42-year-old Mr. Khuong experienced dizziness and tinnitus, which led to the discovery of four tumors in his brain and spine. Over the course of a year, he underwent three tumor removal surgeries with the help of artificial intelligence robots.
The MRI scan results showed tumors in various locations, including the 4th ventricle, right occipital region, middle skull base, and lumbar vertebrae. The team of doctors decided to remove the tumors in the right occipital region first, closely monitoring Mr. Khuong’s recovery before proceeding with surgery on the other tumors.
Dr. Chu Tan Si, Head of the Department of Neurosurgery, explained that the tumors were complex and posed a high risk of complications if left untreated. The team used advanced technology such as Keyhole brain surgery technique and Modus V Synaptive robot to minimize invasiveness and preserve Mr. Khuong’s neurological function. After the surgeries, Mr. Khuong recovered well and was able to undergo further treatment to eliminate the risk of tumor recurrence.
The biopsy results revealed that all four tumors were intramedullary meningiomas, prompting genetic mutation assessment for Mr. Khuong’s son to prevent new tumor development. Dr. Tan Si emphasized ongoing monitoring and screening for Mr. Khuong’s son to prevent any potential health risks associated with these genetic mutations.
In conclusion, Mr. Khuong’s successful treatment journey highlights the crucial role of advanced technology and meticulous planning in managing complex brain and spinal tumors while minimizing risks associated with invasive procedures.
Mr. Khuong’s experience serves as an example of how technology can revolutionize healthcare by providing precise information about a patient’s condition while minimizing invasiveness during treatments.
In this case, doctors used AI robots along with advanced surgical techniques such as Keyhole brain surgery technique and Modus V Synaptive robot to remove the intramedullary meningiomas from Mr. Khuong’s brain without causing significant harm or discomfort.
Furthermore, genetic mutation assessment was performed after biopsy results revealed that all four tumors were intramedullary meningiomas.
Overall, this successful treatment journey demonstrates how technology can be harnessed in conjunction with traditional surgical techniques to provide more accurate diagnosis and treatment options for patients suffering from complex brain and spinal tumors.
