Cactus cells have nuclei, which determine the plant's characteristics. The nuclei are mostly made up of nucleoproteins. Cactus cells also have protoplasm. The protoplasm is made up of vital compounds of carbon, hydrogen, nitrogen, and oxygen. And cactus cells have semipermeable membranes. The membranes serve as boundaries. They also serve as the means for moving around water and watery products and solutions.
The entire make up of the cactus cell is involved in what every one of the plant's cells does best: cooperating to carry on necessary, life sustaining activities. Cactus cells contribute to the making of energizing photosynthetic products. In fact, coordinated cell activity is critical to the successful, cooperative photosynthetic effort with incoming sunlight and carbon dioxide; and in house supplies of chlorophyll, dissolved nutrients, and water.
Yes
inside the chloroplast in the plants cells.
Cactus cells typically contain around 80-90% water, while camel cells can have a water content of around 60-75%. Dragonfly cells are made up of approximately 70-90% water.
Yes, a cactus has cells, just like all living organisms. These cells are organized into tissues and contribute to the plant's structure and functions, including photosynthesis, water storage, and nutrient transport. Cactus cells contain chloroplasts for photosynthesis and specialized structures to help minimize water loss in arid environments.
Xerophytic plants
Cactus cells have nuclei, which determine the plant's characteristics. The nuclei are mostly made up of nucleoproteins. Cactus cells also have protoplasm. The protoplasm is made up of vital compounds of carbon, hydrogen, nitrogen, and oxygen. And cactus cells have semipermeable membranes. The membranes serve as boundaries. They also serve as the means for moving around water and watery products and solutions.The entire make up of the cactus cell is involved in what every one of the plant's cells does best: cooperating to carry on necessary, life sustaining activities. Cactus cells contribute to the making of energizing photosynthetic products. In fact, coordinated cell activity is critical to the successful, cooperative photosynthetic effort with incoming sunlight and carbon dioxide; and in house supplies of chlorophyll, dissolved nutrients, and water.
Yes. Only plant cells contain chloroplasts.
A cactus is deeply rooted and, even in a hot desert, there may be dampness below. Also, whenever it does rain, the cactus will store water in special cells that cause the cactus to swell. Another adaptation is that a cactus's covering is waxy to prevent water loss. While it may be hot during the day, temperatures can plummet at night.
Various species of prickly pear and cholla Claret cup cactus Hedgehog cactus Peyote Rainbow cactus Corncob cactus Living rock cactus Button cactus Eagle claw cactus (aka Turk's head cactus) Fish hook barrel cactus Pincushion cactus Strawberry cactus several others
A cactus collapses in on itself when it loses turgor pressure in its cells, causing it to shrivel and wilt. This can happen due to lack of water, extreme temperatures, disease, or physical damage to the plant.
No, a cactus does not have a thorn. A cactus has spines.
cactus and cactus water