Holocrine glands store secretions until the cells accumulate a full load, rupture, and release the contents. This process allows the entire cell, along with the secretions, to be released. Sebaceous glands in the skin are an example of holocrine glands.
Holocrine gland
Glands that secrete their products by the bursting of cells are known as holocrine glands. In this type of secretion, the entire cell disintegrates to release its contents, which typically include lipids and cellular debris. An example of a holocrine gland is the sebaceous gland, which produces sebum to lubricate the skin and hair. This mechanism contrasts with other gland types, like merocrine and apocrine glands, which release their products without cell destruction.
The bone marrow has the highest rate of mitosis in the body. It is responsible for producing various blood cells through a process called hematopoiesis.
The adrenal gland consists of cells that accumulate a secretory product, known as adrenaline or epinephrine, in their cytosol. These cells, known as chromaffin cells, are found in the adrenal medulla. When stimulated, these cells release adrenaline into the bloodstream as part of the body's stress response.
Holocrine gland is a type of exocrine gland that destroys its own cells in addition to its products. An example of this is the sebaceous gland.
Holocrine glands store secretions until the cells accumulate a full load, rupture, and release the contents. This process allows the entire cell, along with the secretions, to be released. Sebaceous glands in the skin are an example of holocrine glands.
Holocrine gland
epithelia tissue
Examples of holocrine glands include the sebaceous glands of the skin and the meibomian glands of the eyelid. Source: http://en.wikipedia.org/wiki/Holocrine
Holocrine glands are a type of secretory gland where the secretory product is formed inside the cytoplasm and the secretion is released by the disruption of the plasma membrane and destruction of the cell. Therefore, holocrine is the answer because it is a secretory gland and cells are lost in the secretion, thus needing continuous reproduction.
The bone marrow has the highest rate of mitosis in the body. It is responsible for producing various blood cells through a process called hematopoiesis.
Apoptotic sebocytes. They are a type of oil-producing gland cells that naturally undergo programmed cell death as part of their normal function in the skin.
The adrenal gland consists of cells that accumulate a secretory product, known as adrenaline or epinephrine, in their cytosol. These cells, known as chromaffin cells, are found in the adrenal medulla. When stimulated, these cells release adrenaline into the bloodstream as part of the body's stress response.
The medical term meaning a thyroid gland that appears to be functioning within normal parameters is Euthyroid.
holocrine glands
The glandular secretion is associated with pocrine, holocrine, and merocrine.