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Preface | |
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The bacteria: an introduction | |
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What are bacteria? | |
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Why study bacteria? | |
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Classifying and naming bacteria | |
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The bacterial cell | |
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Shapes, sizes and arrangements of bacterial cells | |
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The bacterial cell: a closer look | |
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Trichomes and coenocytic bacteria | |
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Growth and reproduction | |
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Conditions for growth | |
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Growth in a single cell | |
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Growth in bacterial populations | |
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Diauxic growth | |
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Measuring growth | |
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Differentiation | |
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The life-cycle of Caulobacter | |
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Swarming | |
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Resting cells | |
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Akinetes, heterocysts, hormogonia | |
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Metabolism I: energy | |
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Energy metabolism in chemotrophs | |
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Energy metabolism in phototrophs | |
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Other topics in energy metabolism | |
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Transport systems | |
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Metabolism II: carbon | |
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Carbon assimilation in autotrophs | |
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Carbon assimilation in heterotrophs | |
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Synthesis, interconversion and polymerization of carbon compounds | |
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Methylotrophy in bacteria | |
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Molecular biology I: genes and gene expression | |
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Chromosomes and plasmids | |
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Nucleic acids: structure | |
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DNA replication | |
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DNA modification and restriction | |
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RNA synthesis: transcription | |
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Proteins: synthesis and other aspects | |
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DNA monitoring and repair | |
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Regulation of gene expression | |
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RNA | |
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Molecular biology II: changing the message | |
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Mutation | |
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Recombination | |
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Transposition | |
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Gene transfer | |
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Genetic engineering/recombinant DNA technology | |
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Bacteriophages | |
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Virulent phages: the lytic cycle | |
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Temperate phages: lysogeny | |
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Androphages | |
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Phage conversion | |
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Transduction | |
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How does phage DNA escape restriction in the host bacterium? | |
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Bacteria in the living world | |
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Microbial communities | |
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Saprotrophs, predators, parasites, symbionts | |
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Bacteria and the cycles of matter | |
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Ice-nucleation bacteria | |
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Bacteriology in situ - fact or fiction? | |
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The greenhouse effect | |
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Recombinant bacteria in the environment | |
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Uncultivable/uncultured bacteria | |
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Bacteria in medicine | |
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Bacteria as pathogens | |
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The routes of infection | |
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Pathogenesis | |
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The body's defences | |
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The pathogen: virulence factors | |
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Pathogen-host interactions: a new perspective | |
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The transmission of disease | |
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Laboratory detection and characterization of pathogens | |
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Prevention and control of bacterial diseases | |
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Notes on chemotherapy; phage therapy; biologicals | |
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Some bacterial diseases | |
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Applied bacteriology I: food | |
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Bacteria in the food industry | |
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Food preservation | |
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Food poisoning and food hygiene | |
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Applied bacteriology II: miscellaneous aspects | |
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Feeding animals, protecting plants | |
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Biomining (bioleaching) | |
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Biological washing powders | |
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Sewage treatment | |
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Water supplies | |
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Putting pathogens to work | |
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Plastics from bacteria: 'Biopol' | |
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Bioremediation | |
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Biomimetic technology | |
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Some practical bacteriology | |
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Safety in the laboratory | |
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Bacteriological media | |
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Aseptic technique | |
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The tools of the bacteriologist | |
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Methods of inoculation | |
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Preparing a pure culture from a mixture of organisms | |
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Anaerobic incubation | |
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Counting bacteria | |
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Staining | |
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Microscopy | |
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Man against bacteria | |
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Sterilization | |
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Disinfection | |
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Antisepsis | |
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Antibiotics | |
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The identification and classification of bacteria | |
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Identification | |
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Classification (taxonomy) of prokaryotes | |
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Minidescriptions of some genera, families, orders and other categories of bacteria | |
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Index | |