Answer:
Electron succinate donor and nicotinamide adenine hydrochloride are the major biological reactants of the ETC (NADH).
These are produced via a process termed the cycle of citric acid (CAC).
Sugars and fats are divided into simple molecules like pyruvates, which subsequently enter the CAC.
Explanation:
Cellular respiration is described as the progressive enzymatic breakdown of glucose to produce energy, which in concert with ATP synthase, creates ATP.
The Cellular breathing method has 4 subdivisions; glycolysis, which disassembles glucose molecules to supply pyruvic acid molecules; a cancer cycle that further disassembles pyruvic acid with the aid of enzymes to provide four high energy substances, three of them NADH and one FADH2; The electron transportation chain in which electrons are conveyed and the energy released through a sequence of coenzymes and cytochromes; and lastly, the chemosmosis, where the energy emitted is utilized in transmitting protons from intermembrane space into a matrix with mitochondrial energy.
