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用于冷藏及后续胰岛细胞分离的大鼠胰腺制备。

Rat pancreas preparation for cold storage and subsequent islet cell isolation.

作者信息

Korbutt G S, Pipeleers D G

机构信息

Department of Metabolism and Endocrinology, Vrije Universiteit Brussel, Belgium.

出版信息

Transplantation. 1993 Sep;56(3):500-3. doi: 10.1097/00007890-199309000-00002.

Abstract

Pancreatic islets can be isolated from cold-preserved organs. They contain 60% more beta cells when prepared from organs that were stored for 24 hr in Collins solution supplemented with albumin and benzamidine (CAB) instead of University of Wisconsin (UW) solution. Recovery from CAB-stored organs was similar when CAB was perfused in situ before organ removal or ex vivo after organ harvesting in UW. In situ flush with cold Ringers before ex vivo replacement by CAB resulted in 25% lower recovery of islet beta cells and in higher contamination with nonendocrine and damaged cells. Recovery of beta cells was 50% reduced when cold storage solution was not chased before collagenase digestion of the organ. It is concluded that the isolation of rat islets from cold-preserved organs can be improved by using UW or CAB instead of Ringers for situ perfusion, by cold storage in CAB, and by adequate chase of cold storage solution with physiologic medium before collagenase digestion. These conditions can be tested in current human islet isolation protocols.

摘要

胰岛可从冷保存的器官中分离出来。当从在补充有白蛋白和苯甲脒的柯林斯溶液(CAB)中储存24小时而非威斯康星大学(UW)溶液中的器官制备胰岛时,其所含的β细胞多60%。当在器官切除前原位灌注CAB或在UW中收获器官后离体灌注CAB时,从CAB储存的器官中分离出的胰岛的回收率相似。在通过CAB进行离体替换之前先用冷林格液原位冲洗,会导致胰岛β细胞的回收率降低25%,且非内分泌细胞和受损细胞的污染增加。当在器官进行胶原酶消化之前未冲洗冷保存溶液时,β细胞的回收率降低50%。结论是,通过使用UW或CAB而非林格液进行原位灌注、在CAB中进行冷保存以及在胶原酶消化之前用生理介质充分冲洗冷保存溶液,可提高从冷保存器官中分离大鼠胰岛的效果。这些条件可在当前的人类胰岛分离方案中进行测试。

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