Robots Help Women in Russia Become Mothers
Surgeons in Russia have developed robotic procedures designed to treat infertility while preserving patients’ reproductive health.

Robotic surgical systems are helping doctors at the Moscow Regional Research Institute of Obstetrics and Gynecology named after Academician V. I. Krasnopolsky perform delicate operations on pregnant women more safely. Specialists at the institute have developed surgical methods that help protect the health of both mother and child while restoring a patient’s ability to have children.
The institute has already performed more than 1,600 such procedures. Timur Glebov, a surgeon, oncogynecologist and head of the institute’s Center for Robotic Surgery, described the advantages of the approach in an interview with Rossiyskaya Gazeta.
No Additional Incisions
According to Glebov, robotic systems are primarily used to treat patients with complex diagnoses. The technology also allows surgeons to operate on women with obesity, who often also have diabetes. In such cases, robotic surgery helps avoid complications that often arise after conventional operations.
Another indication for robotic procedures in gynecology is colorectal endometriosis.
Without Harmful Consequences
In 2026, the institute received another patent for a robotic technique designed to treat adenomyosis, a condition that often causes infertility.
With the help of the robotic “obstetrician,” surgeons do not need to open the uterine cavity. That means patients avoid postoperative complications such as adhesions and intrauterine scarring. The robot removes the source of the problem while preserving reproductive function. As a result, the uterus fully recovers and the patient can carry and give birth to children.
Earlier we reported that Russia introduced a VR training simulator for obstetricians. The virtual system allows doctors to practice the childbirth process step by step, examine anatomy in three dimensions and compare their actions with reference techniques.








































