Question

In: Chemistry

The net gain of ATP molecules per molecule of glucose in the reactions of glycolysis is...

The net gain of ATP molecules per molecule of glucose in the reactions of glycolysis is 2. What is the net gain of ATP molecules per monosaccharide consumed in glycolysis for the following sugars?

Fructose:

Mannose:

Galactose:

Solutions

Expert Solution

Net gain of ATP molecules in

Fructose glycolysis = 2

Mannose glycolysis = 2

Galactose glycolysis = 2


Related Solutions

how many atp are consumed by the glycolysis of a single molecule of glucose
how many atp are consumed by the glycolysis of a single molecule of glucose
Compare the ATP yield of three glucose molecules that enter glycolysis and are converted to pyruvate...
Compare the ATP yield of three glucose molecules that enter glycolysis and are converted to pyruvate with that of three glucose molecules that proceed through the pentose phosphate pathway such that their carbon skeletons (as two F6P and one GAP) reenter glycolysis and are metabolized to pyruvate. Indicate the steps where ATP was used or produced and the overall ATP totals.
Compare the ATP yield of three glucose molecules that enter glycolysis and are converted to pyruvate...
Compare the ATP yield of three glucose molecules that enter glycolysis and are converted to pyruvate with that of three glucose molecules that proceed through the pentose phosphate pathway such that their carbon skeletons (as two F6P and one GAP) reenter glycolysis and are metabolized to pyruvate. Indicate the steps where ATP was used or produced and the overall ATP totals.
Compare how many ATP molecules can be maximally formed by the breakdown of a glucose molecule...
Compare how many ATP molecules can be maximally formed by the breakdown of a glucose molecule in a cell lacking mitochondria, a cell that has mitochondria with ion channels specific to protons in its inner membrane, and a cell that has normal mitochondria. Justifications for the calculations must be given and full accounts of the calculations must be provided so that the number of ATP molecules can be traced back to relevant reactions / processes.
Why does the mitochondria produce more ATP than glycolysis for each molecule of glucose broken down?...
Why does the mitochondria produce more ATP than glycolysis for each molecule of glucose broken down? What charges the electrons in the photosystems (the source and the conduit that moves it into the electrons)
The maximum yield of ATP per molecule of glucose in eukaryotic cells is 36 or 38...
The maximum yield of ATP per molecule of glucose in eukaryotic cells is 36 or 38 ATP, depending on cell type and conditions. Why is the calculated ATP yield referred to as "Maximal Theoretical Yield" in eukaryotic and in prokaryotic cells?
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
1.) In the first step of glycolysis, the cell SPENDS an ATP and phosphorylates glucose as...
1.) In the first step of glycolysis, the cell SPENDS an ATP and phosphorylates glucose as soon as it enters the cell. Why does the cell do this? Give two reasons! 2.) Speculate on why glycolysis, which is the beginning point of many catabolic pathways does not require oxygen.
Which reactions of glycolysis are coupled to ATP hydrolysis? Which reactions involve substrate-level phosphorylation? Which reactions...
Which reactions of glycolysis are coupled to ATP hydrolysis? Which reactions involve substrate-level phosphorylation? Which reactions depend on either fermentation or aerobic respiration to continue?
Describe the fate of a single molecule of glucose as it goes through glycolysis and exits...
Describe the fate of a single molecule of glucose as it goes through glycolysis and exits the Krebs cycle. Include the inputs to each reaction and all end products including all created energy storage molecules.
ADVERTISEMENT
ADVERTISEMENT
ADVERTISEMENT