If there are no meristematic tissues in a plant, the plant will not be able to continue to grow. Because meristematic tissues are comprised of cells that are in the process of dividing and may be found at the growth sites of plants. These are the factors that contribute to the growth of plants.
Meristematic tissues are those that are composed of cells that are dividing and can be found at the growth sites of plants. These are the factors that contribute to the growth of plants. If there are no meristematic tissues present in the plant, then the plant will not continue to grow.
What will happen if the meristem of a plant stops dividing?
When it comes down to it, the meristem is the only part of the plant that has the ability to cause the plant to continue to grow throughout its entire lifetime. If the meristem were to stop dividing, the plant’s growth would first be stunted, and any development or production that came from the plant would obviously cease permanently.
What is meristematic tissue?
The animals and the natural world. When discussing the study of plant biology, the phrase ″meristematic tissue″ is used to refer to the living tissues that include undifferentiated cells that serve as the fundamental component of all specialized plant structures.
Can a plant grow without a meristem?
No, in a nutshell; the meristem is the region in plants that generates new cells for the roots, the tips of shoots and branches, the leaves, the flowers, and the vascular cambium, which all contribute to an increase in the diameter of tree components. Therefore, there is no growth if there is no meristem. Is it possible for a plant to survive without a meristem?
Are meristematic cells living or nonliving?
Meristematic cells are unique among plant tissues in that they are always alive and contain a high proportion of thick liquid. Other plant tissues can be composed of both living and dead cells. When a plant is hurt, the undifferentiated meristematic cells are the ones that are in charge of repairing the wounds by differentiating into specialized cells and growing more specialized.
Why is meristematic tissue important to plants?
Primary meristematic tissue contributes to the plant’s ability to lengthen or grow vertically, which means that it assists the plant in developing both upwards toward the light and downwards into the ground. The plant is able to expand the girth or lateral development of its stems, branches, and roots thanks to the assistance of secondary meristematic tissue.
What is absent in meristematic cells?
Meristematic cells are cells that divide in a rapid and regular manner. These cells require a substantial amount of cytoplasm yet have relatively thin cell walls. Meristematic cells have great potential to divide. They do this by having a lot of cytoplasm but relatively thin cell walls. Meristematic cells do not contain vacuoles because of this reason.
Is absent in meristematic tissues?
The process of cell division is the primary function of meristotematic cells. The process of mitosis is their principal function. Because they do not produce any waste material, the meristematic cells do not often include any vacuoles in their structure.
What is meristematic tissue and its function?
Meristematic tissue is made up of cells that have not undergone differentiation and hence remain dynamic and capable of dividing throughout their whole lives. The ongoing process of cell division results in the production of new cells, which can then contribute to the growth, differentiation, and development of new organs.
What are the advantages of meristematic tissue?
In addition to this, the continued expansion of the plant is the responsibility of the mesistematic cells. The Root Apical Meristem (RAM) is responsible for the production of meristematic cells that will be used in the plant’s future root growth. The Shoot Apical Meristem (SAM) is responsible for the development of organs such as leaves and flowers.
What would happen if the meristem cease to divide?
Yes. Some meristems will eventually stop dividing at a certain point in time. They eventually transform into permanent tissues that perform a distinct role in the body. Meristems are the tissues in plants that continually divide in order to fuel the plant’s growth.
What is meristematic tissue class 9?
″Meristematic tissue″ refers to the plant tissue that retains the capacity to undergo active cell division even after the plant has reached its mature state.
What will happen if apical meristem is damaged class 9?
A solution can be found in the presence of apical meristems at the very terminals of roots and shoots. They develop into the sections of the roots and stems that are responsible for growth. If they are broken or cut, the section of their length that is growing will stop growing at a certain point.
Why vacuoles are absent in the cells of meristematic tissue class 9?
A) The cells that make up meristematic tissue are constantly dividing, and their conspicuous nuclei and sparse cytoplasm distinguish them from other types of cells. Because they are constantly diving to great depths, they have no need to store food or waste items; as a result, they do not possess vacuoles.
What happens to the cells formed by meristematic tissue?
They develop into permanent tissue that is able to divide. They go through a process that results in the formation of permanent tissue.
Which of the following organelle is absent in meristematic tissue?
Which of the following cell organelles is absent from the cells that make up meristematic tissue? Vacuole is the proper response to this question. Meristematic tissues are the sort of tissues that may be found in plants. Since they continue to divide and redivide, these tissues are essential to the growth of plants and play a role in plant development.
Which of the following is not a meristematic tissue in plants?
Vascular bundles are not meristematic tissues since they are composed of complicated tissue that also contains xylem and phloem.
Which chemical is absent in meristem of plant?
Vacuoles are lacking in meristematic plant cell.
Which of the following character is not related with meristematic tissue?
Since it is primarily concerned with the process of cell division, there is no waste to store, and as a result, there are no vacuoles present. Did you find that answer helpful?