Instructions

How many ATPs can be generated from 1 molecule of glucose (C6H1206)? To answer that question, fill in the following: # ATP produced in glycolysis (net total = number produced minus number consumed): АТР # NADH produced in glycolysis_ x ATP / NADH = ATP # NADH produced in 2 pyruvate to 2 acetyl Co A: ATP / NADH = ATP # NADH produced in 2 rounds of the citric acid cycle: – x ATP / NADH = – ATP # FADH, produced in 2 rounds of the citric acid cycle: yote. ATP / FADH2 = ATP _ATP # ATP (or GTP) produced in 2 rounds of the citric acid cycle: _ _ ATP / glucose → _ ATP / carbon How many ATP can be generated from 1 molecule of a 16 carbon fatty acid? To answer that question, fill in the following: # NADH produced in 1 round of ß oxidation rounds of ß oxidation x ATP/NADH = ATP # FADH2 produced in 1 round of ß oxidation rounds of ß oxidation x ATP / FADH2 = _ АТР # AcetylCoA produced in all of the rounds ß oxidation: NADH / Acety1COAX_ ATP/NADH = ATP # AcetylCoA produced in all of the rounds Boxidation: _x_FADH2 / AcetylCoAx__ATP FADH=__ATP # AcetylCoA produced in all of the rounds Boxidation: X A TP or GTP / AcetylC0A x = ATP subtract 2 ATP used for activation and transport): ATP / 16-carbon fatty acid →_ ATP / carbon

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