Linked from

The 26 pages that link to Acetyl-CoA, each with the reason it gives.

• AcetylcholineRelated: Choline acetyltransferase combines its acetyl group with choline to produce acetylcholine.

• Citric acid cycleRelated: It supplies the carbon unit that enters the cycle by condensing with oxaloacetate.

• Beta oxidationRelated: Each complete round yields acetyl-CoA as its principal carbon product.

• Mevalonate pathwayRelated: Three acetyl-CoA molecules supply the carbon skeleton for the pathway’s first committed intermediate.

• Aerobic respirationRelated: It delivers carbon derived from fuels to the cycle that releases respiratory electrons.

• AcetateRelated: Its thioester can be hydrolyzed to acetate and coenzyme A.

• AcetylationRelated: Cells commonly use it as the donor of acetyl groups.

• KetogenesisRelated: It supplies the carbon atoms that ketogenesis assembles into ketone bodies.

• Lipid metabolismRelated: It links fatty-acid synthesis and oxidation to central cellular metabolism.

• Palmitic acidRelated: Its carbon atoms provide the starting unit for palmitate synthesis.

• SqualeneRelated: It is the starting carbon source for the mevalonate route to squalene.

• Acetic acid fermentationRelated: Some acetic acid bacteria can further oxidize acetate through acetyl-CoA-linked metabolism.

• Fatty acid elongationRelated: It supplies the acetyl primer for mitochondrial fatty-acid chain extension.

• BiosynthesisRelated: Its two-carbon acetyl group feeds several pathways that build larger molecules.

• Pyruvate carboxylaseRelated: It activates pyruvate carboxylase and signals abundant fuel availability.

• Hans KrebsRelated: Its acetyl group enters the cycle and is oxidized.

• Pyruvic acidRelated: Pyruvate oxidation produces acetyl-CoA, directing its carbon into oxidation or synthesis.