Pitomotor Nerves

The pilomotor nerves are special sympathetic nerves that innervate the hair follicles located in the skin. These nerves are involved in regulating body temperature and the response to stress.
When a person is cold, the sympathetic nervous system activates the pilomotor nerves, causing the muscles associated with the hair follicles on the skin to contract. As a result, the hair rises above the skin, giving the appearance that the skin is covered with “goose feathers.”
In addition, the pilomotor nerves play an important role in protecting the body from cold and stress. They help maintain body heat and reduce sensitivity to pain. When a person experiences a feeling of fear or stress, the nervous system activates sympathetic fibers, which, in turn, cause the muscles of the hair follicles to contract. This helps protect the body from external threats and maintain its functioning.
In general, the pilomotor nerves are an important element in regulating body temperature, protecting against cold and stressful situations. Their function can be impaired in some diseases, such as Parkinson's disease or Alzheimer's disease, which can lead to various symptoms and complications.

The pilomotor nerves are sympathetic nerves that innervate the smooth muscles associated with the hair. Normally, these muscles are at rest, but when the sympathetic system acts, for example, in cold or fear, they contract, causing hair to be pushed out of the skin, making it look like a goose bump. This phenomenon is called “piloerection”.

The pilomotor nerves play an important role in regulating body temperature and the emotional state of a person. They are also involved in the body's adaptation to changing environmental conditions, such as cold or stress.

However, if the pilomotor nerves are overactive, it can lead to various diseases such as alopecia, baldness and other hair problems. Therefore, it is important to monitor your health and prevent excessive activity of these nerves.

In general, the pilomotor nerves are an important element of our nervous system and play a key role in the regulation of many physiological processes. However, their excessive activity can lead to serious health problems, so it is necessary to monitor their performance and avoid excessive stress and cold.

The pilomotor nerves are a group of neurons that are found in the human autonomic nervous system and are responsible for changing the appearance of the skin when the body is exposed to stress or cold. These nerve cells form a special sympathetic nerve, which allows the hairs on the skin to shrink from the cold when a person experiences some discomfort or anxiety. This reaction, called goose bumps, occurs quite often in people in situations of extreme cold, but can also occur due to stress and anxiety.

Research into the mechanisms of influence of nerve cells of the pilomotor system on the appearance of the skin began around the beginning of the 20th century, when scientists became more actively interested in issues of general physiology and neurology. Since then, many studies have been carried out and it has been found that the nervous system of sawmotors can be changed by