1. REVISION Metabolic reactions

2. METABOLIC REACTIONS

3. METABOLIC REACTIONS (series of enzyme controlled reactions)

4. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism

5. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up

6. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism

7. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down

8. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases

9. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions

10. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases

11. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H

12. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH

13. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced)

14. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases

15. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2

16. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O

17. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration

18. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis

19. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm

20. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides

21. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate

22. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose

23. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated

24. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell

25. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive

26. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P

27. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH

28. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP

29. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP

30. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces

31. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP

32. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP

33. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP high energy bonds

34. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP high energy bonds active transport

35. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP high energy bonds active transport growth

36. METABOLIC REACTIONS (series of enzyme controlled reactions) anabolism build up catabolism break down oxidoreductases - redox reactions dehydrogenases – oxidise by removing H AH 2 + NAD + oxidised A +2NADH (reduced) oxidases add O 2 to H 2 AH 2 + ½ O 2 A + H 2 O respiration glycolysis cytoplasm monosaccharides pyruvate hexose phosphorylated keeps it in the cell makes it more reactive glycerate 3-P NAD + NADH ATP ADP ATP produces ATP high energy bonds active transport growth muscle contraction