Alhumaidan Hiba, Sweeney Joseph
The Miriam Hospital, Providence, Rhode Island 02906, USA.
J Clin Apher. 2012;27(2):93-8. doi: 10.1002/jca.21207. Epub 2012 Feb 2.
The storage of platelets in additive solution (PAS) had lagged behind red cell concentrates, especially in North America. The partial or complete removal of anticoagulated plasma and storage of platelet concentrates in AS presents many advantages. The PAS can be formulated to optimize aerobic metabolism or decrease platelet activation, thus abrogating the platelet storage lesion and potentially improving in vivo viability. Plasma removal has been shown to reduce allergic reactions and the plasma harvested could contribute to the available plasma pool for transfusion or fractionation. PAS coupled to pathogen reduction technology results in a platelet product of equivalent hemostatic efficacy to conventionally stored platelets. Given the above, the likely future direction of platelet storage will be in new generation designer PAS with an extended shelf life and a superior safety profile to plasma stored platelets. J. Clin. Apheresis, 2012. © 2012 Wiley Periodicals, Inc.
血小板在添加剂溶液(PAS)中的储存一直落后于红细胞浓缩物,尤其是在北美。部分或完全去除抗凝血浆并将血小板浓缩物储存在添加剂溶液中具有许多优点。可以配制PAS以优化有氧代谢或减少血小板活化,从而消除血小板储存损伤并潜在地提高体内存活率。已证明去除血浆可减少过敏反应,并且收集的血浆可有助于增加用于输血或分馏的血浆库。与病原体灭活技术相结合的PAS产生的血小板产品具有与传统储存的血小板相当的止血功效。鉴于上述情况,血小板储存未来可能的发展方向将是新一代设计的PAS,其保质期更长,安全性优于血浆储存的血小板。《临床血液成分单采杂志》,2012年。©2012威利期刊公司