How many B-oxidation cycles will be required for the complete oxidation of a 20- carbon fatty acid? How many molecules of acetyl CoA, FADH2 and NADH molecules will be generated in the process? The Number of B-Oxidation Cycles Required for Complete Oxidation of a 20-Carbon Fatty Acid

The Variety of B-Oxidation Cycles Required for Full Oxidation of a 20-Carbon Fatty Acid

The entire oxidation of long-chain fatty acids reminiscent of a 20-carbon fatty acid requires a collection of B-oxidation cycles. B-oxidation is the method of cleaving two-carbon models from the carbon chain on the beta place, ensuing within the manufacturing of energy-rich molecules reminiscent of acetyl-CoA (Napoli et al., 2016). The variety of B-oxidation cycles wanted to utterly oxidize a 20-carbon fatty acid is ten (10). Every cycle ends in the discharge of two acetyl-CoA molecules and two hydrogen atoms. Each B-oxidation cycle begins on the carboxyl finish of the fatty acid chain and continues till the tip of the chain is reached. Every B- oxidation cycle consists of 4 (4) enzymatic steps, starting with the activation of the fatty acid by Coenzyme A and the cleavage of the two-carbon unit. This cleavage then proceeds to the oxidation of the two-carbon unit, the formation of a brand new thioester bond, and the discharge of the acetyl-CoA molecule (Hou et al., 2021). Cont….