Linked from

The 26 pages that link to Gluconeogenesis, each with the reason it gives.

• InsulinCompared with: Insulin suppresses this route of glucose production, especially in the liver.

• GlucoseCompared with: It replenishes glucose when dietary carbohydrate and glycogen are insufficient.

• GlycolysisCompared with: It reverses much of glycolysis’s chemistry but uses different reactions at irreversible steps.

• CortisolRelated: Cortisol supports glucose availability partly by promoting this process.

• Citric acid cycleRelated: Oxaloacetate and malate derived from cycle intermediates can supply carbon for glucose synthesis.

• CarbohydrateCompared with: It supplies glucose when carbohydrate intake and glycogen availability are limited.

• GlucagonRelated: Glucagon also increases hepatic glucose production when glycogen stores decline.

• FastingRelated: As fasting continues, this pathway helps supply glucose to tissues that need it.

• Short-chain fatty acidRelated: Propionate can serve as a carbon source for glucose production in the liver.

• Ketogenic DietRelated: It helps maintain blood glucose when dietary carbohydrate is restricted.

• GlycogenolysisCompared with: It can restore glucose without breaking down glycogen.

• Cori cycleRelated: The liver uses this pathway to turn circulating lactate back into glucose.

• KetogenesisCompared with: It competes for oxaloacetate as the liver simultaneously increases ketone production.

• HyperglycemiaBroader topic: This pathway supplies glucose during fasting and can remain overactive in diabetes.

• LipolysisRelated: Glycerol released by lipolysis can enter the liver pathway as a glucose precursor.

• Pentose phosphate pathwayCompared with: Its reactions overlap with sugar-phosphate interconversions but build glucose rather than primarily supply NADPH.

• GlycogenesisCompared with: It replenishes glucose rather than polymerizing available glucose for storage.

• Claude BernardRelated: Bernard’s findings on liver sugar release anticipated research into glucose production.

• Glycogen storage diseaseRelated: Its interaction with glycogen breakdown affects fasting glucose and disease severity.

• Pyruvate carboxylaseRelated: Its first committed steps use oxaloacetate made by pyruvate carboxylase.

• Carl Ferdinand CoriRelated: The liver’s conversion of muscle-derived lactate into glucose is a key part of the Cori cycle.

• Glycogen storage disease type IRelated: The enzyme defect blocks gluconeogenesis at its final step.

• CorticosteroneRelated: Corticosterone can promote glucose availability during prolonged stress.

• Oxaloacetic acidRelated: Oxaloacetate is converted toward phosphoenolpyruvate early in this pathway.

• Pyruvic acidRelated: Pyruvate can enter this pathway after conversion to oxaloacetate.

• Blood sugar levelRelated: It supplies glucose when food-derived glucose and liver glycogen are limited.