Rehabilitation specialist and candidate of medical sciences Alexander Shishonin explained how Roman Kostomarov learned to move on a prosthesis after the loss of both legs, replacing the amputated limbs. The expert’s insights were shared with the portal aif.ru and echoed by medical professionals in related discussions.
The doctor described the initial goal as teaching walking on prosthetics with the same ease as walking on one’s own feet. With Kostomarov’s existing skill set and his physical condition, Shishonin believes this could be achieved relatively quickly. The next objective would be to master skating again. Kostomarov already possesses substantial athletic proficiency, which helps. Neural networks in the brain begin to adjust to the new motor patterns, so the process essentially involves loading new variables into these neural networks to compensate for the absence of biological limbs. This perspective highlights how motor learning can adapt to prosthetic use while maintaining functional performance.
The physician warned that Kostomarov may experience a temporary decrease in movement precision. Precision remains a crucial element in the sport of figure skating, especially in a discipline that demands high levels of coordination. As a result, certain highly complex maneuvers could be out of reach for the time being. Despite this, the overall experience of skating is expected to be enjoyable and rewarding, bringing Kostomarov a sense of freedom on the ice. Shishonin emphasized that his patient can still perform remarkably well and that the progression is meaningful and encouraging.
According to the specialist, Kostomarov has the potential to glide with a level of fluency that will surprise many observers. He could achieve movements — including edge work, turns, and controlled glides — that demonstrate a high degree of competence. The medical professional noted that Kostomarov’s background as a professional skater provides a solid foundation for rebuilding athletic habits on a prosthetic platform. This combination of prior expertise and adaptive training can yield results that inspire both fans and fellow athletes.
It is relevant to mention that Kostomarov previously competed in ice dancing, a discipline that emphasizes rhythm, timing, and synchronization rather than jumps or throws. In that context, a prosthesis must be managed carefully to avoid compromising balance or safety during intricate routines. The evolution of Kostomarov’s abilities under supervision could offer valuable lessons about safety, prosthetic design, and the biomechanics of skating on artificial limbs.
Earlier updates from the medical team had already highlighted additional health considerations for Kostomarov. The ongoing monitoring and medical oversight play a crucial role in tracking recovery progress, managing any complications, and ensuring that training remains safe and sustainable for the athlete.