Scientific Basis of Transfusion Medicine: Implications for Clinical Practice
The most comprehensive text of its kind, this resource offers a clear understanding of the principles underlying the use of blood products and transfusion techniques in clinical medicine. It includes discussions of hematopoiesis, red cells, granulocytes, platelets, intrauterine transfusion, transplantation, and transfusion-transmitted diseases. The 2nd Edition features new coverage of thrombopoietin, stem cell transplants, blood cell collection and detection as well as the impact of emerging technologies.
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abnormalities Acad Sci USA adhesion alloimmune amino acid anemia antigens associated autoantibodies autoimmune binding Biochem Biol Chem blood cells blood group antigens bone marrow cell surface chain chromosome circulating Clin Invest clinical complement complex cytes cytoplasmic deficiency detected disease donor effect encoded endothelial cells enzyme erythrocyte erythroid erythropoietin expression factor VIII FcRIII fetal fibrinogen fibrinolytic gene genetics glycophorin glycoprotein GM-CSF granule granulocyte granulocyte function growth factor Haematol hematopoietic human erythrocyte immune immunoglobulin Immunol increase infection inhibitor integrin interaction kinase leukocyte levels lymphocytes megakaryocytes metabolism molecular molecules monoclonal antibodies monocytes Natl Acad Sci neonatal neutropenia neutrophil normal pathway patients peptide phenotype phosphorylation plasma proteins plasmin platelet platelet concentrates Proc Natl Acad production protein receptor recombinant red cell role serum signal specific spectrin stimulation storage stored streptokinase structure studies subunits T-cell teins therapy thrombocytopenia tion tissue transfusion ulocyte urokinase vitro vivo Vox Sang