Geselevich Probe-Fork

Aron Moiseevich Geselevich (1900-1976) - an outstanding Soviet surgeon, creator of a unique surgical instrument - the fork probe.

Geselevich was born in 1900. Graduated from the 1st Moscow Medical Institute. His whole life was devoted to surgery. He worked in Moscow clinics and performed complex operations.

In the 1950s, Geselevich developed a special fork probe for examining and manipulating hard-to-reach areas of the human body. This instrument has become an indispensable assistant for surgeons, allowing them to significantly expand the possibilities of surgical interventions.

Geselevich summarized his rich experience in fundamental scientific works. He made a huge contribution to the development of domestic medical science and practice.

The outstanding surgeon died in 1976. The name of Geselevich is forever inscribed in the history of Soviet surgery. His fork probe rightfully bears the name of its creator and has saved the lives of thousands of people.

Geselevich Probe-Fork (GZV) is an instrument developed by the Soviet surgeon Alexander Mikhailovich Geselevich in the 50s of the last century. It is used for diagnostic and therapeutic procedures in the field of gynecology and obstetrics.

The GZV is a device consisting of two parts: a needle and a probe. The needle has a curved shape and a sharp tip that is inserted into the uterus for diagnosis or treatment. The probe has the shape of a tube and is designed to carry instruments and materials into the uterus.

One of the main advantages of GZV is its safety and accuracy. The instrument allows procedures to be performed without damaging the walls of the uterus and other organs, which reduces the risk of complications. In addition, GZV allows for the diagnosis and treatment of uterine diseases in the early stages, which increases the effectiveness of treatment.

However, GZV also has some disadvantages. For example, using an instrument may pose a risk of uterine infection because the needle and probe may contain bacteria and other microorganisms. Also, the use of GDV may be difficult if there are adhesions in the uterus or other obstacles to needle insertion.

Despite this, GZV remains one of the most effective tools in gynecology and obstetrics. It allows diagnostic and therapeutic procedures to be carried out with high precision and safety, making it an indispensable tool for doctors.