Cytoskeleton
No, cell walls are not considered organelles in a cell's structure. Organelles are membrane-bound structures within a cell that have specific functions, while cell walls are rigid structures found outside the cell membrane that provide support and protection to the cell.
There actually is not a structure that provides support in an animal cell because they lack a definite shape. Animal cells only have cell membranes, but those do not provide rigid support like that of the cell wall in plants.
Plant cells are supported by a rigid structure called the cell wall, made of cellulose. The cell wall provides structural support and protection for plant cells, allowing them to maintain shape and function properly within the plant tissue.
The cytoskeleton is composed of microfilaments, microtubules, and intermediate filaments. These structures provide support and shape to the cell, aid in cell movement and division, and help transport materials within the cell.
Animal cells do not have cell walls. The function of cell walls in plant cells is to provide structural support and protection, but animal cells rely on other structures like the cytoskeleton for support and protection.
Cell membrane and cell wall.
Microtubules are the primary structures in the cytoskeleton of eukaryotic cells. They provide shape and support to the cell, allow for intracellular transport, and are involved in processes such as cell division and cell motility.
No, cell walls are not considered organelles in a cell's structure. Organelles are membrane-bound structures within a cell that have specific functions, while cell walls are rigid structures found outside the cell membrane that provide support and protection to the cell.
Structures such as the cytoskeleton (made up of proteins like actin, tubulin, and intermediate filaments) provide support and shape to the cell. Additionally, extracellular matrix proteins outside the cell can also provide support and structure.
The description of microtubules is hollow rods or hollow cylindrical structures. They mainly help to shape and support the cell.
Some examples of noncellular structures include the cell wall, extracellular matrix, and flagella. These structures provide support, protection, and movement to the cell.
There actually is not a structure that provides support in an animal cell because they lack a definite shape. Animal cells only have cell membranes, but those do not provide rigid support like that of the cell wall in plants.
Microfilaments, microtubules, and intermediate filaments are threadlike structures that help control a cell's activities. They provide structural support, assist in cell division, and help with intracellular transport and movement. These structures are essential for maintaining cell shape and organization.
Plant cells are supported by a rigid structure called the cell wall, made of cellulose. The cell wall provides structural support and protection for plant cells, allowing them to maintain shape and function properly within the plant tissue.
Solids are important to life because they provide structure and support to living organisms. For example, bones in animals and cell walls in plants are solid structures that provide support and protection. Solids are also involved in processes like digestion, as some nutrients are present in solid form and need to be broken down for absorption.
Both the cell membrane and cell wall are structures that provide support and protection to the cell. They both help maintain the shape of the cell and control what substances can enter and exit the cell.
Any ideas that suggest non-living things can form from cells, disprove the presence of cells in living organisms, or reject the basic unit of life being the cell would not support the cell theory. Additionally, beliefs that cells are not fundamental to the functions and structures of living organisms would also not align with the cell theory.