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- catalog contributor b12454536.
- catalog contributor b12454537.
- catalog created "c2002.".
- catalog date "2002".
- catalog date "c2002.".
- catalog dateCopyrighted "c2002.".
- catalog description "4.3. Flows of nutrients among tissues in well-fed and starvation states -- 4.4. Quality of nutrients -- 4.5. Metabolic demand -- 4.6. Circadian clocks -- 5. The Red Blood Cell -- 5.1. Cell structure -- 5.2. Dissipative systems -- 5.3. Cellular homeostasis -- 5.4. Glycolysis -- 5.5. Homeostasis of electrolytes -- 5.6. Replacement synthesis of cellular components -- 5.7. Maintenance of reductive status -- 5.8. Support of cellular homeostasis by the organism -- 5.9. Specialized function of the RBC -- 6. Muscle Metabolism -- 6.1. Introduction -- 6.2. Glycolysis, glycogenolysis and glycogenesis -- 6.3. Oxidative decarboxylation of pyruvate -- 6.4. The citric acid cycle -- 6.5. Electron transport -- 6.6. Oxidative phosphorylation -- 6.7. Fatty acid oxidation -- 6.8. Regulation of fuel selection in various metabolic states -- 6.9. Mitochondria and oxygen toxicity -- 7. Adipose Tissue Metabolism -- 7.1. Introduction -- 7.2. Synthesis of TG and fatty acids -- 7.3. Control of metabolic flux -- ".
- catalog description "7.4. Coordinate induction and repression of lipogenic enzymes -- 7.5. Reversible phosphorylation -- 7.6. Allosteric feedback -- 7.7. Hormone-sensitive lipase -- 7.8. Negative feedback by leptin: lipostatic control -- 8. Liver Metabolism -- 8.1. Introduction -- 8.2. Regulation of liver metabolic processes in the well-fed state -- 8.3. Regulation of liver metabolic processes in the starved state -- 8.4. Urea synthesis and its control -- 8.5. Cholesterol metabolism and its control.".
- catalog description "Includes bibliographical references and index.".
- catalog description "Introduction -- 1.1. Evolution of synthetic systems -- 1.2. Hierarchies of biomolecules -- 1.3. Membranes of animal cells -- 1.4. Coupled reactions -- 1.5. Enzyme catalysis -- 1.6. Steady-state turnover -- 1.7. The animal organism -- Enzyme-catalyzed Reactions -- 2.1. Energetics of chemical reactions -- 2.2. Coenzymes -- 2.3. Multienzyme pathways -- 2.4. Catalysis -- 2.5. Kinetics of enzyme-catalyzed reactions -- Regulatory Mechanisms -- 3.1. Introduction: levels of control -- 3.2. Cell-to-cell communication elicits specialized cellular responses -- 3.3. The specific signal-response connection -- 3.4. Intracellular signal transduction from receptors to target proteins -- 3.5. Signal-response to beta-adrenergic hormones -- 3.6. Glucagon signal pathway -- 3.7. Insulin signal pathway -- 3.8. Functional target proteins -- 3.9. Additional signal transduction systems -- 4. Nutrient Homeostasis -- 4.1. Introduction -- 4.2. Digestion and distribution of exogenous nutrients -- ".
- catalog extent "xiv, 224 p. :".
- catalog identifier "0415267560 (hardcover : alk. paper)".
- catalog identifier "0748407545 (pbk. : alk. paper)".
- catalog isPartOf "Lifelines (Taylor & Francis)".
- catalog isPartOf "Lifelines".
- catalog issued "2002".
- catalog issued "c2002.".
- catalog language "eng".
- catalog publisher "London ; New York : Taylor & Francis,".
- catalog subject "572/.419 21".
- catalog subject "Mammals Metabolism.".
- catalog subject "Mammals metabolism.".
- catalog subject "Metabolism Regulation.".
- catalog subject "Metabolism.".
- catalog subject "QL739.2 .G53 2002".
- catalog subject "QU 120 G53m 2002".
- catalog tableOfContents "4.3. Flows of nutrients among tissues in well-fed and starvation states -- 4.4. Quality of nutrients -- 4.5. Metabolic demand -- 4.6. Circadian clocks -- 5. The Red Blood Cell -- 5.1. Cell structure -- 5.2. Dissipative systems -- 5.3. Cellular homeostasis -- 5.4. Glycolysis -- 5.5. Homeostasis of electrolytes -- 5.6. Replacement synthesis of cellular components -- 5.7. Maintenance of reductive status -- 5.8. Support of cellular homeostasis by the organism -- 5.9. Specialized function of the RBC -- 6. Muscle Metabolism -- 6.1. Introduction -- 6.2. Glycolysis, glycogenolysis and glycogenesis -- 6.3. Oxidative decarboxylation of pyruvate -- 6.4. The citric acid cycle -- 6.5. Electron transport -- 6.6. Oxidative phosphorylation -- 6.7. Fatty acid oxidation -- 6.8. Regulation of fuel selection in various metabolic states -- 6.9. Mitochondria and oxygen toxicity -- 7. Adipose Tissue Metabolism -- 7.1. Introduction -- 7.2. Synthesis of TG and fatty acids -- 7.3. Control of metabolic flux -- ".
- catalog tableOfContents "7.4. Coordinate induction and repression of lipogenic enzymes -- 7.5. Reversible phosphorylation -- 7.6. Allosteric feedback -- 7.7. Hormone-sensitive lipase -- 7.8. Negative feedback by leptin: lipostatic control -- 8. Liver Metabolism -- 8.1. Introduction -- 8.2. Regulation of liver metabolic processes in the well-fed state -- 8.3. Regulation of liver metabolic processes in the starved state -- 8.4. Urea synthesis and its control -- 8.5. Cholesterol metabolism and its control.".
- catalog tableOfContents "Introduction -- 1.1. Evolution of synthetic systems -- 1.2. Hierarchies of biomolecules -- 1.3. Membranes of animal cells -- 1.4. Coupled reactions -- 1.5. Enzyme catalysis -- 1.6. Steady-state turnover -- 1.7. The animal organism -- Enzyme-catalyzed Reactions -- 2.1. Energetics of chemical reactions -- 2.2. Coenzymes -- 2.3. Multienzyme pathways -- 2.4. Catalysis -- 2.5. Kinetics of enzyme-catalyzed reactions -- Regulatory Mechanisms -- 3.1. Introduction: levels of control -- 3.2. Cell-to-cell communication elicits specialized cellular responses -- 3.3. The specific signal-response connection -- 3.4. Intracellular signal transduction from receptors to target proteins -- 3.5. Signal-response to beta-adrenergic hormones -- 3.6. Glucagon signal pathway -- 3.7. Insulin signal pathway -- 3.8. Functional target proteins -- 3.9. Additional signal transduction systems -- 4. Nutrient Homeostasis -- 4.1. Introduction -- 4.2. Digestion and distribution of exogenous nutrients -- ".
- catalog title "Metabolic regulation in mammals / David M. Gibson, Robert A. Harris.".
- catalog type "text".