7.5.2: Fresh Frozen Plasma, Pathogen Reduced, Leucocyte Depleted Fresh Frozen Plasma, Pathogen Reduced, Leucocyte Depleted, is plasma that has been obtained from whole blood or by aphere…
Blood Components for Contingency Use A5.2: Platelets, Apheresis, Leucocyte Depleted, at Reduced Dose as a Contingency A single-donor platelet compo…
Blood Components for Contingency Use A5.1: Red Cells in Additive Solution, Leucocyte Depleted, Extended…
Provisional Component A3.5: Red Cells and Plasma, Leucocyte Depleted A unit of blood collected into CPD anticoagulant, containing less than 1 &time…
Provisional Component A3.4: Red Cells, Rejuvenated and Washed, Leucocyte Depleted A red cell component, containing less than 1 × 106
Provisional Component A3.2: Red Cells in Additive Solution, Leucocyte Depleted, Pathogen Reduced A red cell component containing less than 1 ×…
Provisional Component A3.1: Platelets in Additive Solution and Plasma, Leucocyte Depleted, Pathogen Reduced A platelet concentrate, derived from bu…
7.7.12: Cryoprecipitate for Neonates and Infants, Pathogen Reduced, Leucocyte Depleted The component provides a source of concentrated FVIII, and von Willebrand factor, fibrino…
7.7.7: Platelets for Neonatal Use, Leucocyte Depleted An apheresis platelet component for neonatal use that contains less than 1 × 106 leucocytes per starting component.…
7.7.8: Platelets in Plasma and Additive Solution for Neonatal Use, Leucocyte Depleted An apheresis platelet component for neonatal use which contains less than 1 × 106 …
7.7.6: Platelets for Intrauterine Transfusion, Leucocyte Depleted A hyperconcentrated platelet component for intrauterine transfusion, prepared by apheresis, that contains less than 1&n…
7.7.5: Red Cells in Additive Solution for Neonates and Infants, Leucocyte Depleted A red cell component suitable for top-up or large-volume transfusion of neonates and infants under 1 y…
7.7.4: Red Cells for Neonates and Infants, Leucocyte Depleted A red cell component suitable for neonates and infants under 1 year that contains less than 1 × 106 leucoc…
7.7.2: Whole Blood for Exchange Transfusion, Leucocyte Depleted A component for exchange or large-volume transfusion of neonates, containing less than 1 × 106 leucocyte…
7.4.4: Platelets in Additive Solution, Leucocyte Depleted A platelet concentrate derived from buffy coats or apheresis, which contains less than 1 × 106 leucocytes and …
7.4.3: Platelets, Pooled, Buffy Coat Derived, in Additive Solution and Plasma, Leucocyte Depleted A platelet concentrate, derived from buffy coats, which contains less than 1 × 10…
7.4.2: Platelets, Apheresis, Leucocyte Depleted A single-donor platelet component containing less than 1 × 106 leucocytes. 7.4.2.1: Technical information
7.4.1: Platelets, Pooled, Buffy Coat Derived, Leucocyte Depleted A pool of platelets, derived from buffy coats, which contains less than 1 × 106 leucocytes. 7.…
7.3.3: Red Cells, Washed, Leucocyte Depleted A red cell component, containing less than 1 × 106 leucocytes, which has been washed with 0.9% w/v sodium chloride for inje…
7.3.2: Red Cells in Additive Solution, Leucocyte Depleted A red cell component derived from whole blood or collected by apheresis containing less than 1 × 106 leucocyte…
7.3.1: Red Cells, Leucocyte Depleted A red cell component containing less than 1 × 106 leucocytes. 7.3.1.1: Technical information A red cell c…
7.2.1: Whole Blood, Leucocyte Depleted A unit of blood collected into an anticoagulant, containing less than 1 × 106 leucocytes. 7.2.1.1: Technical information…
7.1.2: Irradiated components For the whole of this section X-irradiation may be regarded as equivalent to gamma irradiation. Times when irradiation should be undertaken and the pe…
7.1.5: References Dumont L, Dzik W, Rebulla P, Brandwein H and members of the BEST Expert Working Party of the ISBT (1996). Practical guidelines for process validation and proces…
7.1.4: Production advice The timing and method of separation depends on the components to be prepared from a given donation. If the production, washing or splitting process tr…