Ms. Hoai, a 34-year-old woman, had been suffering from a severe headache for a week without any relief despite taking medication. After undergoing magnetic resonance imaging (MRI 3 Tesla) with nerve bundle imaging (DTI) at Tam Anh General Hospital in Ho Chi Minh City, it was discovered that she had a cavernous hemangioma in her right forehead measuring 1.5 cm. The tumor was located near the cortical sulcus and showed signs of bleeding, leading to increased pressure in the skull and causing severe headaches.
Dr. Chu Tan Si, Head of the Department of Neurosurgery at the Neuroscience Center, determined that surgery using an artificial intelligence (AI) robot was necessary due to the location and nature of the tumor. The surgical team conducted simulations to plan a safe approach that would preserve the nerve fiber bundles around the tumor. The surgery was considered difficult because the hemangioma was situated within the cerebral hemisphere, surrounded by nerve fibers that control movement.
During the actual surgery, the AI robot guided the doctor to the tumor location while avoiding damage to healthy structures. The operation went smoothly, and the tumor was completely removed with minimal incision, preserving nerve function and reducing potential sequelae. Three days post-surgery, Ms. Hoai was able to walk normally.
According to Dr. Chu Tan Si, cavernous hemangiomas can present with symptoms such as headaches due to bleeding or seizures due to the tumor affecting brain function. It is crucial for individuals experiencing prolonged headaches, numbness, weakness in limbs or blurred vision to seek medical attention promptly for timely treatment and avoid potential neurological complications.
In conclusion, early detection and appropriate treatment of cavernous hemangiomas are vital for preventing further complications and ensuring successful outcomes for patients like Ms. Hoai who underwent surgery using AI technology at Tam Anh General Hospital in Ho Chi Minh City.
