how many ATP are required to fix 10 atoms of nitrogen
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In most nitrogen-fixing microorganisms, the eight high-potential electrons come from reduced ferredoxin, generated by photosynthesis or oxidative processes. Two molecules of ATP are hydrolyzed for each electron transferred. Thus, at least 16 molecules of ATP are hydrolyzed for each molecule of N2 reduced.
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Thus, at least 16 molecules of ATP are hydrolyzed for each molecule of N2 reduced. Again, ATP hydrolysis is not required to make nitrogen reduction favorable thermodynamically...
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