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Anaerobic respiration

Anaerobic respiration. Fermentation. Fermentation. Ends at Glycolysis The cycle can still run after glycolysis, but different things happen in plants and animals. Fermentation. Ends at Glycolysis The cycle can still run after glycolysis, but different things happen in plants and animals.

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Anaerobic respiration

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  1. Anaerobic respiration Fermentation

  2. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals.

  3. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals. • In plants -

  4. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals. • In plants – Ethyl alcohol and CO2 are given off. NAD can then go and pick up more hydrogen.

  5. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals. • In plants – Ethyl alcohol and CO2 are given off. NAD can then go and pick up more hydrogen. • Pyruvate + NADH2  ethanol + CO2 + NAD + 2ATP

  6. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals. • In plants – Ethyl alcohol and CO2 are given off. NAD can then go and pick up more hydrogen. • Pyruvate + NADH2  ethanol + CO2 + NAD + 2ATP • EG. Fungi such as yeast. • In animals – different result. H is passed to the pyruvate and the end product is lactic acid.

  7. Fermentation • Ends at Glycolysis • The cycle can still run after glycolysis, but different things happen in plants and animals. • In plants – Ethyl alcohol and CO2 are given off. NAD can then go and pick up more hydrogen. • Pyruvate + NADH2  ethanol + CO2 + NAD + 2ATP • EG. Fungi such as yeast. • In animals – different result. H is passed to the pyruvate and the end product is lactic acid. • Pyruvate + NADH2  Lactic acid + NAD + 2ATP.

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