Vladivostok med students save passenger mid-flight after Olympiad triumph
Vladivostok med students save passenger mid-flight after Olympiad triumph
Vladivostok med students save passenger mid-flight after Olympiad triumph
A team of students from Vladivostok’s Basic Medical College has returned home as silver medallists from the International Medical Olympiad in Minsk. Their journey back took an unexpected turn when they provided life-saving care to an unconscious passenger mid-flight.
Earlier, the competition saw Minsk Medical College claim first place, while the Vladivostok team outperformed rivals from Bryansk, Kazan, Vologda, and Yekaterinburg to secure second. A team from Grodno, Belarus, took bronze.
The Vladivostok students were flying back from Minsk when a 59-year-old passenger lost consciousness. Without hesitation, they assessed his blood pressure, pulse, and breathing. At first, they relied on non-pharmacological methods to stabilise him.
Two hours into the emergency, the passenger’s condition deteriorated. The students then used the aircraft’s medical kit to start infusion therapy. For six hours, they worked continuously to keep him stable during the eight-and-a-half-hour flight. Upon landing at Moscow’s Sheremetyevo Airport, the team handed the passenger over to ground medical staff. They later credited their training at college for their ability to stay calm and act decisively under pressure. The competition itself had been fierce. The Primorsky Krai team, representing Vladivostok, advanced through the final round ahead of strong contenders from across Russia and Belarus. Their performance earned them the silver medal, just behind the hosts from Minsk.
The students’ quick thinking ensured the passenger received critical care until landing. Their achievement at the Olympiad, combined with their real-world response to an in-flight emergency, highlights the effectiveness of their medical training.
The team now returns to Vladivostok with a silver medal and the experience of having made a tangible difference in a high-pressure situation.