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改良液体明胶。一种用于离心白细胞单采术的替代大分子制剂。

Modified fluid gelatin. An alternative macromolecular agent for centrifugal leukapheresis.

作者信息

Huestis D W, Loftus T J, Gilcher R, Lichtiger B, Rock G, Price T H, Glasser L, White R F, Robinson R

出版信息

Transfusion. 1985 Jul-Aug;25(4):343-8. doi: 10.1046/j.1537-2995.1985.25485273814.x.

Abstract

We studied a French modified fluid gelatin (MFG), substituting it for hydroxyethyl starch (HES) in leukapheresis procedures using three currently available blood cell separators, and observing its effects on the function of platelets and granulocytes. As a cell-collecting agent, we found MFG to be as effective as HES with intermittent flow centrifugation (Haemonetics), and slightly less so with one continuous flow device (IBM 2997). MFG was clearly less effective than HES with the Fenwal CS-3000 continuous flow separator, although we have reason to believe it would be possible to improve efficiency with this machine by changing the operating variables. Tests of platelet and granulocyte function showed negligible alteration with either agent and no difference between them. MFG disappears much more rapidly from the circulation than HES (after a single injection, it is undetectable by the third day). Reaction frequency with MFG was about the same as that of HES, with perhaps somewhat more frequent allergic manifestations.

摘要

我们研究了一种法国改良液体明胶(MFG),在使用三种现有血细胞分离机的白细胞单采程序中用它替代羟乙基淀粉(HES),并观察其对血小板和粒细胞功能的影响。作为一种细胞采集剂,我们发现MFG在间歇流离心法(Haemonetics)中与HES效果相同,而在一种连续流设备(IBM 2997)中效果稍差。在Fenwal CS - 3000连续流分离机上,MFG明显不如HES有效,不过我们有理由相信,通过改变操作变量,有可能提高该机器上MFG的效率。血小板和粒细胞功能测试显示,两种试剂引起的变化可忽略不计,且二者之间无差异。MFG从循环中消失的速度比HES快得多(单次注射后,第三天就检测不到了)。MFG的反应频率与HES大致相同,过敏表现可能稍多一些。

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