No, the vacuole is not a bad cell part. In fact, vacuoles play important roles in plant and fungal cells such as storing nutrients, maintaining turgor pressure, and storing waste products. Without vacuoles, these cells would not be able to perform their functions effectively.
A secretory vacuole is a membrane-bound organelle found in certain cells, such as plant and fungal cells, that is involved in the storage and secretion of various substances such as proteins, enzymes, and pigments. When needed, these vacuoles release their contents outside of the cell through exocytosis.
Some prokaryotic cells may have vacuoles, but they are different from the vacuoles found in eukaryotic cells. Prokaryotic vacuoles are usually smaller and have diverse functions, such as storing nutrients or aiding in buoyancy control.
Yes, animal cells have vacuoles, but they are typically smaller and less prominent than vacuoles in plant cells. Animal cell vacuoles serve various functions such as storage of water, ions, and waste materials.
Vacuoles serve multiple functions in plant and fungal cells, including regulating turgor pressure, storing nutrients and waste products, maintaining cell structure, and helping with plant growth and development by storing water and maintaining cell rigidity. In some plant cells, vacuoles also contribute to pigmentation and defense mechanisms by storing pigments and toxic compounds.
No, the vacuole is not a bad cell part. In fact, vacuoles play important roles in plant and fungal cells such as storing nutrients, maintaining turgor pressure, and storing waste products. Without vacuoles, these cells would not be able to perform their functions effectively.
A secretory vacuole is a membrane-bound organelle found in certain cells, such as plant and fungal cells, that is involved in the storage and secretion of various substances such as proteins, enzymes, and pigments. When needed, these vacuoles release their contents outside of the cell through exocytosis.
Vacuoles in plant and fungal cells serve several functions, including storing nutrients, maintaining turgor pressure to give structure to the cell, and regulating the pH levels in the cell. They can also store waste products and contribute to the detoxification process in the cell.
Vacuoles are found in both animal and plant cells. In plant cells, a large central vacuole takes up most of the cell's volume, storing water, nutrients, and waste products. Animal cells may have smaller vacuoles, which serve various functions such as storing waste products or aiding in cell digestion.
All plant cells have vacuoles. Most fungal cells have vacuoles. Animals cells have lysosomes instead of vacuoles. Some animal cells may have a vacuole-like structure that stores water or gases, but these are not true vacuoles.
Some prokaryotic cells may have vacuoles, but they are different from the vacuoles found in eukaryotic cells. Prokaryotic vacuoles are usually smaller and have diverse functions, such as storing nutrients or aiding in buoyancy control.
Animal and fungi are not photosynthetic. So plant is the answer
Vacuoles are membrane-bound organelles found in cells, primarily in plant and fungal cells, and they serve several important functions. They primarily function as storage compartments for substances such as nutrients, waste products, and pigments. In plant cells, large central vacuoles help maintain turgor pressure, providing structural support and rigidity to the cell. Additionally, vacuoles can play a role in cellular processes such as detoxification and the regulation of pH.
Yes, animal cells have vacuoles, but they are typically smaller and less prominent than vacuoles in plant cells. Animal cell vacuoles serve various functions such as storage of water, ions, and waste materials.
Vacuoles serve multiple functions in plant and fungal cells, including regulating turgor pressure, storing nutrients and waste products, maintaining cell structure, and helping with plant growth and development by storing water and maintaining cell rigidity. In some plant cells, vacuoles also contribute to pigmentation and defense mechanisms by storing pigments and toxic compounds.
Vacuoles are saclike organelles that store materials such as water, nutrients, and waste products within plant and fungal cells. Vacuoles help maintain cell turgor pressure, support the cell structure, and can also perform functions like waste isolation and pigment storage.
Vacuoles are organelles encharged to store food,water,or other materials needed by the cell. The can also store waste products until the wastes are removed. Ribosomes are grain-shaped organelles that produce proteins.