The long narrow shape of cells in the palisade layer adapt the cells to their major by shedding whatever isn't needed and growing what is needed to be able to function in their area.
only in a narrow range of temperature and pH.
Chloroplasts
Three ways in which animal cells are dissimilar to plant (palisade) cells are:Animal cells have no cell wall, plant (palisade) cells doPlant (palisade) cells contain chloroplasts, animal cells don'tAnimal cells are a random shape, whereas plant (palisade) cells are generally rectangular
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A palisade cell is a plant cell. These cells are found immediately below the upper epidermis of a leaf and form the mesophyll layer. Palisade cells are closely packed together and have many chloroplasts in order to absorb maximum amount of sunlight in order to maximize the process of photosynthesis.
True
Palisade cells are plant cells located on the leaves
The palisade layer of the leaf consists of orderly arranged cells. The palisade layer contains most of the chloroplast in the cell. Also the ordered arrangement of the cells minimises the cell wall, thus facilitating maximum absorption of light, needed for photosynthesis.
Really all cells have a cell wall, this gives them soport and protection from bacteria, only having the virus as a threat
The palisade mesophyll organ belongs to the leaf organ.
Palisade is designed for plant cells
only in a narrow range of temperature and pH.
Palisade cells are present in the leaves of many plants. In palisade cells, oils and fats are stored in the cell membrane.
palisade cells are special for photosynthesis. photosynthesis needs a green chemical called chloroplasts. without chloroplasts the palisade cells would never be able to get sunlight and live.
Palisade cells are the column like cells that lie just under the epidermis. Palisade layer is one layer of the mesophyll.
Palisade cells normally exist as one closely packed row and contain many chloroplasts. During the hours of daylight palisade cells are photosynthetic, using the energy of the sun to create carbohydrates from water and carbon dioxide.
They absorb the light needed for photosynthesis.