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器官保存中的争议。

Controversy in organ preservation.

作者信息

Magnusson M O, Stowe N T

出版信息

Urol Clin North Am. 1976 Oct;3(3):491-502.

PMID:790730
Abstract

Renal preservation has contributed to improvements in human cadaver kidney transplantation in terms of viability testing and logistics. Unfortunately, the antigenicity of a kidney has not been reduced by our present preservation methods; consequently, immunologic problems in cadaver kidney transplantation still remain. Simple cold storage is an acceptable method for kidneys subjected to minimal warm ischemia. It can be used where anticipated storage time will not exceed 10 to 15 hours. Pulsatile or nonpulsatile machine perfusion will give better results especially when kidneys have sustained up to 60 minutes warm ischemia. Where there is also a need for storage time longer than 15 hours, perfusion should be used. Cryoprecipitated millipore-filtered plasma remains the most commonly used perfusate. Preservation really begins before the harvesting. Present preservation techniques cannot revive a dying kidney. No single test will determine the degree of viability of a kidney. A systematic multidisciplinary effort is needed to augment our understanding and knowlege about the effect of hypothermia on organs. Hopefully these efforts will result in the development of an organ bank whereby many more kidneys will be available for transplantation.

摘要

肾脏保存技术在活力检测和后勤保障方面推动了人类尸体肾移植的发展。遗憾的是,目前的保存方法并未降低肾脏的抗原性;因此,尸体肾移植中的免疫问题依然存在。单纯冷藏对于经历极轻微热缺血的肾脏是一种可接受的方法。当预计保存时间不超过10至15小时时可以采用。搏动或非搏动性机器灌注效果更佳,尤其是当肾脏经历长达60分钟热缺血时。若保存时间需要超过15小时,则应采用灌注法。冷沉淀微孔滤过血浆仍是最常用的灌注液。保存工作实际上在肾脏摘取前就已开始。现有的保存技术无法挽救濒死的肾脏。没有单一的检测方法能确定肾脏的存活程度。需要系统的多学科协作来加深我们对低温对器官影响的理解和认识。有望通过这些努力建立起器官库,从而有更多肾脏可用于移植。

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