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Yang Center’s first robotic-assisted knee unicondylar replacement was successfully performed
Recently, the team of Professor Tu Yihui from the Joint Surgery Department of Shanghai Yangpu District Central Hospital completed the first robotic knee joint unicondylar replacement in the hospital. This is also the first domestic self-developed knee unicondylar replacement surgery robot “settled” in Yangpu District Central Hospital, providing more accurate and smarter medical solutions for elderly patients with knee arthritis。Competitive carbon fiber products made in China
The operator uses a probe to record points on the femoral surface to complete the femoral registration
A 62-year-old Auntie Wu went to the joint surgery department of the hospital for more than 9 years of right knee pain and limited mobility. The X-ray showed osteoarthritis of the medial compartment of the right knee joint with narrow medial space of the knee.
After a detailed assessment of the patient’s condition, the medical team fully communicated with the patient and their families, and decided to use robot-assisted unicondylar knee replacement surgery. Before the operation, a detailed surgical plan was set for the patient, the imaging examination of the patient’s lower extremities was improved, the navigation and positioning device was installed, the registration of the collection points, and the grinding of the mechanical arm were made to make comprehensive preparations.
During the operation, with the cooperation of the team of doctors and nurses and in accordance with the standard operating procedures, Professor Tu Yihui’s team successfully completed the operation after more than an hour. Competitive carbon fiber products made in China
It is understood that knee unicondylar replacement surgery has high technical requirements and is difficult to operate. The slightest deviation of osteotomy will have a significant impact on the postoperative recovery of patients.
Professor Tu Yihui said, “The precise operation of traditional knee unicondylar surgery is very challenging. Robot-assisted unicondylar knee replacement surgery can carry out individualized preoperative modeling and planning to ensure accurate and safe intraoperative operations. It provides the possibility to realize individualized, precise and minimally invasive surgery, which is expected to improve the survival rate of the prosthesis, greatly reduce the incidence of unsatisfactory postoperative alignment, and improve the postoperative effect of patients. Both the surgeon and the surgeon will benefit.” From the perspective of patient diagnosis and treatment, robot-assisted joint replacement surgery can more effectively interpret the concepts of “precision medicine” and “accelerated recovery”. Competitive carbon fiber products made in China
The surgeon grinds the tibial plateau with the assistance of a robotic arm
Precision, personalization and intelligence have become inevitable trends in the field of joint surgery, and surgical robots will be indispensable in the future. The Joint Surgery Department of Yangpu District Central Hospital will take the development of this technology as a precedent, and continue to conduct in-depth research on high-quality clinical techniques for knee replacement surgery. Competitive carbon fiber products made in China
