Yes, it can. It happens in the process of cell division. First the nucleus divides then each nucleus move to each end of the cell. Eventually the nucleus divides into two so it replaces the dead ones. Yes, it can. It happens in the process of cell division. First the nucleus divides then each nucleus move to each end of the cell. Eventually the nucleus divides into two so it replaces the dead ones.
It is called cell replacement .
Meiosis
u count dead cells stained by trypan blue. trypan blue enters the cells only when it has died since when a cell dies it looses its property of controlling selective inlet of micromolecules. When cells r alive it doesn't allow inlet of trypan blue so viable cells r not stained. viable cells = total cells - trypan blues stained cells Nitin Ghoshal Dept of Biotechnology NEHU, Shillong, Meghalaya, India
The process of recycling dead cells is carried out by specialized cells called phagocytes. These cells engulf and break down the dead cells, recycling their components into new molecules that can be used by the body for energy or building new cells.
White blood cells help to clear away dead cells by engulfing and breaking them down through a process called phagocytosis. This helps to remove dead cells and prevent the buildup of cellular debris, which can be harmful if left unchecked.
It is called cell replacement .
Then replace the battery.
Meiosis
u count dead cells stained by trypan blue. trypan blue enters the cells only when it has died since when a cell dies it looses its property of controlling selective inlet of micromolecules. When cells r alive it doesn't allow inlet of trypan blue so viable cells r not stained. viable cells = total cells - trypan blues stained cells Nitin Ghoshal Dept of Biotechnology NEHU, Shillong, Meghalaya, India
Your body is constantly replace the dead cells with new ones. So that the tissue in your cells can work actively...
The process of recycling dead cells is carried out by specialized cells called phagocytes. These cells engulf and break down the dead cells, recycling their components into new molecules that can be used by the body for energy or building new cells.
The outer most The statum corneum (horny layer) which is composed of 20-30 layers of dead cells
Skin cells constantly regenerate to replace old, damaged, or dead cells. This process helps to maintain the skin's protective barrier function, promote healing, and prevent infections. Additionally, new skin cells help to give the skin a fresh and healthy appearance.
It all depends on which cells. Some are not replaced. These are mostly nerve cells such as found in the brain. Other cells constantly die and are shed and replaced from tissues below them. An example of this are your skin cells.
When cells divide they help you grow. Also, they replace, grow, repair your dead cells.
The new skin cells will move up to the surface and replace the dead skin cells.
not the replace and growth of worn and or dead cells