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Successful transplantation depends on the minimization of immunological differences between the donor and recipient tissues. These differences are based on polymorphisms of the human major histocompatibility complex and play a key role in determining the acceptance or rejection of allografts during transplantation. This important work describes methods for the investigation of these polymorphisms at the gene and protein levels and their application to the clinical transplantation of human organs and bone marrow. There is currently no other text available covering these up-to-date serological and molecular techniques in this area of immunogenetics, despite their importance to fundamental research, clinical practice and forensic medicine.
This text investigates the critical role of human major histocompatibility complex polymorphisms in determining the success or rejection of organ and bone marrow transplants. Authors Derek Middleton and Philip Dyer provide a comprehensive technical framework for identifying these immunological differences, bridging the gap between fundamental genetic research and clinical application. By detailing both serological and molecular methodologies, the authors establish a standardized approach for practitioners working in transplantation medicine and forensic science.
What You Will Find
Experts recognize this volume as a specialized reference for laboratory professionals and clinicians involved in transplant immunology. Readers frequently note the technical density of the protocols, which serve as a foundational resource for implementing current testing standards in clinical settings.
Page Count:
326
Publication Date:
1993-07-08
Publisher:
IRL Press
ISBN-10:
0199633630
ISBN-13:
9780199633630
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