Vacuoles are a prominent feature of plant cells where they have several functions. Recent research has revealed that a plant cell may contain at least two major types of vacuoles, lytic and storage. Lytic refers to item 6. # Plant vacuoles serve as a "cellular trashbag" for all sorts of compounds and ions such as salt, mineral nutrients, heavy metals and organic compounds, that would be toxic if they were in the cytoplasm. # Anthocyanin pigments occur in plant vacuoles. Anthocyanins provide colors other than green for many flowers and fruits. Fruits that get their color from anthocyanins include apple, grape, raspberry, cherry and Indian corn. Anthocyanins also provide the red colors in fall leaves and colors in some variegated leaves, such as coleus, and nongreen leaves, such as red onion, purple cabbage, red cabbage, purpleleaf plum and red Japanese maple. # Plant vacuoles accumulate enough dissolved compounds to give the plant cell a low enough osmotic potential to absorb water via osmosis. # In conjunction with the cell wall, the vacuole functions to provide turgor for plant cells. Turgor is required for the cell enlargement that is essential for growth. # Vacuoles can store protein or carbohydrates. # Vacuoles may contain hydrolytic enzymes and function in degradation.
The number of vacuoles in a cell can vary depending on the cell type and its function. Typically, plant cells have one or more large central vacuoles, while animal cells may have smaller and fewer vacuoles scattered throughout the cell.
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.
No, not all unicellular organisms have vacuoles. Vacuoles are membrane-bound organelles found in some eukaryotic cells that store water, nutrients, and waste products. While many unicellular organisms have vacuoles, there are some that may not possess this organelle.
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.
Storage chambers within the cell include vesicles, vacuoles, and lysosomes. Vesicles are small membrane-bound compartments that transport and store molecules. Vacuoles are larger storage organelles that can store water, nutrients, or waste products. Lysosomes are specialized vesicles that contain digestive enzymes to break down cellular waste materials.
Animal cells do not have Cell Walls, or Vacuoles, or Chloroplasts.
alens have a vacuoles because the thing witch has a vacuoles should be green
No, but they have multiple, smaller vacuoles.
they both have vacuoles. plant cells have bigger vacuoles then animal cells
only plant cells have vacuoles
An animal cell doesn't have vacuoles.
Vacuoles store food and junk
Vacuoles are the food storage for the cells. They are open spaces that contain food material for the cell.
animal cells have either very small vacuoles, or no vacuoles at all, whereas plant cells have very large vacuoles.
animal cells have either very small vacuoles, or no vacuoles at all, whereas plant cells have very large vacuoles.
Vacuoles help to store mainly water, but they also store things like salts and carbohydrates. Vacuoles in plant cells are much bigger than vacuoles in animal cells.
Vacuoles in a plant cell are bigger than animal cell vacuoles. In fact, some animal cells don't even have vacuoles.