In Moscow, two schoolgirls, aged 12 and 14, suffered finger injuries after rings became trapped and were re-sewn. Details circulated referencing the children’s city clinical hospital named after NF. Filatova and the institution’s reporting of the incident.
Both girls were admitted nearly simultaneously to the pediatric hospital. The 12-year-old experienced fingertip amputation when she jumped a fence and the ring caught on a metal bar. The 14-year-old student sustained an injury to her finger from a hoop, with a basketball hoop mentioned as the source of impact in that case as opposed to a fence in the other incident.
Alexander Alexandrov, head of the department of microsurgery, noted that ring-induced finger injuries are a common presentation in pediatric care.
“The finger can be displaced or removed in a manner similar to removing a glove in such incidents. The treatment is technically demanding and unfolds in three stages. First, metal clamps are used to align the bone structures and the flexor and extensor tendons. Second comes the microsurgical stage, where vessels and nerves are repaired. In the final stage, damaged nerves are excised and the soft tissues are rebuilt, ultimately reconnecting the muscle structure and skin,” explained Alexandrov.
Both girls remain under care in the same ward and are progressing through a lengthy rehabilitation process ahead. Their families and medical team are focused on a careful recovery plan that includes wound healing, restoration of function, and gradual return to daily activities.
Reports from Moscow emphasize that fingers caught in rings or jewelry can sustain severe injuries when rings tighten or catch on objects during rapid movement or falls. Medical teams stress the importance of professional evaluation and timely microsurgical intervention in preserving finger function and reducing long-term disability.
In the broader medical context, surgeons underscore that prompt assessment, meticulous surgical technique, and structured rehabilitation are critical to optimal outcomes after finger reattachment or reconstruction. Ongoing follow-up includes tendon and nerve monitoring, scar management, and progressive strengthening exercises tailored to the patient’s age and goals.
These cases highlight the careful balance between emergency response and multi-stage reconstruction in pediatric microsurgery, where successful reattachment can restore sensation and dexterity, while ensuring robust guidance for families navigating recovery.
Footage and reports from the hospital note the challenges involved in such injuries and the commitment of the medical team to support both patients through the long road to recovery. The case serves as a reminder of the potential hazards posed by rings and other jewelry during active play and daily activities, particularly for children who are still developing coordination and grip strength.
Conclusion: medical professionals in Moscow continue to apply advanced microsurgical techniques to restore finger function after ring-related injuries, with a focus on staged reconstruction, nerve preservation, and comprehensive rehabilitation as essential components of optimal recovery.