Which of the following statements regarding C | vedclass

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(A) In $C_{4}$ plants,the primary $CO_{2}$ acceptor is a $3$-carbon compound,phosphoenolpyruvate $(PEP)$,which is present in the mesophyll cells.Since

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The primary $CO_{2}$ acceptor is a $5$-carbon molecule

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(A) In $C_{4}$ plants,the primary $CO_{2}$ acceptor is a $3$-carbon compound,phosphoenolpyruvate $(PEP)$,which is present in the mesophyll cells.Since the primary acceptor is a $3$-carbon molecule,option $A$ is false.The initial carboxylation reaction occurs in the mesophyll cells using the enzyme $PEP$ carboxylase.$C_{4}$ plants exhibit Kranz anatomy,meaning their leaves contain two types of photosynthetic cells: mesophyll cells and bundle sheath cells.Mesophyll cells in $C_{4}$ plants lack the enzyme Rubisco,which is instead found in the bundle sheath cells.

Which of the following statements regarding $C_{4}$-plants is false?

Similar Questions

In the leaves of $C_4$ plants,malic acid is synthesized during the fixation of $CO_2$ in which cells?

What special anatomical features are displayed by leaves of $C_4$ plants? How do they provide an advantage over the structure of $C_3$ plants?

Assertion: $C_4$ pathway of $CO_2$ fixation is found in some tropical plants.
Reason: In this pathway,$CO_2$ is fixed by $3C$ compound.

The conversion of oxaloacetic acid into malic acid is:

Which of the following cells of $C_4$ plants are prominently loaded with starch?

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