环境生物技术:原理与应用:principles and applications

Preface 1 Moving Toward Sustainability 1．1 Water Uses and Resources 1．2 Wastewater's Resources 1．3 Climate Change 1．4 Sustainability 1．5 The Role of Environmental Biotechnology 1．6 Organization of the Book 1．7 References 2 Basics of Microbiology 2．1 The Microbial Cell 2．2 Microbial Classification 2．3 Prokaryotes 2．3．1 Bacterial and Archaeal Cell Structure and Function 2．3．2 Phylogenic Lineages of Bacteria 2．3．3 Phylogenic Lineages of Archaea 2．4 Eukarya 2．4．1 Fungi 2．4．2 Algae 2．4．3 Protozoa 2．4．4 Other Multicellular Microorganisms 2．5 Viruses 2．6 Infectious Disease 2．7 References 3 Biochemistry， Metabolism， Genetics， and Information Flow 3．1 Biochemistry 3．1．1 Enzymes 3．1．2 Enzyme Reactivity 3．1．3 Regulating Enzyme Activity 3．2 Energy Capture 3．2．1 Electron and Energy Carriers 3．2．2 Energy and Electron Investments 3．3 Metabolism 3．3．1 Catabolism 3．3．2 Anabolism 3．3．3 Metabolism and Trophic Groups 3．4 Genetics and Information Flow 3．4．1 Deoxyribonucleic Acid （DNA） 3．4．2 The Chromosome 3．4．3 Plasmids 3．4．4 DNA Replication 3．4．5 Ribonucleic Acid (RNA） 3．4．6 Transcription 3．4．7 Messenger RNA (mRNA） 3．4．8 Transfer RNA (tRNA） 3．4．9 Translation and the Ribosomal RNA (rRNA） 3．4．10 Translation 3．4．11 Regulation 3．4．12 Phylogeny 3．4．13 The Basics of Phylogenetic Classification 3．5 References 3．6 Bibliography 3．7 Problems …… 4 Microbial Ecology 5 Stoichiometry and Energetics 6 Microbial Kinetics 7 Biofilm Kinetics 8 Microbial Products 9 Reactor Characteristics and Kinetics 10 Methanogenesis 11 Aerobic Suspended-Growth Processes 12 Aerobic Biofilm Processes 13 Nitrogen Transformation and Recovery 14 Phosphorus Removal and Recovery 15 Biological Treatment of Drinking Water A Free Energies of Formation for Various Chemical Species， 25℃ Index B1 Lagoons and Wetlands B2 Microbiological Detoxification B3 Microbial Electrochemical Cells B4 Photosynthetic Biofactories B5 Complex Systems