π A Textbook of Immunology | P. Madhavee Latha | S Chand Publishing | Edition 2022
A Textbook of Immunology by P. Madhavee Latha, published by S Chand Publishing, is a comprehensive academic textbook covering the fundamental principles and mechanisms of Immunology. The book is useful for students studying Immunology, Biotechnology, Microbiology, Zoology, Life Sciences and related biological sciences.
The 2022 edition provides students with a structured understanding of the immune system, immune cells, antibodies, antigens, immune responses, hypersensitivity, autoimmunity, immunodeficiency and other important areas of modern Immunology.
β Book Details
π’ Publisher: S Chand Publishing
βοΈ Author: P. Madhavee Latha
π Edition: 2022
π Title: A Textbook of Immunology
π Language: English
π Category: Immunology | Life Sciences | Biotechnology | Microbiology | Zoology
π― Suitable For: B.Sc. Students | B.Sc. Honours Students | Biotechnology Students | Microbiology Students | Zoology Students | Life Science Students | Biology Students
π Why This Book is Important
Immunology is an important area of modern biological science that explains how the body recognizes and responds to foreign substances and protects itself against disease.
This textbook helps students understand:
βοΈ Immune System
βοΈ Innate Immunity
βοΈ Adaptive Immunity
βοΈ Antigens & Antibodies
βοΈ Immune Cells
βοΈ Immune Responses
βοΈ Complement System
βοΈ Hypersensitivity
βοΈ Autoimmunity
βοΈ Immunodeficiency
βοΈ Transplantation Immunology
βοΈ Tumour Immunology
π Immune System β Recognition β Response β Protection
𧬠1. Fundamentals of Immunology
The book introduces the basic principles required to understand Immunology.
Students can learn about:
βοΈ Concept of Immunity
βοΈ Immune System
βοΈ Types of Immunity
βοΈ Host Defence
βοΈ Immune Responses
βοΈ Self & Non-Self Recognition
π Recognition β Activation β Immune Response β Protection
π‘οΈ 2. Innate Immunity
Innate immunity provides the body's immediate and non-specific defence against invading organisms.
Students can understand:
βοΈ Physical Barriers
βοΈ Chemical Barriers
βοΈ Cellular Defences
βοΈ Phagocytosis
βοΈ Inflammation
βοΈ Natural Killer Cells
βοΈ Innate Immune Responses
π Barriers β Recognition β Inflammation β Cellular Defence
𧬠3. Adaptive Immunity
Adaptive immunity provides highly specific responses against particular antigens.
Students can study:
βοΈ Specific Immunity
βοΈ Humoral Immunity
βοΈ Cell-Mediated Immunity
βοΈ B Cells
βοΈ T Cells
βοΈ Immunological Memory
π Antigen Recognition β Lymphocyte Activation β Specific Response β Memory
𧫠4. Cells of the Immune System
Different immune cells perform specialized functions in immune defence.
Important cells include:
π¬ B Lymphocytes
π¬ T Lymphocytes
π¬ Macrophages
π¬ Neutrophils
π¬ Natural Killer Cells
π¬ Dendritic Cells
π¬ Mast Cells
Students can understand their roles in immune recognition, activation and defence.
π§ͺ 5. Antigens & Antigen Recognition
Antigens are central to the activation of adaptive immune responses.
Students can understand:
βοΈ Antigens
βοΈ Immunogens
βοΈ Antigenic Determinants
βοΈ Epitopes
βοΈ Antigen Recognition
βοΈ Antigen-Antibody Interaction
π Antigen β Recognition β Immune Activation
𧬠6. Antibodies & Immunoglobulins
Antibodies are important molecules involved in humoral immunity.
Students can study:
βοΈ Immunoglobulins
βοΈ Antibody Structure
βοΈ Antibody Classes
βοΈ Antibody Functions
βοΈ Antigen-Antibody Reactions
βοΈ Immunoglobulin Diversity
Major immunoglobulin classes include:
πΉ IgG
πΉ IgM
πΉ IgA
πΉ IgE
πΉ IgD
π Antigen β B Cell Activation β Antibody Production β Immune Defence
𧬠7. B Cells & Humoral Immunity
B lymphocytes play a major role in antibody-mediated immunity.
Students can understand:
βοΈ B Cell Development
βοΈ B Cell Activation
βοΈ Plasma Cells
βοΈ Antibody Production
βοΈ Memory B Cells
βοΈ Humoral Immune Response
π B Cell β Activation β Plasma Cell β Antibody Production
π§ 8. T Cells & Cell-Mediated Immunity
T lymphocytes play a central role in cell-mediated immune responses.
Students can study:
βοΈ T Cell Development
βοΈ T Cell Activation
βοΈ Helper T Cells
βοΈ Cytotoxic T Cells
βοΈ Regulatory T Cells
βοΈ Cell-Mediated Immunity
π Antigen Presentation β T Cell Activation β Effector Response
𧬠9. Major Histocompatibility Complex
MHC molecules are essential for antigen presentation and T-cell recognition.
Students can understand:
βοΈ MHC Molecules
βοΈ Antigen Presentation
βοΈ MHC Class I
βοΈ MHC Class II
βοΈ T Cell Recognition
π Antigen Processing β MHC Presentation β T Cell Recognition
π§ͺ 10. Complement System
The complement system is an important component of immune defence.
Students can revise:
βοΈ Complement Proteins
βοΈ Complement Activation
βοΈ Classical Pathway
βοΈ Alternative Pathway
βοΈ Lectin Pathway
βοΈ Membrane Attack Complex
π Complement Activation β Opsonization β Inflammation β Cell Lysis
π₯ 11. Cytokines & Immune Regulation
Cytokines act as important signalling molecules during immune responses.
Students can understand:
βοΈ Cytokines
βοΈ Interleukins
βοΈ Interferons
βοΈ Immune Cell Communication
βοΈ Inflammation
βοΈ Immune Regulation
π Immune Cell β Cytokine Signal β Cellular Response
π‘οΈ 12. Inflammation
Inflammation is an important component of innate and immune defence.
Students can study:
βοΈ Inflammatory Response
βοΈ Chemical Mediators
βοΈ Cellular Responses
βοΈ Acute Inflammation
βοΈ Chronic Inflammation
βοΈ Tissue Responses
π Injury/Infection β Mediators β Inflammation β Defence & Repair
β οΈ 13. Hypersensitivity
Hypersensitivity occurs when an immune response causes excessive or inappropriate tissue damage.
Students can learn about:
βοΈ Hypersensitivity Reactions
βοΈ Type I Hypersensitivity
βοΈ Type II Hypersensitivity
βοΈ Type III Hypersensitivity
βοΈ Type IV Hypersensitivity
βοΈ Allergic Responses
π Immune Reaction β Excessive Response β Tissue Damage
𧬠14. Autoimmunity
Autoimmunity occurs when immune responses are directed against the body's own components.
Students can understand:
βοΈ Self-Tolerance
βοΈ Loss of Tolerance
βοΈ Autoimmune Responses
βοΈ Autoimmune Disorders
βοΈ Mechanisms of Autoimmunity
π Loss of Self-Tolerance β Autoimmune Response
π¦ 15. Immunodeficiency
Immunodeficiency affects the ability of the immune system to provide effective protection.
Students can study:
βοΈ Primary Immunodeficiency
βοΈ Secondary Immunodeficiency
βοΈ Immune System Defects
βοΈ Immune Responses
βοΈ Consequences of Immunodeficiency
π Immune Defect β Reduced Defence β Increased Susceptibility
𧬠16. Transplantation Immunology
The immune system plays an important role in determining whether transplanted tissues are accepted or rejected.
Students can understand:
βοΈ Transplantation
βοΈ Tissue Compatibility
βοΈ Graft Rejection
βοΈ Transplant Immunology
βοΈ Immune Recognition
π Transplant β Immune Recognition β Compatibility β Acceptance/Rejection
ποΈ 17. Tumour Immunology
The interaction between the immune system and abnormal cells is an important area of modern Immunology.
Students can study:
βοΈ Tumour Antigens
βοΈ Immune Recognition of Tumours
βοΈ Anti-Tumour Responses
βοΈ Immune Surveillance
βοΈ Tumour Immune Evasion
π Tumour Cells β Immune Recognition β Immune Response
π§ͺ 18. Immunological Techniques
Immunological techniques are widely used in research, diagnosis and biotechnology.
Students can become familiar with concepts related to:
βοΈ Antigen-Antibody Reactions
βοΈ Immunoassays
βοΈ Serological Techniques
βοΈ Immunological Detection
βοΈ Laboratory Applications
π Antigen + Antibody β Detection β Identification β Application
π¬ 19. Applications of Immunology
Immunology has applications across several areas of biological and medical science.
Applications include:
βοΈ Disease Diagnosis
βοΈ Vaccine Development
βοΈ Biotechnology
βοΈ Clinical Immunology
βοΈ Research
βοΈ Immunological Testing
βοΈ Disease Prevention
π Immunology β Diagnosis β Prevention β Research β Biotechnology
π 20. Useful for Multiple Biological Science Courses
The book can be useful for students from several disciplines:
π B.Sc. Zoology
𧬠B.Sc. Biotechnology
π¦ B.Sc. Microbiology
π¬ B.Sc. Life Sciences
π B.Sc. Biology
π B.Sc. Honours Students
π Postgraduate Biology Students
π§ͺ Biotechnology & Life Science Learners
π₯ 21. Best Study Strategy
For effective preparation, students can follow this sequence:
π Step 1
Understand the basic concepts and types of immunity.
π‘οΈ Step 2
Study innate and adaptive immunity.
𧬠Step 3
Revise immune cells, antigens and antibodies.
π§ Step 4
Study B cells, T cells and antigen presentation.
π§ͺ Step 5
Complete MHC, complement and cytokines.
β οΈ Step 6
Study hypersensitivity, autoimmunity and immunodeficiency.
𧬠Step 7
Revise transplantation and tumour immunology.
π¬ Step 8
Finish with immunological techniques and applications.
π Basic Immunity β Cells β Antigens β Antibodies β Immune Response β Disorders β Applications
β Why This Book is Recommended
βοΈ 2022 Edition
βοΈ Written by P. Madhavee Latha
βοΈ Published by S Chand Publishing
βοΈ English Medium
βοΈ Comprehensive Immunology Textbook
βοΈ Innate Immunity
βοΈ Adaptive Immunity
βοΈ Immune Cells
βοΈ Antigens
βοΈ Antibodies
βοΈ B Cells & T Cells
βοΈ MHC
βοΈ Complement System
βοΈ Cytokines
βοΈ Inflammation
βοΈ Hypersensitivity
βοΈ Autoimmunity
βοΈ Immunodeficiency
βοΈ Transplantation Immunology
βοΈ Tumour Immunology
βοΈ Immunological Techniques
βοΈ Suitable for Biological Science Students
π― Final Verdict
A Textbook of Immunology by P. Madhavee Latha, published by S Chand Publishing, is a comprehensive academic resource for understanding the principles and mechanisms of the immune system.
The 2022 edition covers major areas including innate and adaptive immunity, immune cells, antigens, antibodies, B cells, T cells, MHC, complement, cytokines, inflammation, hypersensitivity, autoimmunity, immunodeficiency, transplantation and tumour immunology. It can be useful for B.Sc. Zoology, Biotechnology, Microbiology, Life Sciences and other biological science students.
βοΈ P. Madhavee Latha
βοΈ S Chand Publishing
βοΈ Edition 2022
βοΈ Immunology
βοΈ Innate & Adaptive Immunity
βοΈ Antigens & Antibodies
βοΈ B Cells & T Cells
βοΈ MHC
βοΈ Complement System
βοΈ Cytokines
βοΈ Hypersensitivity
βοΈ Autoimmunity
βοΈ Immunodeficiency
βοΈ Transplantation
βοΈ Tumour Immunology
π A comprehensive Immunology textbook for undergraduate and life science students.
BuyΒ A Textbook of Immunology by P. Madhavee Latha, published by S Chand Publishing, Edition 2022. Learn innate and adaptive immunity, antigens, antibodies, B cells, T cells, MHC, complement, cytokines, hypersensitivity, autoimmunity and immunodeficiency.
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Best Immunology textbook for B.Sc. Zoology, Biotechnology, Microbiology and Life Science students
A Textbook of Immunology by P. Madhavee Latha, published by S Chand Publishing, provides comprehensive coverage of innate and adaptive immunity, immune cells, antigens, antibodies, B cells, T cells, MHC, complement system, cytokines, inflammation, hypersensitivity, autoimmunity, immunodeficiency, transplantation and tumour immunology, making it a useful academic reference for students of Zoology, Biotechnology, Microbiology and Life Sciences.