Fascia obturator [F. Occludens (Nexus), Lnh; Syn. Nexu]

The fascia obturator or nexus is a dense connective bridge that connects muscle cells in smooth and cardiac muscles. It plays an important role in regulating muscle contraction and relaxation, as well as in the transmission of nerve impulses.

The fascia obturator consists of several layers of connective tissue that form a dense bridge between muscle cells. It has the shape of a loop and can be of different widths and lengths, depending on its location.

In cardiac muscle, the nexus fascia plays an important role in regulating heart rate. It helps control the speed at which the heart pumps blood through the vessels. In addition, the nexus fascia is also involved in the transmission of nerve signals that regulate heart rhythm.

In smooth muscle, the nexus fascia plays an even more important role. It synchronizes the contractions of muscle cells, allowing them to work together to achieve a common effect. For example, the nexus fascia in the gastrointestinal tract allows food to move through the alimentary canal, and the fascia in the bladder and intestines helps control bladder filling and emptying.

However, in some diseases, such as muscular dystrophy, the nexus fascia can become damaged and lead to poor muscle coordination. In such cases, consultation with a doctor and treatment are necessary.

Thus, the fascia obturator is an important part of muscle tissue and plays a key role in its functioning. Damage to it can lead to muscle dysfunction and requires treatment from a doctor.

Fascia is an elastic connective tissue sheath that covers muscles, ligaments, tendons and other parts of the body. Fascia is essential to the functioning of muscles, joints and other structures of the body, as it provides stabilization, mobility and protection. In this article we will consider a special type of fascia - the fascia obturator, or the connecting bridge between the contacting muscle cells.

The locking fascia is a dense connective component found in smooth and cardiac muscle tissues. It is also called fascia obturator and fascia nexus. The function of this type of fascia is to provide connection and locking of muscle fibers during muscle contraction and relaxation. Thanks to this, energy is conserved during muscle activity.

Also, the fascia of the closing type plays an important role in coordinating the movement of the entire body and allows the muscles to work coordinatedly and efficiently. It ensures the transmission of signals both from organs and tissues to muscles, and between individual muscle sections. In addition, fascia affects the blood supply to the muscles and the passage of nerve impulses, which ensures the normal functioning of the body as a whole.

There are several types of fascia that differ in their structure and function. The fascia closure occupies a special place among them, as it is one of the most important types of fascia in the body. Its proper functioning helps to conserve energy and reduce muscle fatigue, as well as ensure correct execution of movements and maintain body balance.

However, if the fascia does not develop properly, it can cause a number of problems, such as restricting joint movement, decreasing muscle strength, and circulatory problems. For example, fascial injury can lead to decreased vascular permeability, which in turn causes obstruction of blood supply to muscles and other tissues in direct contact with it. To avoid unwanted consequences and maintain the healthy functioning of the fascia, it is recommended to monitor the proper functioning of all parts of the body, eat rationally and exercise