When insulin is present, the liver stores glucose as glycogen. Which statement best describes this process?

When insulin is present, the liver stores glucose as glycogen. Which statement best describes this process?

• A. It stores glucose as glycogen
• B. It breaks glycogen into glucose
• C. It converts glucose to fat
• D. It uses glucose to build proteins

Answer: (A)

When insulin is present, the body’s priority is to store excess glucose as a ready-to-use form in the liver. This triggers glycogenesis, where glucose is converted into glycogen and stored for later use. That’s why the description “stores glucose as glycogen” fits best: glycogen is the stored form of glucose, kept in the liver (and muscles) to help regulate blood sugar after meals. The other ideas describe alternate fates of glucose (breaking glycogen back to glucose, turning glucose into fat, or using it for protein synthesis) and aren’t the immediate process driven by insulin in this context.

When insulin is present, the body’s priority is to store excess glucose as a ready-to-use form in the liver. This triggers glycogenesis, where glucose is converted into glycogen and stored for later use. That’s why the description “stores glucose as glycogen” fits best: glycogen is the stored form of glucose, kept in the liver (and muscles) to help regulate blood sugar after meals. The other ideas describe alternate fates of glucose (breaking glycogen back to glucose, turning glucose into fat, or using it for protein synthesis) and aren’t the immediate process driven by insulin in this context.