Levo Medical supports Shanghai Advanced Training Course on Endoscopic Neurosurgery Anatomy and Clinical Practice
Publish Date： 2025/5/20
? ? ? ?The Yangtze River Delta Neuroendoscopy Innovation and Transformation Alliance adheres to the spirit of innovation leadership and will hold a comprehensive endoscopic neurosurgery anatomy and clinical advanced training course at Zhongshan Hospital affiliated with Fudan University in Shanghai from May 12 to May 24, 2025. This training course focuses on complex anatomical regions in neurosurgery, focusing on key areas such as the ventricular system, pineal gland region, and skull base. It fully utilizes advanced 3D endoscopic technology for 360 degree anatomical research and clinical case demonstrations, helping participants fully grasp the core points of complex anatomical regions in neurosurgery and providing strong support for their subsequent practical operations to develop more reasonable surgical plans.
? ? ? ?As an active participant in the field of neurosurgery, Levo Medical brought its product "Disposable Brain Traction Guidance Tube" to assist in this training course. This product is carefully designed for deep lesion craniotomy surgery in neurosurgery, aiming to provide doctors and patients with a better surgical experience. Director Zhang Xiaobiao of Zhongshan Hospital affiliated with Fudan University in Shanghai explained in detail the surgical techniques and methods of the catheter during the demonstration session, further highlighting its advantages. It can establish a visual surgical channel, effectively reduce brain tissue damage during the surgical process, achieve minimally invasive surgery, thereby improving surgical quality and significantly improving patient prognosis. With these advantages, it has become a powerful assistant in the field of neurosurgery.
? ? ? ?This training course provides a valuable learning and exchange opportunity for neurosurgery professionals. Leveraging this opportunity, Levo Medical will continue to deepen its expertise in the field of minimally invasive neurosurgery, adhering to the dual drive of product innovation and academic exchange, and providing better, more efficient, and reliable solutions for doctors and patients.