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Chapter 2 Synthesis of Enzymes During the Cell Cycle
Chapter 3 Microbial Formation of Methane
Chapter 4 The Adaptive Responses of Escherichia coli to a Feast and Famine Existence
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8-galactosidase Abram Acta activity amino acids anaerobic antibody antigen appears aspartate transcarbamoylase Autoregulated Autoregulated Periodic Bacillus Bact bacteria basal structure benzoate Biochem Biol biophys carbon dioxide catechol cell cycle cell division Chem chemostat CO2H compound concentration constant decrease degradation dehydrogenase derepressed disintegration Donachie enzyme enzyme synthesis Escherichia coli eukaryotic extracts filaments flagella flagellar filaments flagellin function gene genetic glucose Halvorson hook hydrogen Iino increase induced induction capacity inhibited intermediate isolated Koch Koffler m-RNA Martinez medium mesophile metabolism methane methane bacteria methane formation Methanobacterium methyl methylcobalamin Microbiol Mitchison molec molecular molecule monomers motility mutants observed organisms oxidized pathway phase polymerization Proc produced protein synthesis protocatechuate Pseudomonas pumilus r-RNA reaction repression residues ribosomes RNA synthesis Sacch Salmonella shown in Fig specific Stocker strains substrate subtilis subunits sucrase synchronous cultures Tauro thermophile throughout the cell tube typhimurium tyrosine unpublished results uptake vulgaris yeast