Robot-Assisted Brainstem Hematoma Removal: Technological Innovations Overcoming Surgical Barriers and Patient Benefits

When the “Zone of Life” Encounters a Hemorrhagic Crisis In the intricately complex human nervous system, the brainstem occupies a small area, with a diameter of only 3 centimeters, yet it bears the crucial responsibility of being the “center of life.” It functions like a tireless commander, continuously regulating core vital signs such as breathing, … Read more

Stereotactic Radiosurgery for Intracranial Chordomas: An International Multicenter Study

Stereotactic Radiosurgery for Intracranial Chordomas: An International Multicenter Study

The Journal of Neurosurgery was published online on February 4, 2022, by 15 experts from the USA, Turkey, Egypt, Czech Republic, India, Dominican Republic, Canada, and others, including Stylianos Pikis, Georgios Mantziaris, Selcuk Peker, titled “Stereotactic radiosurgery for intracranial chordomas: an international multiinstitutional study” (doi: 10.3171/2021.12.JNS212416). Objective: The aim of this study is to evaluate … Read more

Neurosurgery Robotics: An Overview

Neurosurgery Robotics: An Overview

Part 1 Introduction With the rapid development of technology and artificial intelligence, modern neurosurgery is continuously breaking through towards minimally invasive, precise, and efficient techniques. Neurosurgery robots, as core equipment, will play an increasingly important role. Neurosurgery has always faced challenges such as limited surgical space and difficult positioning. Since surgeries often require operations on … Read more

Leading a New Era of Precision Medicine! Breakthroughs in Surgical Robotics in China’s Pharmaceutical Valley

In the current era of rapid development in medical technology, surgical robots, as the vanguard of precision medicine, are profoundly reshaping the landscape of modern surgery. China’s Pharmaceutical Valley, as an important hub for innovation in the biopharmaceutical industry, has gathered numerous cutting-edge medical technology companies, particularly achieving remarkable results in the field of surgical … Read more

3-Millimeter Diameter Micro Magnetic-Controlled Robot Simulates Surgeons’ Dexterous Movements

3-Millimeter Diameter Micro Magnetic-Controlled Robot Simulates Surgeons' Dexterous Movements

Introduction Related research paper published in the recent issue of “Science Robotics”. In traditional brain surgeries, doctors often need to remove a portion of the skull to access hard-to-reach areas of the brain or tumors. This surgical method is highly invasive, carries significant risks, and results in long recovery times for patients. However, a new … Read more

Medtronic Unveils AiBLE™ Intelligent Neurosurgery Ecosystem Solution for High-Quality Development

Medtronic Unveils AiBLE™ Intelligent Neurosurgery Ecosystem Solution for High-Quality Development

Recently, at the “Creating a New Ecosystem for Neurosurgery” themed launch conference, Medtronic officially announced the successful launch of its Stealth Autoguide™ neurosurgery robot in China, along with the introduction of its unique AiBLE™ intelligent neurosurgery ecosystem solution, aiming to set a new industry benchmark and accelerate the entry of China’s neurosurgery into the intelligent … Read more

Micromagnetic Robots Simulate the Dexterous Movements of Surgeons

Scientists from the University of Toronto and the Hospital for Sick Children in Canada have developed a set of microneurosurgical robots.The magnetic-controlled robot has a diameter of approximately 3 millimeters and can simulate the dexterous movements of surgeons, accurately grasping, pulling, and cutting body tissues, providing a new tool for less invasive brain surgeries.The related … Read more

Micromagnetic Robot Simulates the Dexterous Movements of Surgeons

Scientists from the University of Toronto and the Hospital for Sick Children in Canada have developed a set of microneurosurgical robots.The magnetic robot, with a diameter of approximately 3 millimeters, can simulate the dexterous movements of surgeons, accurately grasping, pulling, and cutting body tissues, providing a new tool for less invasive brain surgeries.The related research … Read more

Overview of Domestic Surgical Robots in China

Overview of Domestic Surgical Robots in China

Classification of Medical Robots The International Federation of Robotics (IFR) categorizes medical robots into four main types: surgical robots, rehabilitation robots, assistive robots, and service robots. Figure 1: Classification and Introduction of Medical Robots 1. Surgical Robots Currently, surgical robots are widely used in departments such as orthopedic surgery, neurosurgery, laparoscopic surgery, and vascular interventional … Read more

Video Demonstration: Principles and Steps of Q300 Micro Robot-Assisted Hemorrhagic Stroke Puncture Surgery

Video Demonstration: Principles and Steps of Q300 Micro Robot-Assisted Hemorrhagic Stroke Puncture Surgery

Demonstration Video: Principles and Steps of Q300 Micro Robot-Assisted Hemorrhagic Stroke Puncture Surgery (Click the image above to watch) Neurosurgery Frontline News, hypertensive hemorrhagic stroke has a high mortality and disability rate among cerebrovascular diseases. In Asian countries, hypertensive hemorrhagic stroke patients account for 20%-30% of stroke patients, with a mortality rate as high as … Read more