Regulation in MetabolismA biography of the woman doctor whose foresight of and crusade against "industrial diseases" revolutionized factory conditions and saved thousands of workingmen from paralysis and painful death. |
Contents
Preface | 1 |
Molecular Mechanisms in the Regulation of Enzyme Activity | 34 |
Regulation of Carbohydrate Metabolism in Muscle | 88 |
Copyright | |
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Common terms and phrases
acetyl-CoA adenine nucleotides adrenaline allosteric amino acids animals binding Biochem biol brain calculated carbohydrate catalyses changes Chapter citrate synthase close to equilibrium control of glycolysis conversion cyclic AMP cytoplasm decreased dehydrogenase energy enzyme enzyme activity equation equilibrium constant esterification experimental fatty acid level fatty acid oxidation fatty acyl-CoA FDPase Figure flight muscles flux fructose diphosphate fructose-6-phosphate glucagon glucokinase gluconeogenesis glucose uptake glucose-6-phosphate glycerol phosphate glycerol-1-phosphate glycogen glycogenolysis glycolysis glycolytic hexokinase hormone hydrolysis increase inhibition insulin intermediates intracellular glucose isocitrate isolated ketone bodies lactate lipase lipolysis liver mass-action ratio measured mitochondrial molecule NADH NEFA non-equilibrium reactions oxaloacetate oxygen phosphatase phosphofructokinase phosphorylase phosphorylase b kinase physiological plasma fatty acid properties protein kinase pyruvate kinase rat heart regulation regulatory enzyme release role Section sigmoid starvation stimulation substrate concentration substrate cycle Table TCA cycle theory of control tion transport triglyceride vitro