In a notable medical achievement reported on the Telegram channel of the Ministry of Health of Russia, a seven-year-old boy facing an ischemic stroke received critical care at the Surgut Clinical Trauma Hospital. The child arrived with symptoms that included nausea and dizziness, later prompting further investigation by the hospital team.
Initial assessment focused on the brain’s blood vessels. A computed tomography scan of cranial vessels revealed a clot blocking the basilar artery, confirming the diagnosis of an ischemic stroke. This finding underscored the urgency of urgent intervention to restore blood flow and protect brain tissue from lasting damage. The medical team promptly decided to proceed with a surgical intervention designed to remove the clot while minimizing trauma to the patient.
According to the Ministry of Health, doctors carried out a high-tech, minimally invasive procedure without opening the skull. The surgical instrument was introduced through a small puncture in the femoral artery, allowing access to the cerebral circulation. This approach, often described as an endovascular thrombectomy, is specifically used to extract clots from major arteries supplying the brain.
The procedure successfully extracted the clot, interrupting the ongoing disruption of blood supply to critical brain regions. Following the operation, the child was transferred to the neurosurgery department for continued medical care. He is now receiving targeted treatment and is on a clear path toward rehabilitation, with the medical team monitoring neurological recovery and coordinating a plan to maximize functional outcomes.
The report from Russian medical authorities highlights the importance of rapid recognition and treated intervention in pediatric strokes. Early imaging and swift endovascular techniques can dramatically improve prognosis for children with basilar artery occlusion, where timely reperfusion is essential for preserving brain function and reducing long-term disability.
In a separate note, Russian doctors previously achieved a remarkable breakthrough by rescuing a boy with a brain tumor the size of a tennis ball. This prior success underscores the breadth of capabilities within pediatric neurosurgery and neurointerventional care, illustrating how advanced procedures can address life-threatening conditions in young patients.