Cori Cycle | Lactic Acid Metabolism | Purpose and Importance in Anaerobic Metabolism

The video explains the Cori cycle, highlighting its role in converting lactate produced during anaerobic metabolism in muscles back into glucose in the liver. This process prevents lactic acidosis in muscles and ensures a continuous energy supply during intensive exercise. The cycle involves glycolysis, lactate transport, and gluconeogenesis, emphasizing the importance of maintaining energy balance and preventing muscle acidosis.

How does the body ensure that glycolysis can continue during periods of intense exercise?

What are the consequences of lactic acid accumulation in skeletal muscle?

What is the significance of the monocarboxylate transporter (MCT) in muscle cells?

Explain the process of gluconeogenesis and its relation to the Corey cycle.