Barrett J, Miller E, Litwin M S
Arch Surg. 1976 Jan;111(1):56-9. doi: 10.1001/archsurg.1976.01360190058009.
Stored human blood of varying age was passed through polyester mesh (Pall) micropore blood transfusion (pore size, 40 mu). Passage through the filter resulted in decreased screen filtration pressure (SFP) of the blood and increased filter weight. Mumerous microaggregates were removed, but SFP did not return to normal after filtration. On the basis of this research, we conclude that polyester mesh micropore blood transfusion filters are not as effective as Dacron wool (Swank) transfusion filters in removal of micro-aggregates from stored human blood. If a polyester mesh filter must be used, it is recommended that once occlusion of the filter has occurred, the filter should then be discarded and another inserted.
将不同保存时间的人体血液通过聚酯网(颇尔)微孔输血过滤器(孔径40微米)。血液通过过滤器后,血液的筛滤压(SFP)降低,过滤器重量增加。大量微聚体被清除,但过滤后SFP并未恢复正常。基于这项研究,我们得出结论,聚酯网微孔输血过滤器在从保存的人体血液中去除微聚体方面不如涤纶羊毛(斯旺克)输血过滤器有效。如果必须使用聚酯网过滤器,建议一旦过滤器发生堵塞,就应将其丢弃并插入另一个。