anaerobic respiration anaerobic respiratory.pptx

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1. H H A P i P i P i The protons are combined with the electrons and oxygen…. O

2. A P i P i P i ….to form a molecule of water O H H

3. A P i P i P i In the absence of oxygen, there is a build up of hydrogen atoms H H H H H H H H H H H H

4. A P i P i P i The NADH/H + and FADH 2 will not be reoxidised as they will no longer be able to release the Hydrogen they are carrying H H H H H H H H H H H H H + H + H + H + H + H + H + H +

5. A P i P i P i The NADH/H + and FADH 2 will not be reoxidised as they will no longer be able to release the Hydrogen they are carrying H H H H H H H H H H H H H + H + H + H + H + H + H + H + H H NAD

6. A P i P i P i This means that respiration cannot proceed beyond the first stage – glycolysis. H H H H H H H H H H H H H + H + H + H + H + H + H + H + H H NAD

7. This means that respiration cannot proceed beyond the first stage – glycolysis.

8. This means that respiration cannot proceed beyond the first stage – glycolysis.

9. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals

10. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals

11. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals H H + NAD

12. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals H H + NAD

13. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals H H + NAD

14. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals H H NAD

15. This means that respiration cannot proceed beyond the first stage – glycolysis. The pyruvate accepts hydrogen atoms from the NADH/H + directly in animals and forms lactic acid. H H NAD

16. This means that respiration cannot proceed beyond the first stage – glycolysis. A considerable amount of energy is trapped in the lactic acid. H H NAD

17. This means that respiration cannot proceed beyond the first stage – glycolysis. In plants the pyruvate is first decarboxylated to release CO 2

18. This means that respiration cannot proceed beyond the first stage – glycolysis. In plants the pyruvate is first decarboxylated to release CO 2 C O O

19. This means that respiration cannot proceed beyond the first stage – glycolysis. In plants the pyruvate is first decarboxylated to release CO 2 C O O

20. This means that respiration cannot proceed beyond the first stage – glycolysis. In plants the pyruvate is first decarboxylated to release CO 2 C O O

21. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O

22. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O H H + NAD

23. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O H H + NAD

24. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O H H + NAD

25. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O H H + NAD

26. This means that respiration cannot proceed beyond the first stage – glycolysis. The 2C intermediate accepts the hydrogen atoms from NADH/H + and forms ethanol C O O H H + NAD

27. This means that respiration cannot proceed beyond the first stage – glycolysis. A considerable amount of energy is trapped in the ethanol C O O H H + NAD

28. In animals the pyruvate is converted to lactic acid: Glucose

29. In animals the pyruvate is converted to lactic acid: Glucose pyruvate

30. In animals the pyruvate is converted to lactic acid: Glucose pyruvate lactic acid

31. In animals the pyruvate is converted to lactic acid: Glucose pyruvate lactic acid In plants the pyruvate is converted to ethanol and carbon dioxide

32. In animals the pyruvate is converted to lactic acid: Glucose pyruvate lactic acid In plants the pyruvate is converted to ethanol and carbon dioxide Glucose

33. In animals the pyruvate is converted to lactic acid: Glucose pyruvate lactic acid In plants the pyruvate is converted to ethanol and carbon dioxide Glucose pyruvate

34. In animals the pyruvate is converted to lactic acid: Glucose pyruvate lactic acid In plants the pyruvate is converted to ethanol and carbon dioxide Glucose pyruvate ethanol + CO 2

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