What is the reason for describing ATP synthesis in F 0 , F 1 , particles of mitochondria as oxidative phosphorylation?

The synthesis action of ATP molecules depends on the nature of the electron donor. Oxidation of pyruvic acid in mitochondria gives rise to 3 molecules of ATP. One molecule of FADH 2 produces 2 molecules of ATP. The presence of oxygen is vital since it drives the whole process by removing hydrogen. In respiration, the energy of oxidation-reduction is utilized to produce the proton gradient required for phosphorylation. Thus, for this reason, the process of synthesis of ATP in mitochondria is called oxidative phosphorylation.

What is the reason for describing ATP synthesis in F 0 , F 1 , particles of mitochondria as oxidative phosphorylation?

The synthesis action of ATP molecules depends on the nature of the electron donor. Oxidation of pyruvic acid in mitochondria gives rise to 3 molecules of ATP. One molecule of FADH 2 produces 2 molecules of ATP. The presence of oxygen is vital since it drives the whole process by removing hydrogen. In respiration, the energy of oxidation-reduction is utilized to produce the proton gradient required for phosphorylation. Thus, for this reason, the process of synthesis of ATP in mitochondria is called oxidative phosphorylation.