This book covers the topics of immune surveillance, mathematical models of HIV infection, complexities of antigen-antibody systems, immune suppression and tolerance, and idiotypie networks.
This book covers the topics of immune surveillance, mathematical models of HIV infection, complexities of antigen-antibody systems, immune suppression and tolerance, and idiotypie networks.
About the Santa Fe Institute Santa Fe Institute Publications Committee January 1988 Foreword Immune Surveillance How Immune Cells Find Their Targets: Quantitative Studies of Cell Adhesion Migration and Chemotaxis Population Dynamics of Tumors Attacked by Immunocompetent Killer Cells Immune Surveillance: Towards a Tumor-Specific Model Mathematical Models of HIV Infection AIDS: Background and the Dynamics of the Decline of Immunocompetence HIV Infection from an Ecological Viewpoint Analysis of Immune System Retrovirus Equations Complexities of Antigen-Antibody Systems Models of Immunolysis Assays: A Vesicle-Based Approach for Direct Binding Pseudo-Cooperativity Resulting from Ring Closure in Divalent Antibody-Divalent Antigen Interactions Estimation of Antibody Affinity via Reduced-Order Modeling Symbolic Interpretation of Data and the Definition of Factors in Immunogenetics Immune Suppression and Self-Tolerance Idiotypic Control of the Immune Response to Ferredoxin Predominant Use of the Particular V Gene in the KLH-Specific Suppressor T Cell Family The Role of l-J+ Macrophages in the Induction of Antigen B-Specific T-Suppressor Cells Control of Lethal Autoreactivity without a Network Idiotypic Networks Categories of Idiotope Overlap and anti-Idiotypic Mimicry of Antigen In Search of T-Cell Help for the Internal Image of the Antigen Symmetry and Asymmetry in the Immune Network Symmetric Idiotypic Networks: Connectance and Switching Stability and Suppression The N-Dimensional Network Computations in Shape Space: A New Approach to Immune Network Theory Polydispersity in Immune Networks Cognitive Networks: Immune Neural and Otherwise Toward a Realistic Model of the Immune System
About the Santa Fe Institute Santa Fe Institute Publications Committee January 1988 Foreword Immune Surveillance How Immune Cells Find Their Targets: Quantitative Studies of Cell Adhesion Migration and Chemotaxis Population Dynamics of Tumors Attacked by Immunocompetent Killer Cells Immune Surveillance: Towards a Tumor-Specific Model Mathematical Models of HIV Infection AIDS: Background and the Dynamics of the Decline of Immunocompetence HIV Infection from an Ecological Viewpoint Analysis of Immune System Retrovirus Equations Complexities of Antigen-Antibody Systems Models of Immunolysis Assays: A Vesicle-Based Approach for Direct Binding Pseudo-Cooperativity Resulting from Ring Closure in Divalent Antibody-Divalent Antigen Interactions Estimation of Antibody Affinity via Reduced-Order Modeling Symbolic Interpretation of Data and the Definition of Factors in Immunogenetics Immune Suppression and Self-Tolerance Idiotypic Control of the Immune Response to Ferredoxin Predominant Use of the Particular V Gene in the KLH-Specific Suppressor T Cell Family The Role of l-J+ Macrophages in the Induction of Antigen B-Specific T-Suppressor Cells Control of Lethal Autoreactivity without a Network Idiotypic Networks Categories of Idiotope Overlap and anti-Idiotypic Mimicry of Antigen In Search of T-Cell Help for the Internal Image of the Antigen Symmetry and Asymmetry in the Immune Network Symmetric Idiotypic Networks: Connectance and Switching Stability and Suppression The N-Dimensional Network Computations in Shape Space: A New Approach to Immune Network Theory Polydispersity in Immune Networks Cognitive Networks: Immune Neural and Otherwise Toward a Realistic Model of the Immune System
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