The lymphoid system
著者
書誌事項
The lymphoid system
（Weir's handbook of experimental immunology, v. 3）
Blackwell Science, c1996
5th ed
大学図書館所蔵 件 / 全36件
-
該当する所蔵館はありません
- すべての絞り込み条件を解除する
内容説明・目次
内容説明
The new fifth edition of the highly acclaimed Handbook of Experimental Immunology has been completely restructured and extensively revised to reflect the considerable increase in the importance of immunology as a research discipline. Produced in four volumes, which are available for separate purchase, or as a set, the text provides a complete reference which includes experimental protocols and explications of general principles. Each section contains overviews, and chapters describing the background and technical detail of a comprehensive range of immunological procedures in immunochemistry, cellular immunology, genetics and molecular immunology, and the application of immunological methods. It is also available on CD-ROM. All material available within the four-volume
目次
- Volume III: The Lymphoid System: List of Contributors
- Foreword
- Preface
- Section 14: B Cell Development: 80. Overview: B Cell Development
- 81. Growth and Differentiation Factors That Regulate B-Lymphocyte Development
- 82. Murine B Cell Differentiation in Fetal Liver and Adult Bone Marrow
- 83. Self Antigen-Mediated Selection in Mouse B-Cell Development
- 84. Mouse Mutants with Alterations of Genes Expressed in the Hematopoietic System
- 85. The Early B Lymphocyte Differentiation Pathway in Humans
- Section 15: Antibody Responses and Affinity Maturation: 86. Overview: Antibody Responses and Affinity Maturation
- 87. Use of Adjuvants for Enhancement of Antibody Responses
- 88. Molecular Mechanisms of Signal Transduction by B Cell Receptors
- 89. Methods for Polyclonal B Lymphocyte Activation to Proliferation and Ig Secretion in vitro
- 90. Accessory Cells in Antibody Responses
- 91. Lymphocyte Dynamics and the Application of Specific mRNA Detection in situ
- 92. Cellular Pathways to Antibody formation and Immunologic Memory
- 93. Human Peripheral B-Cell Subsets
- 94. Control Points and Affinity Maturation in Antibody Formation
- Section 16: Autoimmunity 95. Overview: Autoimmunity
- 96. Animal Models of Autoimmunity
- 97. Identification of Autoantibodies and the Antigens They Bind
- 98. Identification of Autoantigens Recognized by T Cells
- 99. Transgenic and Knockout Mice in the Analysis of Autoimmune Disease
- 100. Manipulation of Autoimmune Diseases
- Section 17: Natural Antibodies and Networks: 101. Overview: Natural Antibodies and Networks
- 102. The Technical and Experimental Approaches of Anti-Idiotype Antibodies as Vaccines
- 103. The Design of Biologically Active Small Molecular Forms Derived from Functional Anti-Receptor Antibodies
- 104. Multiparametric Analysis of Antibody Repetoires
- 105. Antibodies as Probes for Epitope Mapping
- Section 18: Suppression, Cytotoxicity, and Anergy: 106. Overview: Suppression, Cytotoxicity, and Anergy
- 107. T Cell Development in the Thymus
- 108. T Cell Development and TCR Signaling
- 109. Selective Immunosuppression by Class II MHC-Binding Peptides
- 110. Signal Transduction Changes in T Cells from Patients with Cancer
- 111. Antigen-Specific Supressor T Cells Generated by Oral Tolerance Suppress Autoimmune Diseases by Secretion of TGF-B and TH2 Cytokines
- 112. Epitope-Specific Regulation of Antibody Responses
- 113. Analysis of Cytolytic Lymphocyte Functions
- Section 19: Overview: Help, Hypersensitivity, and Anergy: 114. Overview: Help, Hypersensitiviety, and Anergy
- 115. CD4 T Cells and the Development of Immediate Hypersensitivity
- 116. T Cell Anergy
- Section 20: Antigen Processing and Presentation: 117. Overview: Antigen Processing and Presentation
- 118. Denditric Cells from Human and Mouse Systems
- 119. Antigen Processing and Presentation to T Cells
- 120. Eosinophils as Antigen-Presenting Cells
- 121. Human Monocytes as Antigen-Presenting Cells
- 122. B Cells as Antigen-Presenting Cells for T Cells
- Section 21: Apoptosis: 123. Overview: Apoptosis
- 124. Morphological Features of Apoptosis
- 125. Analysis of Chromatin Cleavage in Apoptotic Cells
- 126. The Isolation and Characterization of Cell Death Genes
- 127. Analysis of Apoptotic Events Using a Cell-Free System Based on Xenopus Laevis Eggs
- 128. Methods of Measuring BCL-2 Gene Expression
- Section 22: Classical Techniques for Autoimmunity: 129. Overview: Classical Techniques for Autoimmunity
- 130. Methods for Analysis of Autoimmune Mice and Tolerance Loss
- 131. Autoantibodies, Idiotypes, Immunoglobulin Genes: Assays and Significance
- 132. Viruses and Autoimmunity
- 133. Molecular Analysis in Immunopathology
- 134. Lymphocytes, Cytokines, Surface Markers
- 135. Chemical-Induced Autoimmunity
- Section 23: Classical Techniques for Cellular Immunology: 136. Overview: Classical Techniques for Cellular Immunity
- 137. Contact and Delayed Hypersensitivity
- 138. Adoptive Transfer
- 139. Analysis of Allograft Responses in vivo and in vitro
- 140. Cytotoxic T Lymphocytes
- 141. Analysis of in vivo Cell Migration Using Flourescent Probes
- 142. Lymphocyte Migration in vivo Assessed with Radioisotopes
- 143. Cellular Immunity in Cattle
「Nielsen BookData」 より