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Table of Contents:
Foreword
Molecular Modelling in Drug Metabolism: The Cytochromes P450 1
Recombinant DNA Methods in Drug Metabolism and Toxicology 13
Oxidation at Carbon via Cytochrome P450 CYP1B1 24
Catalytic Mechanism of FMO-Catalysed N- and S-Oxidations 30
Oxidation of Carbon via Molybdenum Hydroxylases 39
The Role of Amine Oxidases in Xenobiotic Metabolism 53
Oxidation and Reduction of Nitrogen via CYP450: Importance of the Reduction of Genotoxic N-Hydroxylated Functional Groups 59
Reductive Metabolism: its Application in Prodrug Activation 72
Glucuronidation: Towards the Next Millennium 80
Sulfotransferases and the Biology of Sulfation 89
Glutathione Conjugation 101
Clinical Aspects of Polymorphic Drug Metabolism 109
Towards the Next Millennium: Pharmacogenetics 119
Metabolism and Genotoxicity of Food-Derived Heterocyclic Amines 127
High Throughput Drug Metabolism 137
The Use of Kinetic and Metabolic Predictions in Drug Development 144
Mass Spectrometry in Drug Metabolism 159
Accelerator Mass Spectrometry - A New Tool for Drug Metabolism Studies 175
Overcoming Sample Loading Limitations of On-Line Capillary Electrophoresis-Mass Spectrometry in the Analysis of Drug Metabolites and Xenobiotic Toxins 188
Enantiospecific Bioanalysis: Techniques and Applications 196
Author Index 213
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