2. A person performs intense exercise (for example, runs away from danger) 30 minutes after a carbohydrate-rich lunch. Why docs the glycogen synthesis stop in skeletal muscles in this situation? Why...

Extracted text: 2. A person performs intense exercise (for example, runs away from danger) 30 minutes after a carbohydrate-rich lunch. Why docs the glycogen synthesis stop in skeletal muscles in this situation? Why is glycogen breakdown stimulated? To answer the questions: a) write a diagram of glycogen synthesis, specify the reactions associated with energy consumption when a glucose molecule is included in a growing glycogen chain; b) write the glycogen mobilization diagram and calculate the ATP amount that can be produced if glucose 1-phosphate is further oxidized to CO, and H,0 in the muscles; c) indicate the hormone with an increased level in blood under stress situations, and how this hormone affects the activity of regulatory enzymes of glycogen synthesis and breakdown.