Identify A, B and C in the given figure, and choose the correct option from the set (A-C) given below
a)
A-Reduction, B-Carboxylation, C-Regeneration
b)
A-Reduction, B-Regeneration, C-Carboxylation
c)
A-Carboxylation, B-Reduction, C-Regeneration
d)
A-Carboxylation, B-Regeneration, C-Reduction
Identify A, B and C in the given figure, and choose the correct option from the set (A-C) given below
a)
A-Reduction, B-Carboxylation, C-Regeneration
b)
A-Reduction, B-Regeneration, C-Carboxylation
c)
A-Carboxylation, B-Reduction, C-Regeneration
d)
A-Carboxylation, B-Regeneration, C-Reduction
Question ID - 4765 | SaraNextGen Top Answer
Identify A, B and C in the given figure, and choose the correct option from the set (A-C) given below
a)
A-Reduction, B-Carboxylation, C-Regeneration
b)
A-Reduction, B-Regeneration, C-Carboxylation
c)
A-Carboxylation, B-Reduction, C-Regeneration
d)
A-Carboxylation, B-Regeneration, C-Reduction
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Identify A, B and C in the given figure, and choose the correct option from the set (A-C) given below
|
|
|
a) |
A-Reduction, B-Carboxylation, C-Regeneration |
|
b) |
A-Reduction, B-Regeneration, C-Carboxylation |
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c) |
A-Carboxylation, B-Reduction, C-Regeneration |
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d) |
A-Carboxylation, B-Regeneration, C-Reduction |
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(c) The Calvin cycle proceeds in three stages (1) carboxylation, during which
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combines with ribulose 1, 5-bisphosphate; (2) reduction, during which carbohydrate are formed at the expense of the photochemically made ATP and NADPH; and (3) regeneration during, 
acceptor is ribulose 1, 5-bisphosphate is formed again so that the cycle continues. Regeneration of the 
acceptor molecule, RuBP is crucial if the cycle is to continue uninterrupted. The regeneration steps require one ATP for phosphorylation to form RuBP