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Immunology,9780723431893
Other versions by this Author

Immunology


Edition: 6th
Author(s): Roitt, Brostoff & Male
ISBN10:  0723431892
ISBN13:  9780723431893
Pub. Date:  7/10/2001
Publisher(s): Mosby Ltd.

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SummaryTable of Contents
Univ. College London, UK. Brandon/Hill Medical List first-purchase selection (#275.) First half of text covers basic immunology and has been completely reorganized. All chapters include critical thinking boxes, illustrations, and diagrams. CD-ROM includes three sample animations on several subjects and a link to textbook support site. Previous edition: c1998. Softcover.
Contributors xi
Introduction to the immune system
David Male
Adaptive and innate immunity
1(1)
Cells of the immune system
2(3)
Soluble mediators of immunity
5(2)
Antigens
7(1)
Immune responses
7(3)
Inflammation
10(1)
Defences against extracellular and intracellular pathogens
11(1)
Vaccination
11(1)
Immunopathology
12(3)
Cells, tissues and organs of the immune system
Peter M. Lydyard
Carlo E. Grossi
Cells of the innate immune system
15(7)
Cells of the adaptive immune system
22(8)
Lymphoid tissues
30(12)
Lymphocyte traffic
42(5)
Cell migration and inflammation
David Male
Mechanisms of cell migration
47(5)
Patterns of cell migration
52(1)
Inflammation
52(2)
Complement
54(7)
Auxiliary cells in acute inflammation
61(4)
Antibodies
Malcolm Turner
Immunoglobulins-a family of proteins
65(6)
Interaction of antibodies with antigens
71(3)
Functions of antibodies
74(2)
Fc receptors
76(2)
Generation of antibody diversity
78(2)
Immunoglobulin gene recombination
80(3)
Somatic mutation
83(4)
T-cell receptors and major histocompatibility complex molecules
David Male
The T-cell receptor
87(2)
Genes of the T-cell antigen receptor
89(2)
Major histocompatibility complex (MHC) molecules
91(2)
Interactions of MHC molecules with antigenic peptides
93(2)
Interaction of the T-cell receptor with MHC and antigen
95(2)
MHC genomic organization and expression
97(3)
Antigen presentation by CD1
100(5)
Antigen presentation
John Trowsdale
Antigen-presenting cells
105(1)
Antigen processing and presentation
106(6)
Co-stimulatory molecules
112(3)
T-cell activation
115(4)
Cytokines and cytokine receptors
Frances Balkwill
Cytokine and cytokine receptor families
119(4)
Mechanisms of cell activation
123(2)
Cytokine production by T-cell subsets
125(2)
The cytokine network
127(4)
Cell cooperation in the antibody response
Marc Feldman
Joseph C. Marini
Development of B cells
131(1)
Activation of B cells by T-independent antigens
132(2)
Activation of B cells by T-dependent antigens
134(4)
Activation and differentiation of B cells in the germinal centre
138(1)
Antibody responses in vivo
139(2)
Differentiation of B cells
141(7)
Mononuclear phagocytes in immune defence
Siamon Gordon
Resident and mobile populations of macrophages
148(5)
Receptors on macrophages
153(4)
Responses of macrophages
157(3)
Conclusion
160(4)
Cell-mediated cytotoxicity
David Male
Natural killer cell receptors
164(3)
Mechanisms of cytotoxicity
167(3)
Non-lymphoid cytotoxic effectors
170(3)
Regulation of the immune response
Anne Cooke
Regulation by antigen
173(1)
The antigen-presenting cell
174(1)
Regulation by antibody
175(1)
Regulation by lymphocytes
176(3)
Regulation by NK and NK T cells
179(1)
Regulation by localization of cells
179(1)
Idiotypic modulation of responses
180(1)
Neuroendocrine modulation of immune responses
181(1)
Genetic control of immune responses
182(9)
Immunological tolerance
David Wraith
Introduction
191(1)
Experimental induction of tolerance
192(1)
Central thymic tolerance to self antigens
192(6)
Peripheral or post-thymic tolerance to self antigens
198(5)
B-cell tolerance to self antigens
203(2)
Artificially induced tolerance in vivo
205(3)
Potential therapeutic applications of tolerance
208(3)
Evolution of immunity
John Horton
Norman A. Ratcliffe
Invertebrate immunity
211(7)
Vertebrate immunity
218(8)
Lymphomyeloid tissues in lower vertebrates
226(3)
Amphibian models for studying ontogeny of immunity
229(6)
Immunity to viruses
Tony Nash
Modes of virus infection
235(1)
Innate immune response to viruses
236(1)
Host defence involving B and T cells
237(2)
Strategies for evading immune defences
239(1)
Immunopathology
240(5)
Immunity to bacteria and fungi
Graham A. W. Rook
Immunity to bacteria
245(11)
Immunity to fungi
256(3)
Immunity to protozoa and worms
Janette E. Bradley
Features of parasitic infections
259(2)
Effector mechanisms
261(3)
Pivotal role of T cells in the development of immunity
264(6)
Escape mechanisms
270(4)
Immunopathological consequences of parasitic infections
274(1)
Vaccines
275(2)
Vaccination
Peter Beverley
Antigens used as vaccines
277(4)
Effectiveness of vaccines
281(1)
Vaccine safety
282(1)
Cost of vaccination
282(1)
Current vaccines
283(1)
Adjuvants
284(1)
Passive immunization
285(1)
Non-specific immunotherapy
286(1)
Vaccinating against cancer
286(1)
Future vaccines
286(3)
Tumour immunology
Peter Beverley
The tumour as a tissue graft
289(1)
Immune surveillance
289(2)
Tumour antigens
291(2)
Human tumour-associated antigens detected by immune cells
293(1)
Tumour-associated antigens detected by antibodies
294(2)
Immunodiagnosis
296(1)
Immunotherapy
297(2)
Passive immunotherapy
299(1)
Immune escape mechanisms
300(3)
Primary immunodeficiency
Fred S. Rosen
B-cell deficiencies
303(1)
T-cell deficiencies
304(4)
Defects in complement proteins
308(1)
Defects in phagocytes
309(4)
Secondary immunodeficiency
Ian Weller
Immunodeficiency caused by drugs
313(2)
Nutrition and immune responses
315(2)
AIDS
317(7)
Hypersensitivity-Type I
Tom Platts-Mills
Immediate hypersensitivity
324(1)
Immunoglobulin E
325(1)
Role of T cells in the immune response to inhalant allergens
326(2)
Allergens: the antigens that give rise to immediate hypersensitivity
328(2)
Mast cells and basophils
330(3)
Genetics of allergic disease
333(1)
Skin tests for diagnosis and investigation
334(2)
Factors that influence the symptoms of allergic disease
336(2)
Asthma and bronchial reactions to inhaled antigens
338(1)
Immunotherapy with allergen extracts
339(1)
New treatments for allergic disease
340(1)
The biological role of IgE
341(4)
Hypersensitivity-Type II
David Male
Mechanisms of damage
345(1)
Reactions against blood cells and platelets
346(5)
Reactions against tissue antigens
351(6)
Hypersensitivity-Type III
Frank Hay
Olwyn M. R. Westwood
Types of immune-complex disease
357(1)
Mechanisms in Type III hypersensitivity
358(1)
Experimental models of immune-complex disease
359(2)
Persistence of complexes
361(3)
Deposition of complexes in tissues
364(3)
Detection of immune complexes
367(4)
Hypersensitivity-Type IV
Warwick Britton
Contact hypersensitivity
371(3)
Tuberculin-type hypersensitivity
374(2)
Granulomatous hypersensitivity
376(1)
Cellular reactions in Type IV hypersensitivity
377(1)
Diseases manifesting type IV granulomatous hypersensitivity
378(7)
Transplantation and rejection
Ian Hutchinson
Barriers to transplantation
385(1)
Histocompatibility antigens
386(1)
The laws of transplantation
387(1)
The role of T lymphocytes in rejection
387(3)
The tempo of rejection
390(2)
Genetic predisposition to graft rejection
392(2)
Prevention of rejection
394(7)
Autoimmunity and autoimmune disease
Ivan Roitt
The association of autoimmunity with disease
401(1)
The spectrum of autoimmune diseases
401(1)
Genetic factors
402(1)
Pathogenesis
403(4)
Aetiology
407(5)
Diagnostic and prognostic value of autoantibodies
412(1)
Treatment
412(5)
Immunological techniques
Michael Steward
Antigen-antibody interactions
417(6)
Isolation of pure antibodies
423(3)
Assays of complement
426(1)
Assays for circulating immune complexes
427(1)
Isolation of lymphocyte populations
427(2)
Effector-cell assays
429(4)
Gene targeting and transgenic animals
433(2)
Appendices
1: Major histocompatibility complex
435(2)
2: CD markers
437(4)
3: The major cytokines
441(2)
4: Chemokine receptors and chemokines
443(2)
Glossary 445(8)
Explanations for critical thinking and case studies 453(12)
Index 465

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