Because there is water in the cell. Water would form crystals as it freezes. These crystals interrupt the membranes and other organelles in the cells. They look okay while frozen, but once thawed, the cells cannot maintain their integrity any more. There are certain animal, I think a type of frog, that can handle freezing and thawing.
No, freezing yourself solid would lead to irreversible damage to your cells and tissues, resulting in death. The formation of ice crystals within your body would cause severe damage to cells and disrupt bodily functions, making it impossible to survive in a frozen state.
Freezing the thymus can lead to the formation of ice crystals within the cells, causing mechanical disruption and potential damage to cellular structures like the nucleus. This can affect the integrity of the nuclear material and make it difficult to observe under a microscope. Additionally, freezing can alter the molecular composition of the cells, making nuclear material less accessible for visualization techniques.
Freezing can damage seed tissues and reduce viability, affecting the germination process. Ice crystals can form inside the cells and disrupt membranes, leading to cell death. It is generally recommended to store seeds in cool, dry conditions above freezing temperatures to maintain their viability.
Glycerol acts as a cryoprotectant by reducing ice crystal formation within bacterial cells during freezing. This helps to prevent damage to the cell membrane and other cellular structures. Glycerol also helps to maintain cell volume and integrity during the freezing and thawing process.
damage to ependymal cells would most likely affect the production and circulation of cerebrospinal fluid within the brain and spinal cord. This could lead to conditions such as hydrocephalus due to impaired fluid balance.
Freezing causes the water inside living cells to form sharp crystals. These crystals puncture and destroy the cellular organelles and membrane. Certain animals have 'cryoprotectants' that help reduce the damage caused by freezing.
Freezing is the process in which water turns into ice due to low temperatures. When plants are exposed to freezing temperatures, the water inside their cells can freeze, causing the cells to expand and potentially burst. This can damage the plant's tissues and lead to wilting, browning, and ultimately death of the plant.
No, freezing yourself solid would lead to irreversible damage to your cells and tissues, resulting in death. The formation of ice crystals within your body would cause severe damage to cells and disrupt bodily functions, making it impossible to survive in a frozen state.
excessive drinking
Freezing the thymus can lead to the formation of ice crystals within the cells, causing mechanical disruption and potential damage to cellular structures like the nucleus. This can affect the integrity of the nuclear material and make it difficult to observe under a microscope. Additionally, freezing can alter the molecular composition of the cells, making nuclear material less accessible for visualization techniques.
it just postpone it.because the Cancer cells can't work.
Could not get any Sugers to the cells which means the cells would die off if it was damage.
No. Freezing destroys the cells.
Freezing and thawing can destroy the cells, and this is not a processed used to preserve them. They can be preserved by cryopreservation by lowering the temperature to -196F.
Equilibration is an important step in cryopreservation as it allows the cells or tissues to adjust to the cryoprotectant solution before freezing. This process helps to minimize osmotic stress and damage to the cells during freezing and thawing. Proper equilibration can improve cell survival rates and maintain cell functionality after cryopreservation.
No, a hamster cannot survive being frozen. Freezing temperatures can cause irreversible damage to the hamster's cells and organs, leading to death.
Yes, I think it can damage candles (do not relay on me).