Coherent Synchronized Oxidation Reactions by Hydrogen Peroxide

Describes the relations between reactions in chemical and biochemical systems with special emphasis to high selective oxidation reactions by hydrogen peroxide.

Outlines possible ways for the application of these reactions in an industrial scale.

• Looking at new approaches to the synthesis and research of catalytic organic reactions by hydrogen peroxide
• Discussing the important developments in the area of biomimetic catalysis
• Covering biomimetic sensors, the new generation of analytical devices and their applications

For scientists, technicians, and students specialising in organic, physical and applied chemistry, biochemistry and environmental research

Chapter 1. Historical Aspect of the Concept of Chemical Conjugation

Chapter 2. The Theory of Interaction between Synchronous Reactions: Chemical Interference Logics

Chapter 3. Conjugated Chemical Reaction Morphology and Membrane Catalysis in Mitochondrial Proton Transfer

Chapter 4. Conjugated Reactions of Oxidation with Hydrogen Peroxide in the Gas Phase

Chapter 5. Kinetics and the Mechanism of Synchronous (Interfering) Reactions of Hydrogen Peroxide Dissociation and Oxidation of Substrates in the Gas Phase

Chapter 6. The Phenomena of Interference in Chemical and Biochemical Redox Reactions with Hydrogen Peroxide

Chapter 7. New Approaches to Simulation of Enzymatic Reactions: Mimetic Catalysis

Chapter 8. Enzymatic Biosensors and their Biomimetic Analogues – Advanced Analytical Appliances

Chapter 9. General Issues of Selectivity and Flexibility of Chemical Systems