2. Photosynthetic Units Consist of Many Chlorophyll Molecules but Only a Single Reaction Center
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3. Chlorophyll funnels the absorbed energy to reaction centers by exciton transfer.
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4. Transduction of Light Energy into Chemical Energy Involves Oxidation-Reduction
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5. Excitation and electron transfer
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6. Special electron carriers in chloroplast
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7. Plastoquione vs. CoQ
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8. The simplest photosystem
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9. Purple bacteria
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10. Photoreaction center of the purple bacterium: Two pair of bacteria chlorophyll molecules (one special pair, chl2, and one accessory pigment pair) A pair of pheophytin a (pheo a) molecules Two quinones (QA and QB)A single non-heme Fe located approximately
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11. The R. viridis Photosynthetic Reaction Center is an Integral Membrane Protein
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12. Photosynthetic Electron Transfer by the R. viridis Center Leads to ATP Synthesis
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13. Photosynthetic electron transfer in the R. viridis reaction center
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14. Kinetic and thermodynamic factors prevent the dissipation of energy by internal conversion.
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15. The energy of light is not only used in ATP synthesis but also in…
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16. Noncyclic photosynthesis system
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17. The Z scheme of photosynthesis.
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18. PSI and PSII Participate in the Overall Process of Photosynthesis
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19. PSI and PSII Participate in the Overall Process of Photosynthesis
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20. 21.3 What Kinds of Photosystems Are Used to Capture Light Energy?
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21. PSI and PSII Participate in the Overall Process of Photosynthesis
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22. The Z scheme of photosynthesis.
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23. 21.3 What Kinds of Photosystems Are Used to Capture Light Energy?
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24. Photosystem II
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25. Oxygen evolving photosystem
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26. Water is split by the oxygen-evolving complex.
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27. Photosystem I
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28. Antenna chlorophylls are tightly integrated with electron carriers
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29. The cytochrome b6f complex linked PS II and PS I.
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30. How Do Green Plants Carry Out Photosynthesis?
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31. Antenna chlorophylls are tightly integrated with electron carriers
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32. The cytochrome b6f complex linked PS II and PS I.
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33. Overall reaction of PS
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34. 21.5 What Is the Quantum Yield of Photosynthesis?
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35. 21.6 How Does Light Drive the Synthesis of ATP?
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36. Noncyclic photophosphorylation
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37. Cyclic Photophosphorylation Generates ATP but Not NADPH or O2