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the project is carried out by the school of computer science and engineering of the school of innovative engineering of macau university of science and technology in cooperation with zhuhai hengle medical technology co., ltd. relying on the clinical advantages and data advantages of the first affiliated hospital of m.u.s.t.,m.,d.,faculty of medicine, the theoretical algorithm advantages and scientific research advantages of the school of information science and technology of macau university of science and technology, and the technical and industrial advantages of hengle medical technology co., ltd., the project has deeply cultivated the field of interventional radiotherapy surgical robots, and has completed a significant increase in the proportion of localization in terms of diagnosis and treatment methods, core components, and core algorithms. in the near future, create a completely localized surgical robot with independent intellectual property rights.
the interventional radiotherapy surgical navigation system is mainly composed of a central control module, a navigation sensing module, a positioning execution module, specific markers and accessories.
the interventional radiotherapy surgical navigation system based on the point cloud platform uses the point cloud platform as the navigation device; the product is used to assist the surgical navigation with the generated surgical plan plan or the surgical plan plan; and can be used for minimally invasive surgery in surgery, providing spatial positioning information and support for more accurate and refined surgical skills and surgical operations.
this project aims to achieve accurate particle implantation for solid malignant tumors of the liver, which is expected to open up a new scenario for clinical robotization of interventional surgery.
technological maturity: interventional therapy is different from traditional medical and surgical techniques, and is spread throughout all clinical departments, and is known as the third clinical diagnosis and treatment technology. among them, interventional radiotherapy refers to the implantation of iodine 125 particles into the solid tumor for sanitize, usually done by the interventional physician, in this type of surgery, due to the surgical process is difficult to perform standardly, surgical radiation damage can not be solved, intraoperative fatigue caused by the quality of operation degradation, interventional physicians look forward to a transformative technology to bring new improvements to the industry. in recent years, with the rapid development of new fields such as robotic surgical systems, artificial intelligence, and the internet of things, the bottleneck of the above interventional technologies is expected to be alleviated.
scope of application: interventional radiotherapy is an important part of radiation therapy and can be widely used in puncture interventional surgery. at the same time, interventional surgical robots are also suitable for biopsy, thermal ablation and other detection and treatment methods, and the market prospect is good
intention to cooperate in:
it is mainly based on cooperative development.
prospective partner category :
accept cooperation and communication between scientific research institutions and enterprises
