Recently, with the strong support of the hospital, the functional neurosurgery team of the First Affiliated Hospital of Dalian Medical University, led by Director Li Tao and Professor Lian Zhigang of the Department of Department, successfully completed the first neurosurgery brai

Recently, with the strong support of the hospital, the functional neurosurgery team of the First Affiliated Hospital of Dalian Medical University, led by Director Li Tao of the Department of Department and Professor Lian Zhigang of Lian Zhigang, successfully completed the first neurosurgery brain biopsy in the Liaonan region under the precise navigation of Huake surgical robot, marking the entry of the neurosurgery operation of the First Hospital of Dalian Medical University into the "robot era" of accurate intelligence.

81-year-old patient Wu came to the First Hospital of University Medical for three months due to cognitive impairment of . After improving the relevant examination, he found that the patient had multiple occupancy of lateral ventricular and the three ventricles. Based on the medical history and imaging data, Director Li Tao considered the possibility of lymphoma and suggested that the patient undergo biopsy to clarify the nature of the tumor and guide further treatment.

Because the patient is old, has a previous history of cerebrovascular diseases, and the tumor is deep, traditional surgery has great trauma, extremely high risk, and the nature of the tumor is difficult to determine. After MDT's multidisciplinary consultation, it was decided to perform a downward stereotactic brain biopsy for the patient.

During the operation, under the protection of the first department of anesthesia and the nursing team in the operating room, the surgical robot was used to accurately locate and guide the brain tumor using the puncture needle with a diameter of 2 mm. The tumor tissue was successfully removed for pathological examination for the patient. The results were shown to be diffuse large B-cell lymphoma (non-GCB type), which accurately determined the type and nature of the tumor, and provided a reliable basis for subsequent drug treatment for patients.

Robot neurosurgery is "participated" by robots, and with the help of surgical planning software, intelligent multimodal image fusion and segmentation can be completed, helping doctors avoid important blood vessels and nerves and plan the optimal surgical path. The surgical robot can accurately measure the treatment range within one millimeter, or even more precise. Neurosurgery robots are mainly used in neurosurgery fields such as intracranial tumors, trigeminal neuralgia, cerebral hemorrhage, cerebral hemorrhage, epilepsy, Parkinson's disease, and , including intracranial lesion biopsy, trigeminal neuralgia balloon compression, intracranial hematoma puncture drainage, intracranial deep electrode implantation, deep brain electrical stimulator implantation and other types of surgery. Director Li Tao's surgical team has long been committed to microsurgery treatment of Parkinson's disease, craniocerebral tumors and cerebrovascular diseases. The successful development of this case marks a new level in the functional neurosurgery department of the First Hospital of the University of Medical Sciences to a new level in the level of minimally invasive, intelligent and precise treatment.