Carbohydrates
Glucose
Fractose
Sucrose
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Cell sap contains water, sugars, salts, organic acids, and sometimes pigments and enzymes. It serves as a reservoir for storing nutrients, maintaining turgor pressure, and facilitating various cellular processes within plant cells.
The cell sap vacuole in plants is much larger than animals. In plant cells the vacuoles are usually large and permament and have the same function. In addition to storing important substances, it also helps support the plant. The pressure of water filling the cell vacuole pushes out against the cell wall. This gives the wall enough strength to hold up fairly large gree plants. We all know the first indication that we are not giving our house plants enough water. They start to droop or wilt.
Ah, cell sap is like the lifeblood of a plant, flowing through its cells and keeping it healthy and hydrated. It's stored in the vacuoles of plant cells, kind of like a little storage tank filled with water, nutrients, and other important substances. Just like how we need water to thrive, plants rely on their cell sap to stay strong and vibrant.
Cell sap is the liquid contained within the vacuole of a plant cell. It consists of water, enzymes, nutrients, ions, and waste products. Cell sap helps maintain turgor pressure, store nutrients, and regulate various cellular processes within the plant cell.
Cell sap is found in plant cells. It is a watery fluid that contains various substances such as sugars, salts, and pigments. It helps in maintaining turgidity and providing nutrients to the plant cell.
Cell sap is another term for cytoplasm. Yes they do.
No, animal cells do not have cell sap. Cell sap is a fluid found in the vacuoles of plant cells, which store water, sugars, ions, and pigments. Animal cells do not have a central vacuole like plant cells, so they do not contain cell sap.
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Cell sap contains water, sugars, salts, organic acids, and sometimes pigments and enzymes. It serves as a reservoir for storing nutrients, maintaining turgor pressure, and facilitating various cellular processes within plant cells.
Cell sap consists of water and various substances that are often in the form of a colloidal suspension. On the average, cell sap has twice the viscosity of water. In dormant seeds and spores the cell sap dehydrates, hydrating again upon germination. Young cells have less cell sap than older ones. The composition of cell sap is specific to families and even to species, depending also on growth conditions, the age of the plant, and the age of the individual cells. Cell sap contains the carbohydrates glucose, fructose, sucrose (grapes, apples, pears, sugar beets), and inulin (dahlia, Jerusalem artichoke), pectins (citrus, currants, apples), and glycosides (hesperidin, amygdalin); tannins; a number of amino acids (leucine, tyrosine); alkaloids (nicotine, anabasine, caffeine); organic acids (oxalic, citric, malic); and inorganic acids. Calcium oxalate crystals are found as inclusions. The cell sap of some marine algae contains iodine and bromine.
Cell sap is a sugary liquid which is found in the vacuole of a plant cell
The vacuole contains the cell sap which supports the plant cell. The cell wall of the plant cell supports it and gives it a regular shape too.
The cell sap of a vacuole is primarily composed of water, along with various solutes such as ions, sugars, amino acids, and waste products. It also contains enzymes, pigments, and other substances that help maintain the cell's internal environment and function.
The solution that fills the vacuoles of plant cells is called cell sap. It is primarily composed of water, along with various ions, sugars, enzymes, and other nutrients. The vacuole plays a crucial role in maintaining turgor pressure and storing essential substances for the cell.
The cell sap vacuole in plants is much larger than animals. In plant cells the vacuoles are usually large and permament and have the same function. In addition to storing important substances, it also helps support the plant. The pressure of water filling the cell vacuole pushes out against the cell wall. This gives the wall enough strength to hold up fairly large gree plants. We all know the first indication that we are not giving our house plants enough water. They start to droop or wilt.
Cell sap