Control of Metabolic Processes

Table of Contents

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   Book Overview
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   Chapter 1 What Should a Theory of Metabolic Control Offer to the Experimenter?
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   Chapter 2 The Nature and Role of Theory in Metabolic Control
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   Chapter 3 History and Original Thoughts on the Control Theoretic Approach
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   Chapter 4 Control Analysis: a Theory that Works
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   Chapter 5 Biochemical Systems Theory: Alternative Views of Metabolic Control
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   Chapter 6 Comparison of Accuracy of Alternative Models for Biochemical Pathways
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   Chapter 7 Modern Control Theories: a Consumers’ Test
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   Chapter 8 The Structural Approach to Metabolic Control Analysis I: Theoretical Aspects
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    Chapter 9 The Structural Approach to Metabolic Control Analysis II: Geometrical Aspects
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    Chapter 10 Control Coefficients and the Matrix Method
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    Chapter 11 Performance Indices in Metabolic Systems: a Criterion for Evaluating Effectiveness in Metabolic Regulation
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    Chapter 12 Practical Determination of Control Coefficients in Metabolic Pathways
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    Chapter 13 Zero-order Ultrasensitivity in Interconvertible Enzyme Systems
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    Chapter 14 Metabolic Control by the Cyclic Cascade Mechanism: a Study of E. coli Glutamine Synthetase
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    Chapter 15 Properties Needed for the Enzymes of an Interconvertible Cascade to Generate a Highly Sensitive Response
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    Chapter 16 Regulation of Muscle Glycogenolysis
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    Chapter 17 Methodology for Simulation of Metabolic Pathways and Calculation of Control Coefficients
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    Chapter 18 Regulatory Responses and Control Analysis: Assessment of the Relative Importance of Internal Effectors
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    Chapter 19 Determination of Control Coefficients by Shortening and Enzyme Titration of Metabolic Pathways
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    Chapter 20 Control-Pattern Analysis of Metabolic Systems
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    Chapter 21 Control Analysis of Systems with Enzyme-Enzyme Interactions
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    Chapter 22 Coupled Reactions and Channelling: their Role in the Control of Metabolism
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    Chapter 23 Channelling and Channel Efficiency: Theory and Analytical Implications
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    Chapter 24 Temporal Analysis of the Transition between Steady States
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    Chapter 25 Sensing of Chemical Signals by Enzymes
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    Chapter 26 Temporal Aspects of the Control of Metabolic Processes
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    Chapter 27 Control of Metabolic Oscillations: Unpredictability, Critical Slowing Down, Optimal Stability and Hysteresis
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    Chapter 28 A New Method for Estimating Enzyme Activity and Control Coefficients in vivo
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    Chapter 29 Metabolic Control Analysis: Principles and Application to the Erythrocyte
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    Chapter 30 Constraints in the Application of Control Analysis to the Study of Metabolism in Hepatocytes
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    Chapter 31 Application of Metabolic Control Analysis to Photosynthesis: the Problem of Getting Data for an Impressive Algorithm
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    Chapter 32 Application of Control Analysis to Photosynthetic Sucrose Synthesis
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    Chapter 33 Application of Control Analysis to the Study of Amino Acid Metabolism
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    Chapter 34 Flux Control Coefficients of Glycinamide Ribonucleotide Transformylase for de novo Purine Biosynthesis
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    Chapter 35 Molecular Adaptation in the Lactose Operon
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    Chapter 36 On the Control of Gene Expression
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    Chapter 37 An Experimentalist’s View of Control Analysis