By Carolyn D Berdanier
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Additional info for Advanced nutrition
16 Overview of fatty acid oxidation. 17 Fatty acid oxidation—the initial steps. Mechanism for the entry of fatty acids into the mitochondrial compartment fatty acid is activated; when it is bound to carnitine with the release of CoA. The acyl carnitine is then translocated through the mitochondrial membranes into the mitochondrial matrix via the carnitine acylcarnitine translocase. As 1 molecule of acylcarnitine is passed into the matrix, 1 molecule of carnitine is translocated back to the cytosol and the acylcarnitine is converted back to acyl CoA.
Each of the segments generates a proton gradient. This energy is captured by the F0 portion of the ATPase and transmitted to the F1 portion of the ATPase. If uncouplers are present, the proton gradient is dissipated and all of the energy is released as heat. RESPIRATORY CHAIN The pairs of electrons produced at the four steps described earlier in the citric acid cycle, as well as electrons transferred into the mitochondria via other processes, are passed down the respiratory chain to the ultimate acceptor, molecular oxygen.
First, the initial dehydrogenation is accomplished by a cyanide-insensitive oxidase that produces H2O2. This H2O2 is rapidly extinguished by catalase. Second, the enzymes of the pathway prefer long-chain fatty acids and are slightly different in structure from those (with the same function) of the mitochondrial pathway. Third, β-oxidation in the peroxisomes stops at eight carbons rather than proceeding all the way to acetyl CoA. It may be that peroxisomal oxidation helps the body get rid of fatty acids that are in excess of 20 carbons in length.