Mecrocrine secretions are secretions of the exocrine gland, which are glands that excrete secretions externally. Types of mecrocrine secretions include sweat, spit, and mucus.
Merocrine Glands release its product and no part of the gland is lost or damaged.
No, as far as I can tell from definition, and as far as rupturing the cell, because definition of Merocrine is: "of or relating to a gland whose secretory cells remain undamaged during secretion".
Merocrine glands are a type of exocrine glands that secrete their products by exocytosis without losing any part of their cytoplasm. They are found in various tissues such as salivary glands, sweat glands, and pancreas. Their secretion is released via ducts to the surface of the skin or into body cavities.
Salivary glands and pancreatic glands are examples of merocrine glands.
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 glandular secretion is associated with pocrine, holocrine, and merocrine.
Merocrine Glands release its product and no part of the gland is lost or damaged.
No, as far as I can tell from definition, and as far as rupturing the cell, because definition of Merocrine is: "of or relating to a gland whose secretory cells remain undamaged during secretion".
Merocrine glands are a type of exocrine glands that secrete their products by exocytosis without losing any part of their cytoplasm. They are found in various tissues such as salivary glands, sweat glands, and pancreas. Their secretion is released via ducts to the surface of the skin or into body cavities.
This process is called holocrine secretion, where the entire cell containing the secretory product ruptures to release its contents. This differs from merocrine secretion, where secretory products are released through exocytosis without cell damage.
The nervous system communicates with the merocrine glands to regulate their function. Nerve impulses trigger the release of sweat from merocrine glands in response to various stimuli such as heat, stress, or physical activity.
There are two types based on glandular secretion. Merocrine is also called eccrine glands. They are coiled in deep dermis and respond to elevated temperature / exercise.They produce no odor and function throughout life and are not associated with hair follicles. Their secretion is water plus salts and wastes (urea and uric acid).
Salivary glands and pancreatic glands are examples of merocrine glands.
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.
Eccrine (sweat) glands.
the merocrine
Merocrine Sweat Gland (Merocrine secretion)Make up majority of bodies sweat glands Most concentrated in palms and solesCoiled tubular gland secretes watery fluid Sweat composed mainly of hypotonic sodium chlorideReleased directly onto skin surfaceInnervatation Cholinergic fibers of sympathetic nervous systemStimulation of sweatingExcessive body heatFear