Linked from

The 23 pages that link to Beta oxidation, each with the reason it gives.

• Fatty acidRelated: It is the principal route for extracting energy from many fatty acids.

• Cellular respirationRelated: It supplies respiratory fuel and electron carriers from fats rather than glucose.

• TriglycerideRelated: Fatty acids released from triglycerides can be oxidized through this pathway.

• Acetyl-CoARelated: Fatty-acid breakdown is another major source of acetyl-CoA.

• Dietary fatRelated: After absorption, fatty acids can be oxidized to help meet the body’s energy needs.

• LipolysisRelated: It converts lipolysis-derived fatty acids into a form that can feed energy metabolism.

• Alpha-linolenic acidRelated: Some ALA is oxidized for energy instead of being converted into longer-chain fats.

• PeroxisomeRelated: Peroxisomes shorten very-long-chain fatty acids through this pathway.

• Palmitic acidRelated: Palmitate is degraded through repeated cycles of this pathway.

• Medium-chain triglycerideRelated: The liver can rapidly oxidize absorbed medium-chain fatty acids for energy.

• Pantothenic acidRelated: Coenzyme A, which contains pantothenic acid, carries the products and intermediates of fatty-acid breakdown.

• Caprylic acidRelated: Cells can oxidize caprylic acid through this pathway to obtain energy.

• Myristic acidRelated: Cells can degrade myristic acid through successive rounds of this pathway.

• Pimelic acidRelated: Pimelic acid can undergo chain-shortening reactions related to fatty-acid oxidation.