How many ATPs are obtained from the complete $\beta$-oxidation of one mole of stearoyl-CoA (18Cs) compared with three molecules of glucose (3 * 6C = 18Cs)?

Question

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The complete oxidation of one mole of stearoyl-CoA (an 18-carbon fatty acid) through β-oxidation and subsequent steps in the citric acid cycle and electron transport chain yields approximately 120 ATP. In contrast, the complete oxidation of three molecules of glucose (each 6 carbons, totaling 18 carbons like stearoyl-CoA) yields approximately 90 ATP (30 ATP per molecule of glucose). This difference is due to the high energy yield of fatty acid oxidation compared to glucose oxidation.

How Many ATPs Are Obtained from the Complete β\betaβ -Oxidation of One Mole of Stearoyl-CoA (18Cs) Compared with Three

How Many ATPs Are Obtained from the Complete $\beta$ -Oxidation of One Mole of Stearoyl-CoA (18Cs) Compared with Three