Linked from

The 17 pages that link to Flavin adenine dinucleotide, each with the reason it gives.

• Cellular respirationRelated: The citric acid cycle supplies FADH2, which donates electrons to the respiratory chain.

• Citric acid cycleRelated: Succinate oxidation uses enzyme-bound FAD rather than NAD⁺.

• RiboseRelated: Its adenosine portion contains ribose, linking the sugar to cellular redox chemistry.

• Beta oxidationRelated: The first oxidation step transfers electrons to FAD, generating FADH₂.

• Electron transport chainRelated: Its reduced form feeds electrons into the mitochondrial chain through Complex II.

• Monoamine oxidaseRelated: MAO uses a covalently bound FAD cofactor to transfer electrons during catalysis.

• Pyruvate dehydrogenase complexRelated: It temporarily carries electrons within the E3 component before NAD+ receives them.

• Nitric oxide synthaseRelated: It carries electrons through nitric oxide synthase toward the heme active site.

• Succinate dehydrogenaseRelated: Its tightly bound flavin group accepts electrons during succinate oxidation.

• B vitaminsRelated: Riboflavin is converted into FAD for energy-producing pathways.