1. COUPLED REACTIONS

2. ATP

3. Hydrolysis of ATP

4. Phosphorylation  Definition  Example

5. ATP-ADP Cycle

6. Coenzymes  cofactors  coenzymes Function  Review oxidation & reduction

7. Examples of coenzymes  NAD

8. NADP

9. FAD

10. Oxidized & Reduced State  Oxidized NAD +, NADP +, FAD  Reduced NADH + H + or NADH NADPH + H + or NADPH FADH 2

11. Electron Transport System  Definition  Example

12. Electron Transport System

13.  Events Delivered in Delivered out  Energy Production How Use

14. Electron Transport System  Where  Coenzymes involved in transfer

15. How Degradation Is Linked to Synthesis  It is possible to harness E and hydrogen's from degradation to power synthesis reactions. Why/how

16. How Degradation Is Linked to Synthesis  Degradative pathways run synthetic pathways: During photosynthesis During respiration

17. How Degradation Is Linked to Synthesis  Summary: Living things powered by sun  How

18. Building ATP  Substrate-level phosphorylation

19. Building ATP  Chemiosmotic ATP Synthesis Definition How are gradients created Result of gradients

20. Chemiosmotic ATP Synthesis  Discovery

21. Chemiosmotic ATP Synthesis

22.  See diagram for events  Importance of concentration gradient

23. Chemiosmotic ATP Synthesis  Four requirements