In the redox reaction below, molecule A becomes ____ and NADPH becomes ___ A + NADPH --> B + NADP Select one: a. reduced, oxidized b. reduced, reduced c. oxidized, oxidized d. oxidized, reduced
In the redox reaction below, molecule A becomes ____ and NADPH becomes ___ A + NADPH --> B + NADP Select one: a. reduced, oxidized b. reduced, reduced c. oxidized, oxidized d. oxidized, reduced
Chapter7: Releasing Chemical Energy
Section: Chapter Questions
Problem 3SA: Which of the following pathways requires molecular oxygen (O2)? a. aerobic respiration b. lactate...
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Question
In the redox reaction below, molecule A becomes ____ and NADPH becomes ___
A + NADPH --> B + NADP
A + NADPH --> B + NADP
Select one:
a.
reduced, oxidized
b.
reduced, reduced
c.
oxidized, oxidized
d.
oxidized, reduced
Expert Solution
Step 1
Introduction :
A reduced form of NADP+ is NADPH. It is utilised in assimilation processes that demand for NADPH as a reducing agent, such as the production of lipids and nucleic acids. It functions as a fundamental metabolite and cofactor. NADPH is very good reducing agent, because the H atom can be easily given out. This H atom will combine with other molecules and hence reduces other compounds like FAD etc.
Removal of hydrogen molecule from any subastance is called oxidation while addition of the hydrogen to a subastance is called reduction reaction.
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