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Contents |
5 |
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Foreword |
9 |
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Introduction |
11 |
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1.1 Catalysis and Biocatalysis |
11 |
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1.2 Enzymes as Catalysts. Structure–Functionality Relationships |
14 |
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1.3 The Concept and Determination of Enzyme Activity |
18 |
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1.4 Enzyme Classes. Properties and Technological Signi.cance |
26 |
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1.5 Applications of Enzymes. Enzyme as Process Catalysts |
29 |
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1.6 Enzyme Processes: the Evolution from Degradation to Synthesis. Biocatalysis in Aqueous and Non- conventional Media |
41 |
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Nomenclature |
49 |
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References |
49 |
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Enzyme Production |
67 |
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2.1 Enzyme Sources |
67 |
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2.2 Production of Enzymes |
70 |
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Nomenclature |
98 |
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References |
99 |
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Homogeneous Enzyme Kinetics |
117 |
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3.1 General Aspects |
117 |
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3.2 Hypothesis of Enzyme Kinetics. Determination of Kinetic Parameters |
118 |
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3.3 Kinetics of Enzyme Inhibition |
126 |
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3.4 Reactions with More than One Substrate |
134 |
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3.5 Environmental Variables in Enzyme Kinetics |
143 |
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Nomenclature |
159 |
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References |
161 |
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Heterogeneous Enzyme Kinetics |
164 |
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4.1 Enzyme Immobilization |
164 |
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4.2 Heterogeneous Kinetics: Apparent, Inherent and Intrinsic Kinetics |
178 |
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4.3 Partition Effects |
180 |
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4.4 Diffusional Restrictions |
181 |
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Nomenclature |
204 |
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References |
206 |
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Enzyme Reactors |
213 |
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5.1 Types of Reactors, Modes of Operation |
213 |
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5.2 Basic Design of Enzyme Reactors |
215 |
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5.3 Effect of Diffusional Restrictions on Enzyme Reactor Design and Performance in Heterogeneous Systems. Determination of Effectiveness Factors. Batch Reactor |
231 |
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5.4 Effect of Thermal Inactivation on Enzyme Reactor Design and Performance |
232 |
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Nomenclature |
254 |
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References |
256 |
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Study Cases of Enzymatic Processes |
260 |
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6.1 Proteases as Catalysts for Peptide Synthesis |
260 |
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References |
275 |
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6.2 Synthesis of |
280 |
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Lactam |
280 |
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Antibiotics with Penicillin Acylases |
280 |
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References |
292 |
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6.3 Chimioselective Esteri.cation of Wood Sterols with Lipases |
299 |
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References |
322 |
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6.4 Oxidoreductases as Powerful Biocatalysts for Green Chemistry |
330 |
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References |
339 |
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6.5 Use of Aldolases for Asymmetric Synthesis |
340 |
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References |
359 |
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6.6 Application of Enzymatic Reactors for the Degradation of Highly and Poorly Soluble Recalcitrant Compounds |
362 |
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References |
382 |
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Index |
386 |
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