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Sun Yat-sen University team successfully implemented "no ischemia" kidney transplantation
Medical Network April 27th, the organ transplant center of the First Affiliated Hospital of Sun Yat-sen University recently successfully implemented a "no ischemia" kidney transplant operation. This is the first time that the center has successfully applied the concept and technology of “no ischemia†organ transplantation in the field of kidney transplantation after the implementation of “no ischemic†liver transplantation in July 2017.
Wang Changxi, director of the Department of Organ Transplantation of Zhongshan First Hospital, said that on April 9 this year, a 47-year-old male uremia patient received a “no-ischemia†kidney transplant at the East Hospital of Zhongshan Hospital . The transplanted kidney was in the donor and acquired and transplanted. Blood perfusion is always maintained during the procedure.
The operation was completed in 3 hours, and the patient was discharged after the operation. On the 2nd day, serum creatinine (the main indicator for evaluating renal function) returned to the normal level, and it can be eaten normally on the third day, and will be discharged and discharged in the near future.
According to He Xiaoshun, the leader of the Organ Transplantation Center, the “no-ischemia†transplantation technique avoids the damage caused by the interruption of blood flow during organ harvesting, organ cold preservation and reperfusion after renal implantation in traditional kidney transplantation, thereby reducing the patient. Postoperative complications and the risk of subsequent immune responses will improve the long-term prognosis of patients.
Since the first successful application of the “no ischemia†concept and technology to liver transplantation in July 2017, the He Xiaoshun team has implemented 16 “no ischemia†liver transplants. From the prognosis, “ischemia-free†liver transplantation significantly reduced the risk of liver transplantation, protected the heart, lungs, kidneys and other functions of the recipient, and reduced the life-threatening “post-reflow syndromeâ€.
Wang Xuehao, an academician of the Chinese Academy of Engineering, believes that this new technology can be extended to other organ transplants. In the future, this technology and concept will have a promising future for other organ transplants such as the heart .