Describes the immunological aspects of blood transfusion medicine, examining the immuno-chemistry of blood group antigens, the immune destruction of cells, correlations between blood groups and disease, and the effect transfusion-induced retroviral infection has on immune response.

Immunological Concepts in Transfusion Medicine provides a thorough discussion of the immune aspects of blood component transfusion, with in-depth information on the intricacies of immune responses to blood components and the immune processes that may be initiated in response to blood exposure. Written to increase knowledge and awareness of immune challenges such as alloimmunization and transfusion-related acute lung injury, this title bridges current basic scientific discoveries and the potential effects seen in blood recipients. Complies the knowledge and expertise of Dr. Robert Maitta, an expert in immune responses and antibody function/structure studies. Helps clinicians in the daily practice of caring for patients in need of transfusion support, as well as physicians in training when considering utilizing blood transfusions in a limited scope or in the setting of massive transfusion. Includes an immunology primer as an introduction to in-depth chapters covering allergic immune reactions to blood components, transfusion-related immunomodulation, fetal and neonatal alloimmune thrombocytopenia and neonatal neuthropenia, complications of haploidentical and mismatched HSC transplantation, chimeric antibody receptor therapies, and much more. Consolidates today’s available information on this timely topic into a single, convenient resource.

The book covers the basics of genetics and immunology, technical aspects of blood banking and transfusion.It offers a concise, and practical approach for different blood tests and guidelines on the best ways to take donor history, screen donors, store blood components, ensure safety, and anticipate the potentially adverse effects of blood transfusion, components and its management at the bedside. Different chapters include important topics such as collection, storage and transportation of blood, introduction to blood transfusion, blood group serology, discovery of blood groups, donor selection, interview, and its preparation, and storage, pretransfusion testing, transfusion therapy, clinical considerations, and safety, quality assurance, and data management developed specifically for medical technologists and resident doctors. The book also goes beyond preoperative patient blood management, with detailed accounts of coagulation disorder management and the administration of coagulation products and platelet concentrates. The book also defines the components of a learning health system necessary to enable continued improvement in trauma care in both the civilian and the military sectors. This book offers a succinct and user-friendly resource with key points, boxes, tables & charts and is a quick reference guide for pathology and transfusion medicine residents and doctors in blood centers and hospitals dealing with regulatory aspects, transfusion safety, production and storage and donor care.

Based on the proceedings of the International Convocation on Immunology held recently at the State University of New York at Buffalo, this up-to-date resource provides a state-of-the-art examination of blood transfusion practice and its future possibilities. Explains the immunological effects of blood transfusion as well as its immunological and

In transfusion medicine the scientific fundamentals of immunology have had a considerable clinical impact. Transfusion may suppress the immunity but some patients could suffer disadvantages including GvHD, alloimmunisation and possible cancer, where white cells (WBC) play pivotal roles in this phenomenon, presenting antigens and producing cytokines. A clinical application of this practice is LAK-cells targeted against cancer. MHC on the WBC may provide additional immunological modulations through series of secondary messengers. Thus reduction of WBC in the blood and bone marrow may be advantageous for patients. On the other hand, sharing a part of MHC or making the transplanted white cells anergic by storage may be even more advantageous for patients. CMV infection could mimic part of this MHC. UV radiation is effective in the inactivation of the WBC although filters are easy means for such removal. However, their accurate quantification requires flow cytometry that has considerable potential application in blood transfusions. Idiotypic antibody could play an important role in platelet theory. However, the potential infection risks in transfusion like HIV and HCV remain, but application of molecular biological methods like PCR or RT/PCR has great potentials in detection of infectious diseases, transplantation and genetic disorders. Immuno affinity purified concentrates, like factor IX and protein C, could reduce patients' immune functions, where in the future protein C could be derived from transgenic animals. Advances are sure to emerge through adoptive immunotherapy and gene therapies are exciting prospects when genes transferred into lymphocytes could be used to correct cell mediated immune deficiency, as in ADA.

Based on the proceedings of the International Convocation on Immunology held recently at the State University of New York at Buffalo, this up-to-date resource provides a state-of-the-art examination of blood transfusion practice and its future possibilities. Explains the immunological effects of blood transfusion as well as its immunological and microbiological hazards and offers potential remedies!

Describes the immunological aspects of blood transfusion medicine, examining the immuno-chemistry of blood group antigens, the immune destruction of cells, correlations between blood groups and disease, and the effect transfusion-induced retroviral infection has on immune response.