Complement activation products in liquid stored plasma and C3a kinetics after transfusion of autologous plasma.

Background And Objectives: Keeping a small stock of liquid plasma readily available for transfusion is common practise in Sweden. We report data on complement activation markers in plasma components during storage in the liquid state and the kinetics of C3a-(desArg) after transfusion of autologous plasma with high content of C3a-(desArg).

Material And Methods: Plasma components were prepared by apheresis or from whole blood.

Unexpected effects of donor gender on the storage of liquid plasma.

Background: Swedish regulations in effect since 2006 allow the storage of plasma for transfusion up to 14 days at 2-6 degrees C and for 3 years at < or = -30 degrees C. In this study, the quality of currently used plasma components was investigated.

Materials And Methods: Plasma components, prepared from whole blood or by apheresis, either leucocyte depleted or not leucocyte depleted, were stored at 2-6 degrees C as liquid plasma or as thawed fresh-frozen plasma; 31% were from female donors.

Cumulative risks of early fresh frozen plasma, cryoprecipitate and platelet transfusion in Europe.

Background: Injuries are a leading cause of death in the young. Of transfused patients in Sweden about 10% have injuries and 2% receive plasma and 0,2% platelets. Quality, safety, sufficiency and the optimal use of blood and blood components have been the focus for the Council of Europe since 1955 and Guidelines are published.