The cells in the corpus layer region undergo rapid mitosis
Brain cells
A single cell undergoing mitosis typically produces two daughter cells.
Somatic cells would be the general term describing the type of cells undergoing mitosis in a human. These are the any cells in the body that are not specialized for reproduction and undergo mitosis for growth, repair, and maintenance.
Mitosis is a process of cell division that results in two genetically identical daughter cells. Therefore, one cell undergoing mitosis produces two daughter cells.
the chain reaction of asexual reproduction
The very top layer of the dermis is always undergoing mitosis as the top layer (epidermis) is being lost all the time.
All cells are undergoing mitosis continuously to replace, cells that are dying continuously.
All cells are undergoing mitosis continuously to replace, cells that are dying continuously.
Brain cells
A single cell undergoing mitosis typically produces two daughter cells.
Somatic cells would be the general term describing the type of cells undergoing mitosis in a human. These are the any cells in the body that are not specialized for reproduction and undergo mitosis for growth, repair, and maintenance.
Brain cells
Mitosis is a process of cell division that results in two genetically identical daughter cells. Therefore, one cell undergoing mitosis produces two daughter cells.
The layer of the epidermis that is constantly undergoing mitosis is called the stratum basale, also known as the basal layer. This layer is responsible for producing new skin cells that eventually move up through the other layers of the epidermis.
Skin cells undergo mitosis to replace old or damaged cells, maintain the overall integrity of the skin, and facilitate wound healing. Additionally, mitosis helps in the growth and development of the skin during periods of growth.
These are called permeant cells. Examples are adult neurons, striated muscles, cardiac muscle, RBCs and cells of lens in the eye.
Nerve cells (neurons) and muscle cells (myocytes) stop undergoing mitosis after birth. Once fully developed, these cells mostly remain in a post-mitotic state, meaning they do not divide further.