2 polysaccharides found in plants are starch and cellulose. :)
The cell walls of plants can actually have two layers. The primary structure is a polysaccharide known as cellulose (which is actually not digestible when consumed by humans). Later in the plant's life a second cell wall can be developed using a molecule known as lignin which is quite rigid even after the plant has died.
When a cell reproduces by mitosis, the two identical new cells are called daughter cells.
the structure of a plant cell contains a nucleus, cell wall , cell membrane mitochondria ,Golgi body, smooth endoplasmic reticulum, chloroplast, vacuole rough endoplasmic reticulum. it will be better if you see the structure at some other site
A eukaryotic cell is one of two different types of cells. Organisms that are based on the eukaryotic cell are called “eukaryotes” and include plants, animals, fungi, and protists. The only organisms that are not based on the eukaryotic cell are organisms based on a prokaryotic cell structure. It is the only cell that contain a nucleus.
Well, plant cells need something firm to hold themselves so they have the cell wall . It is a supporting structure and protects the cell from any injury. It is not a living organelle but made up of cellulose. Animal cells have the skeletal system to protect themselves. Animal cells do not have plastids because they get energy from food. Plants, however use chloroplast, a kind of plastid with the green pigment chlorophyll to make their food using sunlight. Moreover , plastids like chromoplast and Leucoplast provide color to the plant , hence attracting insects.
The cell wall of the plant is made from polysaccharides, which consist of two or more monosaccharides. Polysaccharides job in the cell wall is storage, while some other polysaccharides like starch are stored to be changed into energy.
it wil have two structures: chloroplast and cell wall
Cell wall and chroloplasts
If a plant could not produce polysaccharides from monosaccharides, it would struggle to store energy efficiently, as polysaccharides like starch serve as the main energy reserve. Additionally, it would be unable to form structural components such as cellulose, which provides rigidity and support to plant cell walls, ultimately compromising its overall structure and ability to grow.
Two examples of polysaccahrides are cellulose (makes up plant cell walls) and glycogen (which is how carbohydrate is stored in the cells of the body).
A cell plate forms
The two organelles most important to a plant cell for maintaining the vertical structure of the entire plant are the cell wall and the vacuole. The cell wall provides rigidity and strength, allowing the plant to maintain its shape and resist external pressures. The vacuole, filled with cell sap, helps regulate turgor pressure, which supports the plant's structure and keeps it upright. Together, these organelles ensure the plant can grow vertically and withstand gravity.
The two main polysaccharides found in plants are cellulose and starch. Cellulose is the structural component of plant cell walls, providing rigidity and support. Starch is a storage form of energy that plants use for growth and metabolism.
Cell plate is a formation in plant cells. It is a structure that grows between two sets of chromosomes when a cell is undergoing cell division. It is the structure that finally becomes the wall that sets apart the two new cells after cell division.
Both plant cells and prokaryotic cells have a cell wall that gives them their external structure. However, the composition of the cell wall differs between the two types of cells. Plant cells have a cellulose-based cell wall, while prokaryotic cells have a peptidoglycan-based cell wall.
The two types of polysaccharides are starch and cellulose. Starch is a storage polysaccharide found in plants and serves as a source of energy, while cellulose is a structural polysaccharide that provides rigidity to plant cell walls.
Plant cells have a cell plate that forms between the two daughter cells during cytokinesis, which eventually develops into a new cell wall. This structure is unique to plant cells and is not found in animal cells.