The first successful robot assisted total cerebral angiography in China

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 The first successful robot assisted total cerebral angiography in China


Cerebral angiography is a kind of X-ray examination technology that can dynamically display the shape, location, distribution and course of main blood vessels in the brain by injecting contrast agent into the artery. It is widely used in the examination of cerebrovascular diseases, especially in the qualitative and localized diagnosis of aneurysm, arteriovenous malformation, etc. Generally, the operation needs to be completed by medical staff exposed to radiation in the whole process. Although there are strict protective measures, there will be some risks if they are engaged in the work for a long time. The joining in of robots can keep medical staff away from radiation risks.

It is reported that the Luban surgical robot is a minimally invasive vascular interventional surgery robot system developed by the clinical research team of Professor Li Youxiang of Beijing Tiantan Hospital and the robot technology team of Professor Xiao Nan of Beijing University of technology under the support of the national key research and development project Clinical Application Research of intravascular interventional surgery robot of the Ministry of science and technology. During the implementation of the project, several key technical breakthroughs of minimally invasive surgical robots, such as isomorphic multi instrument collaborative wire delivery, aseptic isolation and non solid joint transmission, were realized. This achievement also marks that the self-developed minimally invasive vascular interventional surgery robot will soon be applied in clinical practice, alleviate the shortage of high-quality interventional medical resources in minimally invasive interventional diagnosis and treatment, and narrow the technical gap between China and the advanced countries in the world. According to Li Youxiang, the robots current operation scope is mainly limited to the operation room. With the development of 5g technology, the vascular intervention robot will be able to achieve cross regional surgery. Source: editor in charge of science and Technology Daily: Wang Fengzhi, nt2541

It is reported that the Luban surgical robot is a minimally invasive vascular interventional surgery robot system developed by the clinical research team of Professor Li Youxiang of Beijing Tiantan Hospital and the robot technology team of Professor Xiao Nan of Beijing University of technology under the support of the national key research and development project Clinical Application Research of intravascular interventional surgery robot of the Ministry of science and technology. During the implementation of the project, several key technical breakthroughs of minimally invasive surgical robots, such as isomorphic multi instrument collaborative wire delivery, aseptic isolation and non solid joint transmission, were realized.

This achievement also marks that the self-developed minimally invasive vascular interventional surgery robot will soon be applied in clinical practice, alleviate the shortage of high-quality interventional medical resources in minimally invasive interventional diagnosis and treatment, and narrow the technical gap between China and the advanced countries in the world.

According to Li Youxiang, the robots current operation scope is mainly limited to the operation room. With the development of 5g technology, the vascular intervention robot will be able to achieve cross regional surgery.