Fermentation pathways
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Both lactate fermentation and alcoholic fermentation begin with pyruvate formed by glycolysis.
During lactate fermentation, pyruvate molecules accept electrons and hydrogen from NADH.
This transfer regenerates NAD± and converts pyruvate to lactate.
The net energy yield is the two ATP from glycolysis.
In alcoholic fermentation, pyruvate is converted to the two-carbon fragment acetaldehyde, with the release of carbon dioxide.
Acetaldehyde accepts electrons and hydrogen from NADH.
This transfer regenerates NAD± and forms ethanol.
The net energy yield is the two ATP from glycolysis.
Видео Fermentation pathways канала Homework Clinic
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Both lactate fermentation and alcoholic fermentation begin with pyruvate formed by glycolysis.
During lactate fermentation, pyruvate molecules accept electrons and hydrogen from NADH.
This transfer regenerates NAD± and converts pyruvate to lactate.
The net energy yield is the two ATP from glycolysis.
In alcoholic fermentation, pyruvate is converted to the two-carbon fragment acetaldehyde, with the release of carbon dioxide.
Acetaldehyde accepts electrons and hydrogen from NADH.
This transfer regenerates NAD± and forms ethanol.
The net energy yield is the two ATP from glycolysis.
Видео Fermentation pathways канала Homework Clinic
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15 августа 2023 г. 8:49:22
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