The surface area of large cells is very small without an adequate adaptation. Large cells have many cell folds or Crista within their cell membranes and within the cell to maximize cell's surface area which speeds up the process of cellular metabolism.
Which is the smallest living cell which lacks cell wall and can survive without oxygen
The first thing that might happen to a cell if a required protein was not is apoptosis. Apoptosis is programmed cell death. Another outcome might be the loss of some of the function in the protein.
If a cell is synthesizing large quantities of protein, organelles such as ribosomes, endoplasmic reticulum (especially rough ER), and Golgi apparatus may be numerous. Ribosomes are responsible for protein synthesis, rough ER is involved in protein folding and processing, and the Golgi apparatus packages and modifies proteins for transport.
Exocytosis is the process by which large substances are moved out of the cell. This involves the fusion of vesicles containing the substances with the cell membrane, releasing the substances outside the cell.
Yes, large cells can survive. Larger cells may face challenges with nutrient and waste diffusion due to their size, but they can develop specialized structures like organelles to support their functions. Some examples of large cells that thrive include nerve cells and muscle cells.
Vacuoles may store food or any variety of nutrients a cell might need to survive.
mitochondria
A protist living in the hypertonic conditions of the Great Salt Lake would likely possess adaptations to manage osmotic stress, such as the ability to synthesize compatible solutes like glycerol or accumulate salts in their cytoplasm to balance osmotic pressure. Additionally, they might have specialized cell membranes that are more resistant to dehydration and can regulate ion transport effectively. These adaptations help them survive in an environment with high salinity, where water tends to flow out of their cells.
The cell might have difficulty supplying nutrients and expelling enough waste products.
Cells of the pith of a stem generally have thick cell wall and large vacuoles. Likewise, cells of the cortex in the older parts have thick cell wall and large vacuoles.
I don't know but a doctor might.
magnetron
Freezing temperatures can harm plants by causing ice crystals to form in their cells, leading to cell damage and dehydration. To survive, plants have developed adaptations such as producing antifreeze proteins, increasing sugar content in their cells, and shedding leaves to reduce water loss. These adaptations help protect plants from freezing temperatures and allow them to survive in cold conditions.
Golgi Bodies
got one that u might like 2 look in 2. the liver cell changes to help filter toxins in the body, and then dispose of them.
Protists living in the hypertonic conditions of the Great Salt Lake likely possess adaptations such as specialized ion pumps and channels that help regulate osmotic pressure by expelling excess salts. They may also produce compatible solutes, like glycerol or amino acids, to maintain cellular integrity and function in high salinity. Additionally, some might have thickened cell walls or protective membranes to prevent dehydration and protect against osmotic stress. These adaptations enable them to thrive in an extreme environment where most organisms cannot survive.
Every cell must have a cell membrane to maintain its integrity and to survive.