ImmunologyThis classic and concise text describes immunologic mechanisms and their purpose/importance, while illustrations display complex structures, processes and interactions. Exceptional full-color artwork, chapter objectives, summary headings, critical thinking questions and updated references citing current literature continue to keep the book out front inn a constantly advancing discipline. Neuroendocrine immunology and nutrition and immunity are among the new topics covered and there is significantly increased coverage of AIDS. |
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activation adhesion molecules affinity allergen amino acid animals anti antigen APCs autoantibodies bacteria basophils binding blood bone marrow CD4+ CD8+ cell surface cell-mediated class II molecules complement complement system components cytokines cytotoxic deficiency dendritic cells domains effect effector endothelium enzyme eosinophils epitopes erythrocytes expressed factors function genes genetic graft granules heavy chain host human hypersensitivity IFNy IgSF immune complexes immune response immune system immunoglobulin Immunol immunological induce infection inflammatory inhibit interaction intracellular killed leucocytes lymph nodes lymphocytes lymphoid tissue macrophages markers mast cells mature mechanisms mediators membrane MHC class MHC class II MHC molecules mice migration molecules monocytes mouse mucosal neutrophils NK cells normal occurs organs parasites pathogens pathway patients peptide phagocytes phagocytosis platelets produce proliferation protein reaction region release serum skin specific spleen stimulation strain structure T-cell target TH cells thymus thyroid transplantation tumour cells types vaccines viral virus