Textbook of Immunology by Constantin A. Bona , Francisco A. Bonilla .
Why This Book Matters in Immunology
Textbook of Immunology by Constantin A. Bona and Francisco A. Bonilla is a concise yet highly comprehensive guide designed to bridge the gap between basic immunological science and its clinical applications. In a field as rapidly evolving as immunology, this book stands out as a structured and up-to-date resource that simplifies complex concepts without losing scientific depth.
It is primarily aimed at medical students, researchers, and clinicians, but it is also highly valuable for anyone with a foundational background in biomedical sciences who wants to strengthen their understanding of the immune system. Whether you are studying immunology for the first time or revisiting it as a professional, the book serves both as a learning tool and a reliable refresher.
What makes this textbook particularly powerful is its ability to integrate molecular, genetic, and cellular mechanisms with real clinical relevance. It explains not only how the immune system works, but also what happens when it fails—covering diseases, immunodeficiencies, hypersensitivity, and modern therapeutic approaches.
In addition, the second edition reflects the latest advances in immunology, including expanded coverage of cytokines, host defense mechanisms, and emerging diseases such as AIDS, making it an essential resource in today’s medical education landscape.
Overall, this book is not just a textbook—it is a complete learning companion for anyone seeking to understand the immune system in a clear, structured, and clinically meaningful way.
Chapter 1: Introduction
The book provides a concise introduction to the fundamentals of immunology.
It combines basic scientific knowledge with clinical applications.
It highlights molecular and genetic bases of immune system functions.
It explains immune system physiology and its role in health and disease.
It prepares the reader for understanding modern immunologic concepts.
Chapter 2: Cells and Organs of the Immune System
This chapter explains the main cells of the immune system and their roles.
It covers neutrophils, basophils, monocytes, macrophages, B cells, and T cells.
It describes markers of cellular differentiation and lymphocyte development failures.
It also introduces central and peripheral lymphoid organs and their functions.
It explains how immune cells are organized within the immune system.
Chapter 3: Antigens
The chapter defines antigenicity, immunogenicity, and tolerogenicity.
It explains antigenic determinants (epitopes) and immune specificity.
It covers cross-reactivity and functional classification of antigens.
It describes factors that influence immune response or tolerance.
It introduces the role of adjuvants in enhancing immune responses.
Chapter 4: Immunoglobulins
This chapter explains immunoglobulin genes and their organization.
It describes antibody diversity, gene rearrangement, and transcription.
It details immunoglobulin structure including chains, hinge region, and classes.
It covers biological functions of antibodies and antigen binding.
It also introduces monoclonal antibodies and their clinical applications.
Chapter 5: B Cells and Humoral Immunity
The chapter discusses B cell development and activation stages.
It explains antigen-independent and antigen-dependent B cell development.
It describes immunoglobulin class switching and memory response formation.
It covers humoral immunity and types of antigen responses.
It also explains disorders and abnormalities of B cell function.
Chapter 6: T Cells – Regulation and Cellular Immunity
This chapter focuses on T cell receptors and genetic regulation.
It explains T cell development in thymus and differentiation phases.
It describes T cell subsets, activation, and immune regulation mechanisms.
It covers cytotoxicity, delayed hypersensitivity, and memory T cells.
It also explains T cell immunodeficiencies and cellular immunity defects.
Chapter 7: Cytokines – Soluble Mediators of Cellular Cooperation
The chapter introduces multiple interleukins and their immune roles.
It explains tumor necrosis factors, interferons, and colony-stimulating factors.
It describes cytokine receptors and membrane-bound cytokine functions.
It highlights cytokine roles in nervous and endocrine systems.
It explains how cytokines regulate immune cell communication.
Chapter 8: Major Histocompatibility Complex (MHC)
This chapter describes class I, II, and III MHC molecules.
It explains genetics, structure, and antigen presentation functions.
It details antigen processing pathways and immune responsiveness.
It covers MHC role in transplantation and disease association.
It also discusses haplotypes and immune system compatibility.
Chapter 9: Immunologic Tolerance
The chapter explains mechanisms of T and B cell tolerance.
It describes apoptosis and suppression in immune regulation.
It introduces pseudo-tolerance and immunosuppression concepts.
It explains how tolerance can be broken or maintained.
It focuses on prevention of autoimmune reactions.
Chapter 10: Host Defense I – Non-Specific Immunity
This chapter explains natural resistance and physical barriers.
It covers complement system and acute phase response.
It describes phagocytosis, chemotaxis, and intracellular killing.
It explains adhesion molecules and immune activation processes.
It also discusses defects in phagocyte function.
Chapter 11: Host Defense II – Acquired Immunity
The chapter explains immune responses against viruses and bacteria.
It covers immunity to fungi, parasites, and protozoa.
It describes humoral and cellular immune responses in infections.
It explains microbial evasion strategies and immune suppression.
It also covers tumor immunity and immunoprophylaxis methods.
Chapter 12: Immunopathology
This chapter explains hypersensitivity reactions types I, II, and III.
It describes allergic responses and immune complex diseases.
It covers autoimmune disease mechanisms and autoreactive clones.
It explains abnormal leukocyte proliferation and immunodeficiency.
It focuses on immune system-related pathological conditions.
Chapter 13: AIDS (Acquired Immunodeficiency Syndrome)
The chapter discusses HIV transmission and global impact.
It explains HIV structure and replication life cycle.
It describes pathophysiology and clinical symptoms of infection.
It covers opportunistic infections, malignancies, and complications.
It also discusses treatment, immunity, and vaccine research.
Chapter 14: The Aging Immune System
This chapter explains changes in immune function with aging.
It describes reduced immune efficiency over time.
It highlights alterations in immune cell responses.
It discusses increased susceptibility to diseases in older age.
It concludes with overall effects of aging on immunity.