Question:
In beta-oxidation, how many carbon atoms are removed from fatty acid per turn of the cycle?
In beta-oxidation, how many carbon atoms are removed from fatty acid per turn of the cycle?
Show Hint
Each round releases one acetyl-CoA molecule.
Updated On: Jul 4, 2026
- 1
- 2
- 3
- 4
Show Solution
Verified By Collegedunia
The Correct Option is B
Solution and Explanation
Step 1: Beta oxidation breaks a fatty acid chain down two carbons at a time.
Step 2: Each turn of the cycle oxidises the beta carbon and cleaves the bond between the alpha and beta carbons, releasing one acetyl-CoA unit, which contains two carbons.
Step 3: The shortened fatty acid chain then re-enters the cycle for another round, repeating until the whole chain is converted into acetyl-CoA units.
Was this answer helpful?
0
0
Top CPET Botany Questions
- The bacterial cell wall contains peptidoglycans, which are polymers of N-Acetyl Glucosamine and __________.
- Hepatitis B Virus contains __________.
- Among the followings, Endospores are more commonly formed in case of __________.
- In the 50S ribosomal subunit, the sedimentation coefficient values of rRNA are 5S and __________.
- Among the followings, Cap cells are more commonly seen in case of __________.
View More Questions
Top CPET Metabolism Questions
Top CPET Questions
- Which of the following is a key reason for choosing DRAM over SRAM for main memory?
- Which of the following components in an FPGA is responsible for implementing combinational and sequential logic?
- What is the main purpose of declaring a base class as virtual in multiple inheritance?
- What happens if a class contains at least one pure virtual function?
- What happens if a derived class defines a function with the same name as a base class function, but with a different parameter list?
View More Questions