The difference between potato cells and onion cells, check cells, and lettuce cells is the presence of starch in the potato cells chloroplast organelles. The difference between cheek cells and the rest is easier the cheek cells do not have chloroplasts at all.
Potato tuber cells have leucoplasts, which are specialized organelles that store starch. Leucoplasts also help in the synthesis and storage of other macromolecules such as lipids and proteins. These organelles are responsible for the accumulation of carbohydrates in the form of starch in the potato tubers.
Potato plants can have white or pink blossoms due to genetic differences between varieties. White blossoms are more common in commercial potato varieties, while pink blossoms are often seen in heirloom or wild potato plants. The color of the blossom does not affect the quality or taste of the potato tubers that form underground.
A potato can represent an amyloplast. Amyloplasts are specialized organelles found in plant cells responsible for storing starch, similar to how a potato stores starch as a food reserve.
Potato cells are composed of water, proteins, lipids, carbohydrates (including starch), vitamins, minerals, and fiber. The cell wall is made of cellulose, while the organelles within the cell include the nucleus, mitochondria, and chloroplasts.
The potato may show some shrinking, but the more observable change is loss in mass of the peeled potato. Water will move out of the potato by osmosis. In osmosis, the water moves from the area of higher concentration to the area of lower concentration. There is lower water concentration outside of the potato because of the high amount of sugar dissolved in it. Depending on the concentration differences between the potato and the solution, water loss will continue until an equilibrium is reached. The potato piece will become flaccid (floppy)/plasmolysed, because of the water loss it has suffered. Shrinkage results from loss of turgor pressure in the potato, as a result of it becoming plasmolysed.
Potato. Carrots, cucumbers, Tomatoes and Lettuce are not starchy tubars.
Yes. Lettuce is about 96% water, potato about 79%. Please see the link.
Potato
lettuce and peach tree
The main differences between a potato and a sweet potato are their appearance, taste, and nutritional content. Potatoes have a smooth skin and white flesh, while sweet potatoes have a rough, reddish-brown skin and orange flesh. Sweet potatoes are sweeter in taste and have more vitamins and minerals than regular potatoes.
lettuce
Potato flour is made from the whole potato, while potato starch is extracted from the potato. Potato flour adds flavor and a denser texture to baked goods, while potato starch adds lightness and a smoother texture. Potato flour can make baked goods more moist, while potato starch can make them more tender.
Potato tuber cells have leucoplasts, which are specialized organelles that store starch. Leucoplasts also help in the synthesis and storage of other macromolecules such as lipids and proteins. These organelles are responsible for the accumulation of carbohydrates in the form of starch in the potato tubers.
Well potatoes have less protein than the liver therefore the liver reacts faster with more protein than the potato which is all starch.
· Beetroot (red beet) · Beet · Berber Potato · Bibb Lettuce · Bok Choy (Chinese cabbage) · Boston Lettuce · Broadleaf Arrowhead · Broccoli · Brussels sprouts · Burdock · Butterhead Lettuce
· Beetroot (red beet)· Beet· Berber Potato· Bibb Lettuce· Bok Choy (Chinese cabbage)· Boston Lettuce· Broadleaf Arrowhead· Broccoli· Brussels sprouts· Burdock· Butterhead Lettuce
lettuce, spinach, turnips, potato's, cabbage, and Brussels sprouts.