What are the apocrine glands?

Apocrine glands are placed in the skin, chest, lids and ears. They are a type of exocrine gland, which are glands that secrete the hormones into the pipeline. The counterparts of the exocrine glands are endocrine glands that eliminate their hormones directly into the bloodstream. Some endocrine glands also release hormones called pancaples that only affect specifically targeted cells very close to the place where they are released. Examples of endocrine glands are pituitary gland, pancreas, adrenal gland, ovaries and testicles.

Modified apocrine glands located in the female breast are milk producing milk. Other specialized apocrine glands located in the area of ​​the breast are responsible for secretion of fat droplets in breast milk. Modified apocrine glands are located in the ears and help in the formation of cerumen, more often known as the ear. In the skin and eyelids there are apocrine glands of sweat glands. The highest concentrations of apocrine sweat glands are located in armpit and weaknesses and in the area - darker skin surroundingsEarly breast nipples - human men and women.

While most of the real sweat is produced by simple sweat glands called ekcrine glands, the apocrine glands in the skin act primarily as fragrances. The apocrine glands are significantly larger, are deeper rooted into the skin and create much stronger secretion than ecrine glands. Rather than cooling the body, the primary function of the apocrine sweat glands is to create a sexual fragrance that is as individual as fingerprints. These glands become active as soon as puberty meets and plays a crucial role in sexual attraction.

The fragrance of sex hormones, called pheromone, allows communication with other members of this species through the olfactory sense or smell. One of the results of this quiet communication based on the smell is sexual excitement. One and again if people do not know that this is happening, it has been scientifically proven that these pheromones really aboutThey influence our pairing habits.

4 These microorganisms create the odor of the body by digesting sebum, oily substances secreted by sebaceous glands in the skin of mammals. This process helps the presence of water in the form of sweat from ecrine (simple) sweat glands. Eccrin glands are activated by heat and explain why we sweat more as ambient temperatures rise. Apocrine glands respond to stress and sexual activity and respond by producing sweat with personally characteristic - but not unpleasant - odor.