The process of developing permanent cells from meristematic cells which are produced from permanent cells itself is

Differentiation

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Redifferentiation

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Dedifferentiation

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Degeneration

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Solution

The correct option is B Redifferentiation
The process of producing permanent cells from dedifferentiated meristems is called as redifferentiation. The cells produced from vascular cambium and cork cambium will redifferentiate to form another permanenet tissue.

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Similar questions

A biochemical process in plants by which meristematic cells undergo differentiation into permanent cells is

__ (Meristematic / Permanent) tissue can multiply to produce new cells.

With respect to the given assertion and reason, choose the correct option.
Assertion (A): The process in which meristematic cells attain permanent shape, size and function is called differentiation.
Reason (R): Cells of meristematic tissue differentiate to form different types of permanent tissue.

__ (Meristematic / Permanent) tissue are made up of cells which have lost their ability to multiply.

Q. Which of the following cells permanently enter into G

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Phase ?

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The process of developing permanent cells from meristematic cells which are produced from permanent cells itself is

The correct option is B RedifferentiationThe process of producing permanent cells from dedifferentiated meristems is called as redifferentiation. The cells produced from vascular cambium and cork cambium will redifferentiate to form another permanenet tissue.

The correct option is B Redifferentiation
The process of producing permanent cells from dedifferentiated meristems is called as redifferentiation. The cells produced from vascular cambium and cork cambium will redifferentiate to form another permanenet tissue.