Pneumogynecography

Pneumogynecography is a method for studying the female genital organs using a special apparatus that allows you to obtain an image of the uterus and its appendages in real time. This method is more informative and safer than conventional gynecography, which requires the insertion of a special probe into the vagina.

The pneumogynecograph consists of two main parts: a control unit and a sensor that is connected to the control unit. The sensor is a small device that is attached to a woman's stomach. It consists of a camera that takes an image of the uterus and a tube through which air is supplied.

During pneumogynecography, a woman lies on her back on a special table. The doctor connects the sensor to the control unit and begins to pump air into the tube. At the same time, the camera on the sensor begins to take an image of the uterus.

This method allows you to obtain more accurate information about the condition of the uterus and its appendages, as well as identify possible pathologies. In addition, pneumogynecography can be used to diagnose pregnancy in the early stages.

However, like any other research method, pneumogynecography has its drawbacks. For example, it may cause discomfort in a woman and lead to some side effects such as bloating or nausea. Also, this method does not always provide complete information about the condition of internal organs, especially when it comes to complex cases.

In general, pneumogynecography is an effective method for examining the female genital organs and can be used to diagnose various diseases. However, before carrying out this method, it is necessary to consult a doctor and make sure that it is safe for the woman’s health.

**Pneumogynecography** is a method for diagnosing and treating gynecological diseases through the use of a modified pneumatic camera, which is installed in the uterine cavity. The technique is based on the creation of intrauterine pressure (IUP), which leads to contraction of the uterus and uterine walls, the formation of gas bubbles.

The method is