威斯康辛大学溶液保存人类胰腺的盐水污染

M. J. Barnett, G. Cembrowski, A. M. Shapiro, J. Lakey
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引用次数: 0

摘要

使用威斯康星大学(UW)溶液被广泛接受用于冷冻和运输用于胰岛分离的人类供体胰腺。虽然孤岛隔离存在一些变量,但适当的采购和包装对于优化预处理条件至关重要。本研究考察了生理盐水(NS)污染/稀释运输UW溶液对89例胰岛分离处理的人胰岛的影响。从原发胰腺容器中取出UW样本,检查血液和/或溶血的存在。计算冷缺血时间(CIT),开始冷胶原酶灌注处理。然后用胶原酶消化分离胰岛,用连续梯度Ficoll离心纯化,用双硫腙染色测定胰岛当量(IE)产量。采用荧光SYTO/溴化乙锭(SYTO/EB)法检测离体胰岛细胞活力。用离子特异电极测定Na+和K+值。
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Saline Contamination of University of Wisconsin Solution Preserved Human Pancreata
The use of University of Wisconsin (UW) solution is widely accepted for the cold storage and transport of human donor pancreata destined for islet isolation. While several variables exist in islet isolation, proper procurement and packaging is essential for optimizing preprocessing conditions. This study examined the effect of normal saline (NS) contamination/dilution of transport UW solution in 89 human pancreata processed by our islet isolation program. Samples of UW were taken from the primary pancreas container and examined for the presence of blood and or hemolysis. The cold ischemia time (CIT) was calculated, and processing by cold collagenase perfusion commenced. Islets were then isolated by collagenase digestion, purified by continuous gradient Ficoll centrifugation, and islet equivalent (IE) yield determined by dithizone staining. Viability of isolated islets was assayed by using the fluorescent SYTO/ethidium bromide (SYTO/EB) method. Na+ and K+ values were assayed using ion-specific electrode me...
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