Linked from

The 15 pages that link to Coenzyme A, each with the reason it gives.

• Nicotinamide adenine dinucleotideCompared with: Coenzyme A carries carbon fragments, whereas NAD primarily carries electrons or is consumed in signaling.

• Acetyl-CoANarrower topic: It is the carrier portion of acetyl-CoA and provides the reactive thiol.

• RiboseRelated: Its structure includes an adenosine diphosphate unit containing ribose.

• Beta oxidationRelated: Its thioester bond holds fatty acyl chains and acetyl groups during the pathway.

• Lipid metabolismRelated: Fatty-acid synthesis and breakdown handle carbon largely through acyl-CoA intermediates.

• CoenzymeBroader topic: It demonstrates coenzyme-mediated transfer of carbon-containing groups.

• Fatty acid elongationRelated: Coenzyme A carries both the elongating fatty-acid chain and malonyl units.

• Phenylpropanoid pathwayRelated: CoA activation converts hydroxycinnamic acids into reactive branch-point substrates.

• Pyruvate dehydrogenase complexRelated: It accepts the acetyl group to form acetyl-CoA.

• Succinyl-CoABroader topic: Its thiol forms the thioester bond that distinguishes succinyl-CoA from succinate.

• B vitaminsRelated: Pantothenic acid is a structural component of coenzyme A.

• Pantothenic acidRelated: Pantothenic acid supplies the structural component from which coenzyme A is made.

• Hippuric acidRelated: It activates benzoate as benzoyl-CoA before glycine conjugation.

• Pantothenate kinase-associated neurodegenerationRelated: The gene discovery connected the disease to an essential metabolic pathway.

• Enzymes and CoenzymesBroader topic: Its transferable thiol-bound groups show how coenzymes shuttle chemical building blocks.