6.1 The metabolic map: an overview of the com plexity of metabolism 6.4 The relationship of free energy to stabil ity, spontaneous change, equilibrium, and work 6.5 How a free-energy gradient keeps metaboli sm away from equilibrium: a hydraulic a nalogy 6.6 ATP 6.7 Energy coupling by phosphate transfer 6.8 The ATP cycle 6.9 An energy profile of a reaction 6.10 Enzymes lower the barrier of activation en ergy 6.12 The catalytic cycle of an enzyme 6.13 Environmental factors affecting enzymes An Introduction to Metabolism 6.
06 an Introduction to Metabolism
Dec 24, 2015
biology
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6.1 The metabolic map: an overview of the complexity of metabolism6.4 The relationship of free energy to stability, spontaneous change, equilibrium, and work6.5 How a free-energy gradient keeps metabolism away from equilibrium: a hydraulic analogy6.6 ATP6.7 Energy coupling by phosphate transfer6.8 The ATP cycle6.9 An energy profile of a reaction6.10 Enzymes lower the barrier of activation energy6.12 The catalytic cycle of an enzyme6.13 Environmental factors affecting enzymes6.14 Enzyme inhibition6.15 Allosteric regulation6.16 Feedback inhibition6.17 Cooperativity
An Introduction to Metabolism 6.
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6.5 How a free-energy gradient keeps metabolism
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