With respect to NAD + and NADP+, which electron carrier is generally preferred for anabolic reactions? Group of answer choices Just NAD + Just NADP + Either of these Neither of these

Question

Rhett Salazar

Chemistry

28 January, 16:57

With respect to NAD + and NADP+, which electron carrier is generally preferred for anabolic reactions? Group of answer choices Just NAD + Just NADP + Either of these Neither of these

+3

Answers (1)

Know the Answer?

Melvin Beard · Answer 1

Just NADP+.

Explanation:

Two main type of biochemical reaction are anabolic reaction and catabolic reaction. Anabolic reactions joins the small molecules to form the large products.

The electron carrier may be defined as the molecule that has the ability to transport the electron from one molecule to the other molecule. NADP + acts as electron carrier in the synthesis of molecule especially in the cholesterol metabolism. NAD + acts as electron carrier in the catabolic reactions.

Thus, the correct answer is option (2).