Question

сколько молекул атф будет синтезироваться в клетках эукариот при полном окислении фрагмента молекулы гликогена,содержащего 100 остатков глюкозы?

Answer 1

100х38=3800 молекул АТФ

Answer 2

Calculating ATP Molecules Synthesized from Glycogen

To calculate the number of ATP molecules synthesized from the complete oxidation of a fragment of a glycogen molecule containing 100 glucose residues, we can use the following information:

- Each glucose molecule yields a net of 36 ATP molecules during complete oxidation. - Glycogen is a polymer of glucose molecules.

Calculation

The number of ATP molecules synthesized can be calculated using the following steps:

1. Determine the number of glucose molecules in the glycogen fragment. 2. Calculate the total ATP molecules synthesized from the complete oxidation of the glucose molecules.

Answer

Step 1: Determine the Number of Glucose Molecules in the Glycogen Fragment

The number of glucose molecules in a glycogen fragment containing 100 glucose residues can be calculated by dividing the total number of glucose residues by the degree of polymerization of glycogen.

The degree of polymerization of glycogen is 10, meaning that each glycogen molecule contains 10 glucose residues.

Number of glucose molecules = Total number of glucose residues / Degree of polymerization

Number of glucose molecules = 100 / 10 = 10 glucose molecules

Step 2: Calculate the Total ATP Molecules Synthesized

Each glucose molecule yields a net of 36 ATP molecules during complete oxidation.

Total ATP molecules synthesized = Number of glucose molecules * ATP molecules per glucose molecule

Total ATP molecules synthesized = 10 * 36 = 360 ATP molecules

Therefore, 360 ATP molecules will be synthesized in eukaryotic cells from the complete oxidation of a fragment of a glycogen molecule containing 100 glucose residues.