What is the net gain of ATP molecules during | vedclass

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Question

(A) During aerobic respiration, the complete oxidation of one molecule of glucose yields a total of $38$ $ATP$ molecules in prokaryotes. However, in m

Vedclass · Accepted Answer

$36$ molecules

Vedclass · Answer

(A) During aerobic respiration, the complete oxidation of one molecule of glucose yields a total of $38$ $ATP$ molecules in prokaryotes. However, in most eukaryotic cells, the net gain is $36$ $ATP$ molecules because $2$ $ATP$ molecules are consumed during the transport of $NADH$ produced in glycolysis into the mitochondria via the glycerol-phosphate shuttle. Since $36$ is the standard net gain accepted for eukaryotes in most textbook contexts, the correct answer is $36$ $ATP$ molecules.

What is the net gain of $ATP$ molecules during aerobic respiration?

Similar Questions

One molecule of glucose + $6$ molecules of $O_2$ + $38$ molecules of $ADP$ combine to form $6$ $H_2O$,$6$ $CO_2$,and .........

One mole of glucose on complete oxidation yields how much energy?

Calculation of $ATP$ gain for every glucose is made on certain assumptions. Choose the correct option in accordance with the statement given above.

Number of $NADH + H^+$ molecules formed during acetylation from end product of glycolysis in aerobic respiration is . . . . . . .

How many $ATP$ molecules are produced in aerobic respiration via the glycerol phosphate shuttle in a eukaryotic cell (in $ATP$)?

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