cause cells have vacuoles and animals are made of millions of cells, so they have millions of vacuoles
It can, the number and size of vacuoles in animal cells varies. The vacuoles in animal cells are usually small, but some animal cells have no vacuoles at all.
A vacuole is an organelle found in plant cells primarily and some other eukaryotic cells. It stores water, nutrients, waste products, and provides turgidity to plant cells. In some organisms, the vacuole also helps in maintaining the pH balance and detoxification.
In a plant cell the vacuole is much larger than the animal cells vacuole. The plant cells vacuole mostly contains water. In the animal cells vacuole it is used to store waste.Animal cells do not have vacuoles. Only plant cells
Vacuole's are found in plant cells. They are large areas in the center of the cell usually holding water and some enzymes. The vacuole performs many functions for the cell such as supporting the plant, maintaining pressure and pH, holding waste and threat particles, and exporting unwanted substances.
A vacuole membrane is a membrane that surrounds a vacuole, a membrane-bound organelle found in the cytoplasm of plant cells and some protists. It helps maintain the integrity of the vacuole and regulates the movement of molecules in and out of the vacuole.
A vacuole is a membrane bound organelle which is present in all plant and fungal cells and some protist, animal and bacterial cells.
It can, the number and size of vacuoles in animal cells varies. The vacuoles in animal cells are usually small, but some animal cells have no vacuoles at all.
Yes, animal cells do have vacuoles, but they are smaller and less prominent compared to plant cells. Vacuoles in animal cells primarily function in storage, waste management, and maintaining the cell's internal environment.
A vacuole is an organelle found in plant cells primarily and some other eukaryotic cells. It stores water, nutrients, waste products, and provides turgidity to plant cells. In some organisms, the vacuole also helps in maintaining the pH balance and detoxification.
That structure is called a vacuole, which serves various functions such as storage, waste disposal, and maintaining cell structure in plant cells and some protozoans. In plant cells, the central vacuole can also aid in maintaining turgor pressure.
In a plant cell the vacuole is much larger than the animal cells vacuole. The plant cells vacuole mostly contains water. In the animal cells vacuole it is used to store waste.Animal cells do not have vacuoles. Only plant cells
Vacuole's are found in plant cells. They are large areas in the center of the cell usually holding water and some enzymes. The vacuole performs many functions for the cell such as supporting the plant, maintaining pressure and pH, holding waste and threat particles, and exporting unwanted substances.
The organelle, the vacuole is found in both plant and animal cells. In animal cells they are small and are associated with the colelction and disposal of waste/ by-products within the cell. In plants the vacuole is large and provides internal structure and pressue within the cell, contributing to the shape and rigidity of the plant cell.
A Plant cell has a chloroplast whereas an animal cell does not. A plant cell has a large prominent vacuole whereas an animal does not have a large vacuole. It may only have small vacuoles though in some no vacuoles will be seen. A plant cell has a cell wall whereas an animal cell does not.
There are some ways in which plant cells and animal cells differ. Plant cells contain a cell wall whereas animals cells only have a cell membrane. Plant cells contain chloroplasts for photosynthesis whereas animal cells do not. Plant cells have a large central vacuole for water storage whereas animal cells do not. Plant cells do not have lysosomes whereas animal cells do.
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A vacuole membrane is a membrane that surrounds a vacuole, a membrane-bound organelle found in the cytoplasm of plant cells and some protists. It helps maintain the integrity of the vacuole and regulates the movement of molecules in and out of the vacuole.