病原体对机体的感染 机体对感染的预防和治疗 免疫技术在微生物学研究中的应用 生物制品及其应用

微生物的培养方法 微生物的同步生长及同步培养方法 微生物生长的测定方法 第六章 微生物的遗传与变异

General introduction 代谢概论 Energy metabolism of microbes 微生物能量代谢 Specific metabolism of microbes 微生物特有代谢 Regulation of metabolism 微生物代谢调节

原核微生物 真核微生物 病毒

微生物与微生物学 微生物的发现和微生物学的发展 微生物学的分科 21世纪微生物学发展展望

8.1 Mutations and Mutants 8.2 Genetic Recombination 8.3 Genetic Transformation 8.4 Transduction 8.5 Conjugation 8.6 Plasmids 8.7 Transposons and Insertion Sequences 8.8 Comparative Prokaryotic Genomics

7.1 Overview of Cell Growth 7.2 Population Growth 7.3 Measurement of Growth 7.4 Continuous Culture: The Chemostat 7.5 Effect of Environment on Growth 7.6 Growth Control 7.7 Viral Control 7.8 Fungal Control

6.1 Nutrient requirements 6.2 Nutritional types of microorganisms 6.3 Uptake of nutrients by the cell 6.3 Culture Media 6.4 An Overview of Metabolism 6.5 Fermentation: The Embden-Meyerhof Pathway 6.6 Respiration and Electron Transport 6.7 The Balance Sheet of Aerobic Respiration and Energy Storage 6.8 An Overview of Alternate Modes of Energy Generation 6.9 Biosynthesis of Monomers 6.10 Nitrogen fixation

5.1 General Properties of Viruses 5.2 General Features of Virus Reproduction 5.3 Overview of Bacterial Viruses 5.4 Temperate Bacteriophages: Lysogeny and Lambda 5.5 Overview of Animal Viruses 5.6 Pox Viruses 5.7 Adcnoviruses 5.8 Retroviruses 5.9 Viroids and Prions

4.1 Eukaryotic cell structure 4.2 Fungal growth and reproduction 4.3 Major group and properties of fungi 4.4 Yeasts 4.5 Slime molds 4.6 Protozoa 4.7 Algae