Question

Why do most fatty acids contain an even number of carbon atoms? a) Fatty acids do not have an even number of carbons. b) Fatty acid biosynthesis incorporates succinyl-CoA. c) The priming reaction involves condensation of the acetyl-CoA with ACP. d) It is now easier to add double bonds. e) A C3-intermediate (malonyl-CoA) is carboxylated during chain elongation to yield an even number of carbons.

          Why do most fatty acids contain an even number of carbon atoms?
a) Fatty acids do not have an even number of carbons.
b) Fatty acid biosynthesis incorporates succinyl-CoA.
c) The priming reaction involves condensation of the acetyl-CoA with ACP.
d) It is now easier to add double bonds.
e) A C3-intermediate (malonyl-CoA) is carboxylated during chain elongation to yield an even number of carbons.

Why do most fatty acids contain an even number of carbon atoms?
a) Fatty acids do not have an even number of carbons.
b) Fatty acid biosynthesis incorporates succinyl-CoA.
c) The priming reaction involves condensation of the acetyl-CoA with ACP.
d) It is now easier to add double bonds.
e) A C3-intermediate (malonyl-CoA) is carboxylated during chain elongation to yield an even number of carbons.

Added by Ashley G.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Ramesh Singh

01/14/2022

Step 1

Step 1: Fatty acids are synthesized through a process called fatty acid synthesis, which involves the repeated addition of two-carbon units. Show more…

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Why do most fatty acids contain an even number of carbon atoms? d) It is now easier to add double bonds. e) A C3-intermediate (malonyl-CoA) is carboxylated during chain elongation to yield an even number of carbons