What is the change in reduction in Calvin cyc | vedclass

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(A) The Calvin cycle consists of three main stages: Carboxylation,Reduction,and Regeneration.$1$. Carboxylation: $CO_2$ is fixed to $RuBP$ to form $3-

Vedclass · Accepted Answer

Conversion of $3-PGA$ to $G3P$

Vedclass · Answer

(A) The Calvin cycle consists of three main stages: Carboxylation,Reduction,and Regeneration.$1$. Carboxylation: $CO_2$ is fixed to $RuBP$ to form $3-PGA$.$2$. Reduction: This stage involves the utilization of $2$ molecules of $ATP$ for phosphorylation and $2$ molecules of $NADPH$ for reduction per molecule of $3-PGA$ fixed. This process converts $3-phosphoglycerate$ $(3-PGA)$ into $glyceraldehyde-3-phosphate$ ($G3P$ or $triose$ $phosphate$).$3$. Regeneration: $RuBP$ is regenerated to continue the cycle.Therefore,the reduction step involves the conversion of $3-PGA$ to $G3P$.

What is the change in reduction in Calvin cycle?

Similar Questions

For the fixation of $1$ $CO_2$ molecule,the amount of energy required is:

Which of the following is the first compound that accepts carbon dioxide during the dark phase of photosynthesis?

Assertion : Dark reaction is purely enzymatic reaction.
Reason : It occurs only in absence of light.

Rubisco constitutes ......... of the chloroplast protein.

Provide the full names for the following abbreviations:
$(1)$ $RuBP$
$(2)$ $PGAL$

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