Sclerenchyma cells are the type of plant cells that die at maturity and have thick, lignified cell walls that provide support for the plant.
muscle cells and nerve cells. E.G. Nerve cells can never be created again after they die.
Plant cells that are transitioning from parenchyma to collenchyma. The transition process sheds the nucleus as the cell walls become thickened and the cell beings to die. This is the process that is responsible for tree bark.
The nuclei is not visible in the sclerenchyma tissue at maturity because the cells are usually dead.
The tubular cells in the xylem that have tapered ends and are dead at maturity are called tracheids. These cells facilitate the conduction of water and minerals in plants and provide structural support. Tracheids are found in both gymnosperms and angiosperms, and their elongated, tapered shape allows for efficient water transport through the plant's vascular system.
Examples of cells that divide rapidly after maturity include skin cells, intestinal cells, and blood cells. Examples of cells that do not divide at all after maturity include neurons and cardiac muscle cells.
Sclerenchyma cells are the type of plant cells that die at maturity and have thick, lignified cell walls that provide support for the plant.
red blood cells
No.
Sclerenchyma cells provide support in plants and are typically dead at maturity. These cells have thick, lignified cell walls that provide structural support to the plant's tissues.
A cell would die without its nucleus as it is its "brain" which controls the cell. Only human red blood cells have no nuclei after maturity.
muscle cells and nerve cells. E.G. Nerve cells can never be created again after they die.
muscle cells and nerve cells. E.G. Nerve cells can never be created again after they die.
The layer of the epidermis that contains cells that are dead at functional maturity is the stratum corneum. This outermost layer consists of keratinized dead cells that provide a protective barrier against environmental damage, pathogens, and water loss. These cells are continuously shed and replaced by cells from the underlying layers.
Usually when they die. There is also cells called lysosomes that commit 'cell suicide'. An example of this is when a fetus in a womb has gills. When the fetus starts developing lungs, the cells in the gills commit 'suicide' since they are no longer needed.
They last your whole life (not true) red blood cells: die and are made evry 3 weeks white blood cell: you never get more than you have brain cells: you can get any more (if you inhale carbon dinoxid some of the brain cells die, so do do it!)
The way old worn out cells are replaced.Invest High School