Cellular and molecular immunology
The meticulously revised and updated New Edition of this highly acclaimed text continues to provide a concise and straightforward approach to the subject. It focuses on the experimental observations that underlie the science of immunology at the molecular, cellular, and whole organism level-and explores the conclusions that can be drawn from those observations. Highlights the implications of immunologic science for the management of human disease. Features over 365 full-color illustrations that highlight important processes and concepts, and bring the three-dimensional structures of molecules to life. Offers a wealth of reader-friendly features including major concepts highlighted in bold italics at-a-glance boxes that present specialized information and explanations of current technological approaches a wealth of tables that summarize key information a glossary of terms a CD Molecule Appendix that reflects the latest properties of known CD Molecules an appendix on immunologic laboratory techniques and more. Incorporates the newest understandings of basic science as well as the newest research findings. Includes new information on the organization of lymphoid organs and mechanisms of innate immunity. Presents enhanced, more straightforawrd explanations of subjects such as of antigen-presenting cells and the biology of T cell activation.
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Janeway's Immunobiology, Volume 978, Issues 0-4129
Kenneth P. Murphy,Charles Janeway
No preview available - 2008
Cells and Tissues of the Immune
17 other sections not shown
adaptive immune responses adhesion alleles anti antibodies antigen receptors antigen recognition antigen-presenting cells APCs apoptosis autoimmune bacteria bind blood bone marrow called CD8+ cell activation cell responses cell surface cell-mediated immunity cellular Chapter chemokines class II MHC clones complex costimulators CTLs cytokines cytoplasmic dendritic cells differentiation disease domains effector cells effector functions encoding endothelial cells enzymes eosinophils expression factor gene graft heavy chain helper T cells host humoral immune hypersensitivity IFN-y immune system immunodeficiency Immunology induce infected cells inflammation inhibit innate immunity integrins intracellular isotype kinase L-selectin leukocytes ligand light chain lymph nodes lymphocytes macrophages mast cells maturation mechanisms mediated membrane MHC molecules microbes mouse mutations neutrophils NK cells normal pathway peptides phagocytes phagocytosis plasma produced proliferation protein antigens proteins reactions recognize recombination regions role sequences signals specific stimulate target cell thymocytes thymus tion tissues transcription tyrosine vaccines viral virus