Table of Contents
- 1 Why does meristematic tissue change into permanent tissue?
- 2 Which process is meristematic tissue convert it to permanent tissue?
- 3 What is the process of meristematic tissue?
- 4 What is the main difference between meristematic tissue and permanent tissue?
- 5 Which permanent tissue becomes meristematic and divide and divide?
- 6 What process permanent tissues are formed?
- 7 What is permanent tissue in plants?
- 8 What is the function of meristematic cells in plants?
Why does meristematic tissue change into permanent tissue?
The permanent tissues always differentiate from the meristematic cells, during the process of growth. These meristematic cells lose the ability to divide and take up a specific role. This process of taking up a permanent shape, size and a function is called cellular differentiation.
Do meristematic tissues become permanent?
Meristems produce cells that quickly differentiate, or specialize, and become permanent tissue. Such cells take on specific roles and lose their ability to divide further.
Which process is meristematic tissue convert it to permanent tissue?
The process of a meristematic cell taking up a permanent shape, size and function to form a permanent tissue is called DIFFERENTIATION. The simple permanent tissue that contains chlorophyll is known as chlorenchyma.
What is difference between meristematic tissue and permanent tissue?
Meristematic tissue has cells small in size and isodiametric in shape. Permanent tissue has cells large in size and their shape varies. Vacuoles are usually absent in meristematic tissue. Vacuoles are present in living cells of permanent tissue.
What is the process of meristematic tissue?
“Cellular differentiation” is the process by which the permanent tissue is formed by meristematic tissue.
How does meristematic tissue differs from permanent tissue?
Meristematic tissue always has a prominent nucleus. Permanent tissue has a prominent nucleus in some like parenchyma while not in others like sclerenchyma. Meristematic tissue has cells small in size and isodiametric in shape. Permanent tissue has cells large in size and their shape varies.
What is the main difference between meristematic tissue and permanent tissue?
Meristematic | Permanent |
---|---|
Cells of this tissue are very active, have dense cytoplasm, thin walls and prominent nuclei. They lack vacuoles. | They are vacuolated, vary in shape and size. Their cell wall may be thick |
Cell wall is cellulosic | Cell wall is made up of cellulose/ lignin/ suberin. |
Which process is followed by meristematic tissue?
The process by which the cells divide meristematically to take a permanent shape, size and function is called differentiation.
Which permanent tissue becomes meristematic and divide and divide?
The process in which a simple permanent tissue like parenchyma and collenchyma regain their power of cell division and becomes lateral meristems.
Why simple permanent tissues are called so?
The cells of permanent tissues do not have the ability to divide. These cells are already differentiated in different tissue types and is now specialized to perform specific functions. So, simple permanent tissues are called so because the cells are similar and are differentiated.
What process permanent tissues are formed?
The process by which permanent tissue is formed from meristematic tissue is called cell differentiation. Cell differentiation includes taking of permanent shape and size. Also, the meristematic tissue differentiate or gets divided to form the permanent tissue.
What is the difference between meristematic tissue and permanent tissue?
The main difference between meristematic tissue and permanent tissue is that meristematic tissue consists of young living cells that are capable of continuously dividing and are responsible for the plant growth while permanent tissue consists of specialized cells that have lost their ability to divide and function as protective, conductive, and
What is permanent tissue in plants?
What is Permanent Tissue A plant tissue that has completed its growth and differentiation and is incapable of dividing is known as the permanent tissue. Cells in the permanent tissue are mature and consist of a defined size, shape, and function. The permanent tissue can be found in every part of the plant body.
What is the protoplasm of the cells of meristematic tissue?
The protoplasm of the cells is very dense. The meristematic tissues heal the wounds of an injured plant. The cells of the meristematic tissue are young and immature. They do not store food.
What is the function of meristematic cells in plants?
Meristematic cells are classified into many types based on their location in the plant and their origin. The basic function of these cells is that they have the ability to continuously divide, producing newer cells similar to them.