A botanist discovered a mutant plant that was | vedclass

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Question

(D) The $Casparian$ strip is a band of cell wall material deposited in the radial and transverse walls of the endodermis,which is chemically composed

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unable to control the amounts of water and solutes it absorbs

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(D) The $Casparian$ strip is a band of cell wall material deposited in the radial and transverse walls of the endodermis,which is chemically composed of suberin.It acts as a selective barrier that forces water and dissolved solutes to pass through the plasma membrane of the endodermal cells rather than moving through the apoplastic pathway.By forcing this movement through the cytoplasm (symplastic pathway),the plant can regulate the uptake of water and minerals into the vascular cylinder (xylem).If a plant cannot produce $Casparian$ strips,it loses the ability to selectively control the entry of water and solutes into the xylem,leading to an unregulated flow.

$A$ botanist discovered a mutant plant that was unable to produce materials that form the $Casparian$ strip. This plant would be:

Similar Questions

What role is played by root pressure in the transport of water in plants?

Which property of water plays a very important role in the process of ascent of sap in plants?

Assertion : Water and mineral uptake by root hairs from the soil occurs through apoplast until it reaches endodermis.
Reason : Casparian strips in endodermis are suberized

The continuous excretion of watery substance from the stump of a well-watered pot plant after cutting off the shoot slightly above the base is due to:

The path of water from soil up to the secondary xylem is:

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