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Aerobic Respiration

Aerobic Respiration. Aerobic respiration Doorway to the Krebs Cycle. H. H. H. H. H. H. H. O. O. O. O. O. O. H. H. H. C. C. C. C. C. C. H. H. H. O. O. O. O. O. O. H. H. H. H. H. H. H. Pyruvic acid. Pyruvic acid. O. O. C. C. O. O. NAD. NAD. H. H.

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Aerobic Respiration

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  1. Aerobic Respiration

  2. Aerobic respiration Doorway to the Krebs Cycle H H H H H H H O O O O O O H H H C C C C C C H H H O O O O O O H H H H H H H Pyruvic acid Pyruvic acid

  3. O O C C O O NAD NAD H H H H H H H O O O H C C C H H O O O H H H H Number of ATP’s = 2

  4. H O H C H H O NAD NAD H H H H O H H H O O C H CoA C C O H H O O H H H H NAD Number of ATP’s = 2

  5. O C Acetyl-CoA (enters Krebs Cycle) O NAD NAD H H H H End of Doorway to Krebs NAD H H O H H O O C H CoA C C O H H O O H H H NAD H H Number of ATP’s = 2

  6. O C O NAD NAD H H H H NAD H H O H H O O C H CoA CoA C C O H H O O H H H NAD H H Number of ATP’s = 2

  7. C C C C O C O Oxaloacetic acid Citric Acid NAD NAD H H H H NAD H H O The Krebs Cycle begins H H O O C H C C O H H O O H H H NAD H H Number of ATP’s = 2

  8. H O H C O H H NAD NAD H H H H NAD H H O H H O O C H C C C C C C O H H O O H H H NAD NAD H H Number of ATP’s = 2

  9. O O C C O O O C O NAD NAD H H H H NAD H H NAD H H O H O O C H C C C C C C O H H O O H H NAD H H NAD H H Number of ATP’s = 2

  10. H O O H C C O O H H NAD NAD H H H H NAD H H NAD H H O O H O C C H C C C C C O O H H O H H NAD NAD H H NAD H H Number of ATP’s = 2

  11. O O C C O O O O C C O O NAD NAD H H H H NAD NAD H H H H NAD H H O O O C C H C C C C C O O H H O H NAD NAD H H H H NAD H H Number of ATP’s = 2

  12. A A P P P P P O O O C C C O O O A P P P NAD NAD NAD H H H H H H NAD H H NAD H H O O O P C C C C C C C H O O O H H H NAD NAD H H H H NAD H H Number of ATP’s = 2

  13. O O O C C C O O O A A P P P P P P NAD NAD NAD H H H H H H NAD H H NAD H H O O O C C C C C C C H O O O H H H NAD NAD H H H H NAD H H Number of ATP’s = 2

  14. H H O O O C C C O O O H H NAD NAD NAD H H H H H H NAD H H NAD H H O O O C C C C C C C H O O O H H H FAD NAD NAD H H H H NAD H H Number of ATP’s = 4

  15. H O O O H C C C O O O H H NAD NAD NAD H H H H H H NAD H H FAD NAD H H H H O O O C C C H C C C C O O O H NAD NAD NAD H H H H FAD NAD H H H H Number of ATP’s = 4

  16. O O O C C C O O O NAD NAD NAD H H H H H H NAD NAD H H H H FAD NAD H H H H O O O C C C C C C C O O O Oxaloacetic acid NAD NAD NAD H H H H H H FAD NAD H H H H Number of ATP’s = 4

  17. O O O C C C O O O NAD NAD NAD H H H H H H NAD NAD H H H H FAD NAD H H H H O O O C C C O O O NAD NAD NAD H H H H H H FAD NAD H H H H Number of ATP’s = 4 (2 from glycolysis) Final tally after Glycolysis, Doorway to Krebs and Krebs cycle

  18. Inside cell ATP ADP + Pi e- e- e- e- e- e- e- H+ H2O H++ e- +O2 NAD+ FAD NADH FADH2 H+ H+ H+ ATP Synthase Outside cell Electron Transport Chain

  19. electron transport chain video ATP synthase video

  20. Food carbohydrates proteins Lipids Fatty acids glucose glycerol Amino acids glycolysis Pyruvic acid NADH FADH2 deamination Acetyl-CoA Kreb’s cycle Electron transport chain CO2 NH3 H2O

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