Linked from

The 14 pages that link to Cori cycle, each with the reason it gives.

• GlycolysisRelated: It returns carbon from anaerobic glycolysis to glucose-producing tissues.

• Lactic acid fermentationRelated: It shows how lactate can travel beyond the cells where it was produced.

• Lactic acidosisRelated: The liver's reuse of lactate is a major route for its clearance.

• GluconeogenesisBroader topic: It shows how lactate carbon reaches gluconeogenesis and returns as blood glucose.

• Lactic acidRelated: It describes one major route for recycling lactate produced during intense activity.

• Lactate dehydrogenaseRelated: Lactate dehydrogenase supports both lactate production in peripheral tissues and its oxidation in liver.

• LactateRelated: The liver recycles circulating lactate into glucose through this cycle.

• AlanineCompared with: It also returns carbon from muscle to liver, but transports it as lactate rather than alanine.

• Gerty CoriBroader topic: This cycle names the glucose–lactate exchange central to the Coris' research.

• Carl Ferdinand CoriBroader topic: Carl and Gerty Cori characterized this exchange between muscle and liver.

• HyperlactatemiaRelated: Hepatic recycling is one route by which lactate is removed from blood.

• Oxaloacetic acidRelated: Lactate-derived pyruvate can enter hepatic gluconeogenesis through oxaloacetate.

• Pyruvic acidRelated: Pyruvate reduced to lactate in working muscle can return to the liver as cycle fuel.

• Otto Fritz MeyerhofRelated: Its later account of lactate recycling developed from the muscle-metabolism questions Meyerhof investigated.