Fatty acids are usually broken down into acetyl coA for storage in adipose tissu
ID: 1070222 • Letter: F
Question
Fatty acids are usually broken down into acetyl coA for storage in adipose tissue During the complete oxidation of 1 molecule of stearic acid, more molecules of ATP are produced than with 1 molecule of glucose in its entire path through glycolysis and the citric acid cycle. Cholesterol is converted to bile salts, creating detergents, which have increased solubility. Glycerol a product of triglyceride hydrolysis can enter glycolysis. NADPH is typically the reducing agent for fatty acid biosynthesis Storage of lipids requires a source of glucose. What process degrades fatty acids into a molecule for the citric acid cycle Beta oxidation ATP synthase The electron transport chain KetogenesisExplanation / Answer
The process of breaking down fatty acids into a acetyl CoA to the fed to the citric acid cycle is known as,
a) Beta oxidation
a molecule of fatty acid with say 14 Carbon is broken down into 14/2 = 7 molecules of acetyl-CoA in a 7-1 = 6 cycles of beta-oxidation. Each of the 5 steps produces one acetyl CoA whie the last step produces two molecules of acetyl CoA.
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