The vacuole maintains fluids, removes wastes, stores ingested food, and provides and maintains cellular structure.
Animal cells are typically bathed in extracellular fluids that contain all of the water, ions and nutrients that they need. Animal cells are also not in a state of turgor, mostly due to a lack of a cell wall. Enzymatic reactions in plants cells are optimized to be efficient when the plant cell has a high water potential. Animal cells enjoy a neutral water potential. Animals also have specialized cells for nutrient storage and immune responses. In animal cells, lysosomes are used to digest/recycle materials, but that is where the similarity ends between these two organelles.
A cell inside a vacuole is likely a plant cell, as vacuoles are larger and more prominent in plants compared to animal cells. The vacuole serves various functions such as storing nutrients, maintaining turgor pressure, and isolating harmful substances. The cell can still carry out its normal functions within the vacuole, although it may be somewhat isolated from direct interactions with the surrounding environment.
The lysosome performs similar functions to the vacuole. Both organelles serve as storage compartments, containing and breaking down molecules such as waste products or nutrients. They help maintain cellular homeostasis and play a role in maintaining cell structure and function.
The structures allow the cell to perform specific functions.
The nucleus of a cell is usually round in shape. It contains the cell's genetic material and regulates cellular functions.
that would be the organelles
No, if you had to answer what controls all functions in cell, it would be the nucleus.
The vacuole in an animal cell functions to store nutrients, waste products, and maintain the cell's shape and structure.
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The Vacuole serves as the stomach per say for that particular cell. It only has one.
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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.
Cell sap is found in the central vacuole of plant cells. The central vacuole is a large organelle that stores water, nutrients, and waste products. It helps maintain turgor pressure and regulate cell functions.
A cell inside a vacuole is likely a plant cell, as vacuoles are larger and more prominent in plants compared to animal cells. The vacuole serves various functions such as storing nutrients, maintaining turgor pressure, and isolating harmful substances. The cell can still carry out its normal functions within the vacuole, although it may be somewhat isolated from direct interactions with the surrounding environment.
The waste vacuole in an animal cell functions to store and transport waste materials for excretion. It helps maintain cellular cleanliness by removing unwanted substances from the cell. Once filled with waste, the vacuole can merge with the cell membrane to expel its contents outside the cell.
Vacuoles appear in both animal and plant cells, but they perform different functions. In animal cells, vacuoles are rather small compared to those of plant cells and are more used a receptacles for waste products of the cell. In plant cells, vacuoles serve a much larger purpose. The biggest organelle in the plant cell, the central vacuole, is used to hold water and maintain the structure of the plant cell. In addition, the central vacuole can be used to enlarge and lengthen the cell by taking in water from its surroundings.
Organelles
The lysosome performs similar functions to the vacuole. Both organelles serve as storage compartments, containing and breaking down molecules such as waste products or nutrients. They help maintain cellular homeostasis and play a role in maintaining cell structure and function.