Anaerobic respiration

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What is the stages of anaerobic Respiration and explain why

its only glycolysis as there is no oxygen so no ETC, no oxidative phosph., no NAD and FAD oxidised so no krebs and link as not enough FAD and NAD

2
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How does glycolysis continue?

For glycolysis to continue there must be a way to regenerate NAD and remove pyruvate

This is done by pyruvate being the final electron acceptor and taking the hydrogen from NAD to regenerate it

3
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What are the steps for Anaerobic respiration in animals

  1. Animals - Glucose is broken down into pyruvate which by substrate-level phosphorylation produces 2 ATP and reduced NAD. then pyruvate accepts the hydrogen to regenerate NAD and produce lactate (lactic acid - bad as lowers pH and denatures enzymes) - which is broken down to release water an co2 when oxygen is available

<ol><li><p>Animals - Glucose is broken down into pyruvate which by substrate-level phosphorylation produces 2 ATP and reduced NAD. then pyruvate accepts the hydrogen to regenerate NAD and produce lactate (lactic acid - bad as lowers pH and denatures enzymes) - which is broken down to release water an co2 when oxygen is available</p></li></ol><p></p>
4
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explain the process in micro-ogranisms

Eg. yeast and plant cells in water logged soil

  1. Glucose is broken down into pyruvate which by substrate-level phosphorylation produces 2 ATP and reduced NAD. then pyruvate is converted into enthanal and CO2. The ethanal accepts the 2 hydrogen to regenerate NAD and produce ethanol which can’t be broken down.

<p>Eg. yeast and plant cells in water logged soil</p><ol><li><p>Glucose is broken down into pyruvate which by substrate-level phosphorylation produces 2 ATP and reduced NAD. then pyruvate is converted into enthanal and CO2. The ethanal accepts the 2 hydrogen to regenerate NAD and produce ethanol which can’t be broken down.</p></li></ol><p></p>
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