A year after Tam Anh General Hospital in Ho Chi Minh City implemented the application of AI Modus V Synthetic Robot technology, many patients with brain tumors, spinal cord tumors, and cerebral hemorrhagic strokes "revived" spectacularly and lived healthy lives.

The above information was shared by MSc. Dr. Chu Tan Si - Head of the Department of Neurosurgery, Tam Anh General Hospital Ho Chi Minh City. Ho Chi Minh City, shared in a seminar announcing the milestone of 100 successful brain and spinal cord surgeries using the AI Modus V Synaptive Robot on December 22.

MSc. Dr. Chu Tan Si said that thanks to a new generation of AI robots that operate on the brain and spinal cord rare in the world, doctors at Tam Anh General Hospital in Ho Chi Minh City. Ho Chi Minh City has brought a new life to many patients who lost hope when they were "returned" due to the inability to operate before. Some people can see clearly again after a long time of blindness, some people can walk after many years of weakness lying in one place, or many children who are only 4 or 5 years old with dangerous brain tumors, close to death, have been saved in the bursting happiness of their relatives...

"We are really touched when we witness such moments of revival of patients," said Dr. Tan Si.

For example, Ms. Pham Thi Thu Trang (22 years old, An Giang) was able to walk after 6 years of lying in one place due to a brain tumor compressing the motor neurotransmitter pathway is a miracle. Previously, she was examined at hospitals, she was diagnosed by a doctor with a brain tumor in a dangerous position, so the doctor did not dare to operate. About 6 months before treatment at Tam Anh General Hospital in Ho Chi Minh City. Ho Chi Minh City, she was completely paralyzed, lying in one place, lethargic, choking unable to eat or drink, weighing less than 33 kg.

With the Modus V Synaptive Robot and the neural navigation system, Dr. Chu Tan Si and his team surgically removed all the tumors in the patient's brain. After 3 days of surgery, she was able to walk. A month after being discharged from the hospital, she lived on her own, ate normally, and gained a healthy weight.

Or the image of Mr. Hai (58 years old, Ho Chi Minh City. Ho Chi Minh City) was awake, singing with the doctor during the stroke operation for cerebral hemorrhage and calling and chatting with relatives right after the surgery was really impressive. Previously, the patient was hospitalized with a cerebral hemorrhage stroke for more than 24 hours, weak, at risk of disability, and even death. With AI robots and navigation systems, brain surgeons successfully awaken hematomas, preserving motor and language functions for patients.

According to Dr. Tan Si, AI robots and ultra-modern imaging equipment systems help doctors have more "magic eyes" to comprehensively see the structure of the brain or spinal cord on the same 3D spatial image. Specifically, AI robots can "transform" images from many diagnostic imaging devices such as CT, MRI, DTI, DSA, etc. creating a very high-resolution 3D image.

As a result, the doctor can clearly see the entire inside of the brain, accurately locating the tumor, hematoma in correlation with healthy brain structures and surrounding nerve fiber bundles. At the same time, AI technology also shows ways to reach tumors and hematomas without damaging nerve fiber bundles or brain and marrow areas.

In addition to AI robots for neurosurgery and brain, Tam Anh General Hospital in Ho Chi Minh City. Ho Chi Minh City continues to synchronously equip specialized equipment in many fields, applying many of the world's leading modern techniques and software to serve the expansion of brain, spinal cord and neurological surgery in more pathologies.

Typically, the Neuro-Navigation Curve neuronavigation system, the new generation of BrainLAB applies AI to help locate and distinguish the boundaries of damage accurately; K.Zeiss Kinevo 900 microsurgical lens integrates AI and 3D fluorescence to help doctors see every corner of the brain clearly; a neuro-evoking potential system that monitors nerve function during surgery; Cusa ultrasound machine helps to shrink and aspirate tumors; Brain Path technique tube to suck hematomas, specialized hemostatic glue for ruptured blood vessels... helping to overcome the disadvantages of traditional brain surgery techniques.

Tam Anh General Hospital in Ho Chi Minh City is appointed by the Ministry of Health to deploy and train to replicate brain and spinal cord surgery techniques with AI robots when needed, helping many patients have access to modern methods. Currently, the cost of AI robotic surgery is 40 times lower than that of surgery in the United States with the same technology, and is covered by health insurance.

"We continue to train and cultivate the young generation of doctors, expand and improve the application of these techniques, aiming to build a modern AI brain surgery center, best serving domestic and foreign patients, overseas Vietnamese," said Dr. Tan Si.

Source:

https://suckhoedoisong.vn/hoi-sinh-ngoan-muc-nho-mo-nao-bang-robot-ai-tai-benh-vien-da-khoa-tam-anh-tphcm-169241223080845398.htm