Calculate the # of ATP produced from the complete oxidation of 1 glucose molecule during rest?

Expert Solution

During rest an organism perform aerobic respiration in which the glucose molecules get oxidized to give ATP. In aerobic respiration a total of 36 ATP are produced from one molecule of glucose.

The Glycolysis produces 2 ATP and 2 NADH molecule. Each NADH again gets oxidized in the presence of Oxygen to give 3 ATP , hence a total of 8 ATP molecules are produced in Glycolysis.

In the Citric acid cycle, one molecule of acetyl co- A produces one molecule of ATP along with 3 NADH and two FADH2 molecule. As two acetyl co A enters the citric acid cycle, hence a total of 2 ATP, 6 NADH and 4 FADH2 molecule are produced in the citric acid cycle.

In the oxidative phosphorylation step of aerobic respiration all of the previously produced NADH and FADH2 are oxidized to form ATP. The 6 NADH can produce a total of 18 ATP and 4 FADH2 can give 8 ATP.

Hence as a total, in Glycolysis 8 (2+6), and in Citric acid cycle 28 (2+18+8) ATP are produced and by complete oxidation of one molecule of glucose, a total of 36 ATP are formed from one molecule of glucose by the process of aerobic respiration takes place during rest.

Sydney Mullin answered 1 year ago

how many ATP are produced from the complete oxidation of three molecules of glucose in aerovic...

how many ATP are produced from the complete oxidation of three molecules of glucose in aerovic respiration?

Consider the oxidation of a single glucose molecule. How many carbons from that glucose molecule remain...

Consider the oxidation of a single glucose molecule. How many carbons from that glucose molecule remain to be oxidized following a single turn of the TCA cycle?

Calculate the number of ATP molecules produced by complete β−oxidation of the fourteen-carbon saturated fatty acid...

Calculate the number of ATP molecules produced by complete β−oxidation of the fourteen-carbon saturated fatty acid tetradecanoic acid (common name: myristic acid). THE ANSWER IS NOT 92!!!

What is the ATP yield from one molecule of glucose and how ATP is generated at...

What is the ATP yield from one molecule of glucose and how ATP is generated at each process: a. Glycolysis b. Kreb's cycle c. Electron Transport chain Please specify if any ATP are removed from the total yield as a result of these ATP being required to initialise the reaction

Calculate the theoretical number of glucose molecules that can be synthesized from complete oxidation of tripalmitin....

Calculate the theoretical number of glucose molecules that can be synthesized from complete oxidation of tripalmitin. Assume that synthesis begins at pyruvate and that all ATP produced from tripalmitin oxidation is used directly for glucose synthesis.

Part A Calculate the maximum theoretical ATP yields for the complete oxidation of 1) one lactate...

Part A Calculate the maximum theoretical ATP yields for the complete oxidation of 1) one lactate 2) one glyceraldehyde-3-phosphate Remember that any intermediate generated (like a pyruvate from lactate oxidation) can then go through it's normal pathway(s) (e.g., pyruvate decarboxylation). Part B: Write the balanced equation for ethanol fermentation in yeast including ATP, NADH.... Part C: What is the disadvantage of using iron or sulfur as a terminal electron acceptor over oxygen in organisms that do anaerobic respiration? Explain mathematically...

5. Calculate approximately how many molecules of ATP could be synthesized from the complete oxidation of...

5. Calculate approximately how many molecules of ATP could be synthesized from the complete oxidation of glucose( delta G'o = -2840 kJ/mol). Revisit this estimate later. 6. what is the significance of the various categories of electron carriers (water-soluble vs. lipid-soluble; mobile vs. bound; associated with peripheral vs. integral membrane proteins) in terms of an electron carrier's functions? 7. How do the normal concentration ratios of NAD+/NADH and NADP+/NADPH in cells reflect the different metabolic roles of these electron carriers?

Calculate the # of ATP produced from 16C FFA?

What are the possible fates of glucose that is produced by photosynthesis? a. Oxidation of glucose...

What are the possible fates of glucose that is produced by photosynthesis? a. Oxidation of glucose by cellular respiration b. Production of ATP by fermentation c. Storage of glucose as starch in parenchymal root cells d. Formation of the disaccharide sucrose to sugar transport throughout the plant e. All of the above are correct Your research team identifies a bird species that has defective amylase. What would be the result of this defect? a. Birds do not express amylase –...

18. How many ATP can be produced by the complete oxidation of each propionyl-CoA product of...

18. How many ATP can be produced by the complete oxidation of each propionyl-CoA product of fatty acid oxidation? Compare this to the ATP yield for each acetyl-CoA.

Question