Type 2 von Willebrand Plasma is drawn from a human donor with confirmed Type 2B von Willebrand’s disease. Recommended storage for this fresh frozen plasma is -70° C. Type 2 von Willebrand Plasma is tested and found non-reactive for HIV and HBsAg. *George King Bio-Medical, Inc opened December 20, 1973. Due to this, the majority …Continue Reading
Severe von Willebrand is drawn from a human donor that has markedly abnormal levels of factor VIII and vWd factor. Recommended storage for this fresh frozen plasma is -70° C. Severe von Willebrand Plasma is tested and found non-reactive for HIV and HBsAg. *George King Bio-Medical, Inc opened December 20, 1973. Due to this, the …Continue Reading
Mild von Willebrand is drawn from a human donor that has a mild bleeding diathesis. Recommended storage for this fresh frozen plasma is -70° C. Mild von Willebrand Plasma is tested and found non-reactive for HIV and HBsAg. *George King Bio-Medical, Inc opened December 20, 1973. Due to this, the majority of our products fall …Continue Reading
Prekallikrein Deficient Plasma is drawn from a human donor with a congenital deficiency. Detailed technical information is available. Recommended storage for this fresh frozen plasma is -70° C. Prekallikrein Deficient Plasma is tested and found non-reactive for HIV and HBsAg. *George King Bio-Medical, Inc opened December 20, 1973. Due to this, the majority of our …Continue Reading
Factor XIII Deficient plasma is drawn from a human donor with a congenital deficiency. Human plasma from donor with congenital FXIII Deficiency Substrate quality <5% FXIII Activity by urea clot solubility No buffers or preservatives added When doing factor assays, it is critical to have only a single factor deficient in the substrate plasma (monospecificity). *George …Continue Reading
Factor XII Deficient plasma is drawn from a human donor with a congenital deficiency. Human plasma from donor with congenital FXII Deficiency Substrate quality <1% FXII Activity by one stage clotting assay No buffers or preservatives added When doing factor assays, it is critical to have only a single factor deficient in the substrate plasma …Continue Reading
Factor XI Deficient plasma is drawn from a human donor with a congenital deficiency. Human plasma from donor with congenital FXI Deficiency Substrate quality <1% FXI Activity by one stage clotting assay No buffers or preservatives added When doing factor assays, it is critical to have only a single factor deficient in the substrate plasma (monospecificity). …Continue Reading
Factor X Deficient plasma is drawn from a human donor with a congenital deficiency. Human plasma from donor with congenital FX Deficiency Substrate quality <1% X Activity by one stage clotting assay No buffers or preservatives added When doing factor assays, it is critical to have only a single factor deficient in the substrate plasma …Continue Reading
Factor IX Deficient plasma is drawn from a human donor with a congenital deficiency. Human plasma from donor with congenital FIX Deficiency Substrate quality <1% IX Activity by one stage clotting assay No buffers or preservatives added When doing factor assays, it is critical to have only a single factor deficient in the substrate plasma …Continue Reading
Factor VIII Deficient Plasma with Inhibitor is drawn from a human donor demonstrating a specific inhibitor to factor VIII. Plasmas are available with a variety of Bethesda Unit titers. Recommended storage for this fresh frozen plasma is -70° C. Factor VIII Deficient Plasma with Inhibitor is tested and found non-reactive for HIV and HBsAg. When …Continue Reading
