Vox Sanguinis · 1981 · 97 citations · 7 references
MedicineBiochemistryHematologyBioseparationsHematology PhysiologyTransfusion MedicineBlood PreservationBlood StorageCell CryopreservationCell ProcessingCell StorageRed Blood Cell PhysiologyCell LysisHemolysis MechanismsMannitol UseMechanical DamageRed Blood Cell ConcentratesRed Blood Cell HemolysisRed Blood Cell SuspensionTransfusion-related Hemolysis
Red cells stored under blood bank conditions normally show less than 1% spontaneous in vitro hemolysis even after 5 weeks; larger hemolysis may be found if the cells are suspended and stored in a saline-adenine-glucose (SAG) solution with very little trapped plasma. Delay of the addition of the suspension medium, return of 25 ml plasma after a maximal plasma harvest, addition of mannitol 10-30 mmol.1(-1) to the suspension medium were alternative and effective ways of keeping the spontaneous lysis within normal limits. Mechanical traumatization (centrifugation or shaking) caused considerably more damage to the red cells when these were highly concentrated than when they were diluted. A cell suspension in SAG is a more suitable product for hemotherapy than strongly packed red cell concentrates.
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Red Blood Cell Preservation in Protein‐Poor Media: I. Leukocyte Enzymes as a Cause of Hemolysis
Claes F. Högman, Kenneth Hedlund, Olof Åkerblom et al. · Transfusion · 1978 · 102 citations
Medicine, Hematology, Physiology +16
Preservation of Human Erythrocytes in the Liquid State: Biological Results with a New Medium
Paulette Hervé, Bernard Lamy, Anna L. Peters et al. · Vox Sanguinis · 1980 · 43 citations
Medicine, Hematology, Physiology +16