acyl-CoA

Lipid metabolism intermediate

Acyl-CoA is a molecule formed when a fatty acid bonds to coenzyme A, creating an activated form that can participate in metabolic reactions.

This compound is central to fatty acid metabolism, serving as the substrate for beta-oxidation (breaking down fats for energy) and as a building block for synthesizing new fatty acids and cholesterol.

The "acyl" refers to the fatty acid portion, while "CoA" is the coenzyme carrier that makes the molecule reactive.

metabolism

beta-oxidation

Fatty acid breakdown pathway

energy production · catabolism · anabolism · lipogenesis · ketogenesis · substrate · intermediate · pyruvate · cellular respiration

lipid

fatty acid synthesis

Metabolic creation of lipids

sterol · lipoprotein · desaturation · elongation · esterification

enzyme

dehydrogenase

Hydrogen-removing enzyme class

kinetics · catalysis

biochemistry

adenosine

Purine nucleoside in cells

unsaturated · long-chain · short-chain · hydrolysis · condensation · molecular structure

clinical

metabolic disease

Disorder of bodily chemistry

diagnosis · biomarker · statin · metabolic disorder · genetic mutation

Categories
Opposites
fatty acid activation state

acyl-CoAfatty acid

Carboxylic chain in lipids

CoA conjugate type

acyl-CoAacetyl-CoA

Activated two-carbon metabolic intermediate

succinyl-CoA

metabolic activation state

acyl-CoAcarnitine

Fatty acid transporter molecule

Family

acetyl

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