I. Initial CO_{2} acceptorII. Extent of photo | vedclass

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(B) The Calvin cycle is present in both $C_{3}$ and $C_{4}$ plants. In $C_{3}$ plants,the Calvin cycle occurs in the mesophyll cells. In $C_{4}$ plant

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(B) The Calvin cycle is present in both $C_{3}$ and $C_{4}$ plants. In $C_{3}$ plants,the Calvin cycle occurs in the mesophyll cells. In $C_{4}$ plants,the Calvin cycle occurs in the bundle sheath cells. Since the Calvin cycle is a fundamental process for carbon fixation in both types of plants,its presence does not differ between them. Other factors like the initial $CO_{2}$ acceptor (RuBP in $C_{3}$,$PEP$ in $C_{4}$),extent of photorespiration (higher in $C_{3}$,negligible in $C_{4}$),enzymes (RuBisCO in $C_{3}$,$PEP$ carboxylase and RuBisCO in $C_{4}$),and leaf anatomy (Kranz anatomy in $C_{4}$) differ significantly.

$I.$ Initial $CO_{2}$ acceptor
$II.$ Extent of photorespiration
$III.$ Enzyme catalyzing reaction that fixes $CO_{2}$
$IV.$ Presence of Calvin cycle
$V.$ Leaf anatomy
Which one does not differ in a $C_{3}$ and $C_{4}$ plant?

Similar Questions

$A$ : Most of the photosynthesis takes place in the blue and red regions of the spectrum.
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Photosynthesis occurs in .......

Which of the following processes involves the conversion of light energy into chemical energy?

Choose the correct option:
$(1)$ The first product of the $C_3$ pathway in the Calvin cycle is $PGA / OAA$.
$(2)$ The primary acceptor of $CO_2$ in the $C_4$ pathway is $PEP / OAA$.

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$I.$ Initial $CO_{2}$ acceptor$II.$ Extent of photorespiration$III.$ Enzyme catalyzing reaction that fixes $CO_{2}$$IV.$ Presence of Calvin cycle$V.$ Leaf anatomyWhich one does not differ in a $C_{3}$ and $C_{4}$ plant?