stmctures on the length scales. On the other hand, self-organization is treated as a fantastic phenomenon by which a spontaneous dissipative pattern could be possible by input of energy and matter in non-equilibrium conditions. 

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