American Journal of Veterinary Research · 1981 · 21 citations · 47 references
MedicineHematologyPhysiologyCell PhysiologyHematology PhysiologyTransfusion MedicineBlood PhysiologyBlood PreservationBlood Volume RegulationHemodynamicsRed Blood Cell PhysiologyRed Blood Cell TransfusionBlood Volume AssessmentPeripheral Venous SamplingPlasma Volume MeasurementPlasma Volume RestorationRbc Volume RegulationRed Blood Cell Volume RegulationRed Cell SurvivalTransfusion Physiology
Red blood cell volume was measured directly in baboons by infusion of 51Cr-labeled autologous RBC, and was indirectly estimated from the plasma volume measured with 125I-labeled albumin and the total body hematocrit. The total body hematocrit was calculated from the peripheral venous hematocrit multiplied by a correction factor; for nonanemic baboons the correction factor was 0.87, and for anemic baboons, 0.75. Within 2 weeks after the phlebotomy (150 ml of blood), the baboon's RBC volume was restored to normal. Posttransfusion survival of baboon RBC can be measured accurately in nonanemic baboons; the preserved RBC can be labeled with 51Cr and the RBC volume of the baboon can be measured indirectly from the plasma volume measured with 125I-labeled albumin and the total body hematocrit.
47
Séamus J. Martin, Chris Reutelingsperger, Anne J. McGahon et al. · The Journal of Experimental Medicine · 1995 · 2.9K citations · Full text
Superoxide radical inhibits catalase.
Yukihiro Kono, Irwin Fridovich · Journal of Biological Chemistry · 1982 · 1.3K citations · Full text