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Metabolism

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Metabolism

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    1. Metabolism

    2. Catabolism

    3. Anabolism

    4. Coupling: oxidation and reduction

    5. we are what we eat.

    6. Energy = ATP

    7. ATP: anabolic / catabolic coupling

    8. Reactions

    9. Activation Energy

    10. Activation Energy

    11. Activation Energy

    12. Activation Energy

    13. Activation Energy

    14. Add an Enzyme!

    15. Enzymes and Activation Energy

    16. Enzymes

    17. Enzyme Active Sites

    18. Enzyme Parts

    19. Coenzymes and Cofactors

    20. Enzymes

    21. Enzyme: anabolic reaction

    22. Enzyme: catabolic reaction

    23. Pathways

    24. What Influences Enzyme Action?

    25. Competitive Inhibition of Enzyme Action

    26. Competitive Inhibition example: sulfanilamide

    27. Allosteric Inhibition of Enzyme Action

    28. Feedback Inhibition of Enzyme Action

    29. metabolism in diagnostics

    30. Making Energy

    31. Making Energy

    32. oxidation and reduction

    33. Respiration vs Fermentation

    34. Glycolysis

    35. Glycolysis - follow the carbons!

    36. Glycolysis

    37. Glycolysis

    38. Fermentation

    39. Fermentation

    40. Fermentation

    41. Fermentation - example

    42. Fermentation

    43. Anaerobic Respiration

    44. Fermentation

    45. Aerobic Respiration

    46. Aerobic Respiration

    47. Aerobic Respiration

    48. Glycolysis ? Krebs Cycle

    49. Krebs Cycle - follow the carbons

    50. Electron Transport

    51. Electron Transport

    52. ATP Synthesis

    53. A high-fat, low-carb diet?

    54. A high-protein, low-carb diet?

    55. Aerobic respiration: overview

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