Nervous Plexus Intramural

The intramaral nerve plexus is a complex compound nerve formation located deep in the muscle layer. It is classified as one of those types of nerve plexuses that arise in the serous membranes.

This anatomical structure has a peculiar location and consists of the major and minor iliac muscles. The impact of the plexus of intramal neurovascular nature extends not only to the walls of this area, but also includes the abdominal cavity and neighboring organs. With the development of gynecological pathologies such as ovarian cysts or large tumors, a problem arises, especially for women in the postmenopausal period - disruption of labor.

Schematically, the nerve branches look like this: outgoing branches, incoming branches, peripheral branches. If we consider the structure in more detail, we can distinguish trunks, of which there are two: the reproductive trunk and the uterine trunk. Thus, the plexus contains muscle and nerve fibers and formations, as well as blood vessels.

Intramaral nerve plexus (p.n. Intramuralis), also known as the Internal nerve plexus or Intramuncal nerve plexus, is a collection of nerves located between the muscular and fascial sheaths. It is one of the most important and complex plexuses in the human body, providing control over muscle contractions and regulating reflexes and sensitivity of internal organs.

The intramural nerve plexus is formed from several nerve fibers that intersect and connect to form a complex pattern of branches, fusions, and branches. Thanks to this complex structure, the intramural nerve is able to control many internal organs and tissues, from the lungs and gastrointestinal tract to the genitourinary system and the heart.

One of the main functions of the intramural nerve plexus is to provide regulation of muscle contractions. When a muscle requires increased tension, the nervous system sends signals through the plexus to stimulate the muscle fibers. As a result, the muscle group contracts its fibers, causing movement of the limb or body. The plexus nerve network is also responsible for transmitting sensory information, processing data on temperature, pain, pressure and other stimuli.

The main clinical manifestations of nerve plexus injuries are: pain, impaired motor functions of the limb, muscle weakness, a feeling of stiffness, sensory disturbances and neurological symptoms (paresis, paralysis).

Many specialists use a diagnostic study in the form of electroneurography of the plexus nerves.