| key concept9.1Cells Harvest Chemical Energy from Glucose Oxidation
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| How do cells obtain energy from glucose?
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| Redox reactions transfer electrons and energy
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| The coenzyme NAD+ is a key electron carrier in redox reactions
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| An overview: Harvesting energy from glucose
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| key concept9.2In the Presence of Oxygen, Glucose Is Fully Oxidized
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| In the glycolysis pathway, glucose is partially oxidized
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| Pyruvate oxidation links glycolysis and the citric acid cycle
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| The citric acid cycle completes the oxidation of glucose to CO2 | life11e_ch09_11.html | 57742271757a2e5d11000000 |
| Pyruvate oxidation and the citric acid cycle are regulated by the concentrations of starting materials
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| key concept9.3Oxidative Phosphorylation Forms ATP
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| What are the steps in oxidative phosphorylation?
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| The respiratory chain transfers electrons and protons, and releases energy
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| ATP is made through chemiosmosis
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| Experiments demonstrate chemiosmosis
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| Some microorganisms use non-O2 electron acceptors
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| key concept9.4In the Absence of Oxygen, Some Energy Is Harvested from Glucose
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| Cellular respiration yields much more energy than fermentation
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| The yield of ATP is reduced by the impermeability of mitochondria to NADH
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| key concept9.5Metabolic Pathways Are Interrelated and Regulated
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| Catabolism and anabolism are linked
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| Catabolism and anabolism are integrated
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| Metabolic pathways are regulated systems
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| Apply What Youâve Learned
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