What are exocrine glands?
Exocrine glands are glands that produce secretions intended for the surface of the organ, unlike endocrine glands that secrete the compounds into the bloodstream. Some examples of exocrine glands include mammary glands, sweat glands and salivary glands, and numerous exocrine glands can also be found inside the body, making processes such as digestion. Some glands are both endocrine and exocrine in nature, eliminating hormones into the bloodstream along with compounds that reach the surface of the organ. Simple channels consist of a single channel, while compound channels branch and provide greater coverage. Pipes can also rotate and turn in different ways that create a series of subclassification based on the shape of the pipe. The shape of the pipes can be clearly distinguished by magnification and sometimes hitchhiking or dyes can be used to relieve the pipeline. On the other hand, the holocrine glands produce compounds by allowing their cells to break up to release the desired secretion, and the apocrine glands release their cells withField with secretion, with cells off and replaced as needed. These three types of glands appear in many different areas of the body, each with the advantages and disadvantages that make it particularly suitable for specific applications.
secretion produced by these glands can be divided into proteins and mucus. Some exocrine glands produce both proteins and mucus, depending on where they are located and what their function is. The mercy glands are classically used to create a layer of lubrication and protection of the body, while glands that secrete the proteins CA have a number of functions. For example, exocrine cells in the intestinal tract produce proteins used in digestion.
As with endocrine glands, the function of the exocrine glands is decisive for the overall health of the body. To evaluate the function of these glands, a number of techniques can be used to determine whether they work properly and what the cause of failure could be. HarmThe gland can play a role, as well as cell signaling problems that lead to mixed or missed reports that confuse the gland or cause it to turn off. Synthetic versions of some secretions of exocrine glands are available to replace production problems, such as artificial tears that deal with tear gland problems.