Parametrium

Parametrium (parametrium) is a layer of tissue that surrounds the uterus and ovaries in women. It is made up of connective tissue and contains blood vessels, nerves and lymphatic vessels. The parametrium performs several functions: it protects the uterus and ovaries from damage, maintains their shape and provides nutrition to the organs.

Depending on the location, the parametrium can be external, internal or middle. The external parametrium is located between the uterus and the abdominal wall, the internal one is between the ovaries and the uterus, and the middle one is between the uterus and the bladder.

The parametrium can also be damaged during surgical procedures such as cesarean section or spay removal. In this case, restoration of the parametrium may be necessary to prevent complications.

In addition, the parametrium plays an important role in the female reproductive system. During pregnancy, it provides protection to the fetus from mechanical damage and infections. Also, the parametrium may contain cells that can become the basis for the development of uterine cancer.

Thus, the parametrium is an important element of the female reproductive system and requires careful examination and treatment if necessary.

Parametrium is the science of studying the qualitative and quantitative characteristics of the flat parametrium of the uterus. Flat parametrium is the term for the membrane of the female reproductive system. It lies between the uterus and the bladder and consists of four layers: upper layer, middle layer, lower layer. The top layer is called the parametrial layer, and the middle and bottom layers are called the fallopian layers.

The main goal of parametric medicine is to develop methods to improve this layer of tissue responsible for a woman's reproductive function and preventing the risk of infection. The parametrial layer includes many important structural and functional components, such as the labyrinth, intramural stroma, intermuscular septa, blood vessels, nerves and lymphatic vessels. These components work together to support and protect mucus