| 8.1 Photosynthesis: An Overview
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| Photosynthesis is widely distributed.
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| Photosynthesis is a redox reaction.
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| The photosynthetic electron transport chain takes place on specialized membranes.
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| The incorporation of CO2 is catalyzed by the enzyme rubisco.
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| NADPH is the reducing agent of the Calvin cycle.
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| The regeneration of RuBP requires ATP.
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| The steps of the Calvin cycle were determined using radioactive CO2.
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| Carbohydrates are stored in the form of starch.
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| 8.3 Capturing Sunlight Into Chemical Forms
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| Chlorophyll is the major entry point for light energy in photosynthesis.
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| Photosystems use light energy to drive the photosynthetic electron transport chain.
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| The photosynthetic electron transport chain connects two photosystems.
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| The accumulation of protons in the thylakoid lumen drives the synthesis of ATP.
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| Cyclic electron transport increases the production of ATP.
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| 8.4 Challenges to Photosynthetic Efficiency
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| Excess light energy can cause damage.
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| Photorespiration leads to a net loss of energy and carbon.
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| Photosynthesis captures just a small percentage of incoming solar energy.
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| 8.5 The Evolution of Photosynthesis
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| Case 1: How did early cells use sunlight to meet their energy requirements?
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| The ability to use water as an electron donor in photosynthesis evolved in cyanobacteria.
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| Eukaryotic organisms are believed to have gained photosynthesis by endosymbiosis.
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