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血小板储存中的血小板糖酵解。II. 代谢中间体的水平与周转

Platelet glycolysis in platelet storage. II. Levels and turnover of metabolic intermediates.

作者信息

Beutler E, Kuhl W, Tegos C

出版信息

Transfusion. 1979 Jul-Aug;19(4):467-71. doi: 10.1046/j.1537-2995.1979.19479250185.x.

Abstract

The metabolism of freshly collected platelets and platelets stored for three or four days at room temperature has been investigated. The levels of glycolytic intermediates were measured in platelets before and after incubation for 15 minutes in a buffered aerobic medium. Platelet intermediates were relatively well maintained, and levels of intermediates that were partially depleted, such as ATP, were restored toward normal after short term incubation even after storage for four days. Incorporation of 32PO4 into fresh and stored platelets during incubation in aerobic buffered medium was also studied. The incorporation pattern was only very modestly influenced by storage. These studies suggest that changes in glycolytic capacity do not play a major role in the loss of viability of platelets during storage at room temperature.

摘要

对新鲜采集的血小板以及在室温下储存三到四天的血小板的代谢情况进行了研究。在缓冲需氧培养基中孵育15分钟前后,测定血小板中糖酵解中间产物的水平。血小板中间产物相对保持良好,即使储存四天后,部分消耗的中间产物(如ATP)水平在短期孵育后也恢复到正常水平。还研究了在需氧缓冲培养基中孵育期间32PO4掺入新鲜和储存血小板的情况。掺入模式仅受到储存的非常轻微的影响。这些研究表明,糖酵解能力的变化在室温储存期间血小板活力丧失中不起主要作用。

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