Yu W, Coddington D, Bitter-Suermann H
Department of Surgery, Dalhousie University, Halifax, Nova Scotia, Canada.
Transpl Int. 1990 Dec;3(4):238-40.
The mechanisms by which cold preservation solutions exert their protective effects are only partially understood. The consequences of mixing different solutions, with presumably different modes of action, may be additive and beneficial or may be deleterious. It is commonplace in clinical liver preservation to use Ringer's lactate (RL), Eurocollins (EC), and University of Wisconsin (UW) solution in sequence for washout of blood, precooling, and cold storage of the organ. In this study, 114 Sprague Dawley rats received orthotopic liver transplants that were flushed in various sequences with RL, EC, and UW solutions. One-week animal survival served as the criterion of preservation success. The results demonstrated that liver preservation with UW solution alone is significantly superior (P less than 0.01) to any combination of RL, EC, and UW solutions and may explain some of the instances of primary nonfunction in clinical liver transplantation.
低温保存溶液发挥其保护作用的机制仅得到部分理解。混合不同的溶液(据推测作用方式不同),其结果可能是相加且有益的,也可能是有害的。在临床肝脏保存中,依次使用乳酸林格氏液(RL)、欧林柯林斯液(EC)和威斯康星大学液(UW)进行器官的血液冲洗、预冷和冷藏是很常见的。在本研究中,114只斯普拉格-道利大鼠接受了原位肝移植,这些肝脏用RL、EC和UW溶液以不同顺序进行冲洗。以一周的动物存活率作为保存成功的标准。结果表明,单独使用UW溶液进行肝脏保存显著优于RL、EC和UW溶液的任何组合(P小于0.01),这可能解释了临床肝移植中一些原发性无功能的情况。