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Chapter 2 The Physiology of Ectotrophic Mycorrhizas
Chapter 3 Thermophilic Bacteria and Bacteriophages
Chapter 4 Assimilatory and Dissimilatory Metabolism of Inorganic Sulphur Compounds by MicroOrganisms
Chapter 5 The Roles of Exogenous Organic Matter in the Physiology of Chemolithotrophic Bacteria
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acetate Acta activity adsorbed adsorption amino acids anaerobic assay assimilation autotrophic Bacillus Bact bacteria Biochem biol Biophys Brinton Campbell carbohydrate carbon dioxide catalysed cell carbon Chem chemolithotrophic concentrations culture cysteine cytochrome dissimilatory donor ectotrophic effect electron enzyme Escherichia coli F-pili f2 phage facultative formation function fungal fungus glucose grow grown growth Harley heterotrophic host hydrogen hydrogenase inactivation incorporation infection inhibition isolated mating meapolitanus medium Melin membrane mesophilic metabolism micro-organisms Microbiol molecular oxygen mutants mycorrhizal fungi novellus obligate autotrophs observed organic compounds oxidase oxidation oxygen particles pathway Peck penetration phosphate Phytol pili pilus Postgate Proc production protein reaction repression rhodanese ribosomes ribulose Rittenberg roots sex hair sheared sheath showed Stearothermophilus strain structure studies substrate suggested sulphate reduction sulphite sulphite reductase synthesis temperature tetrathionate thermophilic thio thio-oxidans thiobacilli Thiobacillus thioparus thiosulphate tion Trudinger Umbreit unpublished uptake utilization Vishniac Westley yeast extract