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Main Index >>Immunity of Human/Innate Immunity /Acquired Immunity

* Immunity
* Naturally Acquired Active Immunity
* Artificially Acquired Active Immunity
* Naturally Acquired Passive Immunity
* Artificially Acquired Passive Immunity
* Antigens
* Antibodies
* Haptens
* Immunoglobulins
* Immunoglobulins G ( Ig G)
* Oligosaccharides
* Light Chains
* Heavy Chains
* Hypervariable Regions
* Amino Acid Residue Numbers in Hypervariable Region
* Disulphide Bonds
* Disulphide Bonds in Human Ig G EU
* Immunoglobulin A ( Ig A)
* Immunoglobulin M ( Ig M)
* Immunoglobulin D (Ig D)
* Immunoglobulin E (Ig E)
* Viral Vaccine/Bacterial Vaccines/First Generation Vaccines
* Bacterial and Viral Vaccines in Current Use
* Rickettsial Vaccines
* Subunit Vaccine/Second Generation Vaccines
* Recommended Schedule for Immunization
* Synthetic Vaccines /Third Generation Vaccines
* Human and Veterinary Virus Vaccines
* Comparison of Live Vaccines and Killed Vaccines
* Understanding of Antigenic Determinants
* Prediction of Antigenic Determinants
* Hepatitis B Virus Vaccine
* Genetically Engineered Vaccines
* Recombinant Virus as Vaccine
* Booster Immunization and Adjuvants
* Immune Complexes and Serum Sickness
* Antiserum, Hyperimmune Serum, Prophylactic Serum, Therapautic Serum,Gamma Globulin
* Immune Disorders
* Hypersensitivity
* Gell and Coombs Chart of Classification of Hypersensitivity
* Immediate Hypersensitivity
* Type I - Anaphylactic Hypersensitivity
* Atopic Diseases / Common Allergy
* Type II Cytotoxic Hypersensitivity
* Auto Immune Diseases,Thrombocytopenia, Agaranulocytosis, GoodPasteur's Syndrome
* Type III Immune Complex Hypersensitivity
* Serum Sickness, Arthus Phenomenon,Systemic Lupus erythematosus
* Delayed Hypersensitivity
* Cellular Hypersensitivity
* Infection Allergy
* Contact Dermatitits
* Precipitation
* Ring Test
* Gel Diffusion
* Immunoelectrophoresis
* Toxin - Antitoxin Reactions
* Floculation
* Lysis and Complement Fixation
* Immunofluorescence
* Immunoferritin Labelling
* Radioimmunoassay
 

Immunity of Human/Innate Immunity/Acquired Immunity

This chapter deals with the four major mechanisms of immunity to diseases. Antibodies and vaccines occupy central position in these immune responses. We shall also consider the laboratory tests for detecting antibodies in diseased individual.

The word immume is derived from the Latin stem immuno, meaning safe or free from. In a general sense, the term implies a condition under which an individual is protected from disease (not all but some specific disease).
There are two general types of immunity:

(i) Innate immunity (ii) Acquired immunity

Innate Immunity is an inborn capacity for resisting disease. It begins at birth and depends on genetic factors. Examples of this type of immunity are species and racial immunities.

Acquired immunity by contrast, begins after birth. It depends on the presence of antibodies and other factors originating from the immune system. Four types of acquired immunity are generally recognised, that are described here. It may be seen that the emphasis will be on antibodies and humoral immunity. Cellular immunity is also important in total spectrum of disease resistance.

 

* Immune Deficiency Diseases
* Bruton's Agammglobulinemia
* Digeorge's Syndrome
* Severe Combined Immunodeficiency (SCID)
* Chediak Higashi Syndrome
* Job's Syndrome
* Trans Acquired Immune Deficiency Syndrome (AIDS)
* Types of Transplantation Immunology
* Autograft Transplantation Immunology
* Isograft Transplantation Immunology
* Allografts Transplantation Immunology
* Xenografts Transplantation Immunology
* Major Histocompatibility Complex ( MHC )
* Immunosuppression
* Antirejection Mechanism
* Tumor Immunology
* Immunologic Escape and Immunotherapy
* Antigen Antibody Binding
* Genetic Basis
* Multiple Genes
* Origin of Antibody Diversity
* Germ Line Theory
* Somatic Recombination Theory
* Somatic Hypermutation Theory
* Immune Response
* Lymphocete

* Humoral Immunity
* Clonal Selection Model
* Cell Mediated Immunity
* Primary and Secondary Immune Response
* Ontogeny of the Immune Response
* Immune Tolerance
* Immunologic Response to Infectious Disease
* Immunologic Defences at the Mucous Membranes
* Immunologic Defences against Extracellular Microorganisms
* Immunologic Defences against Intracellular Organisms
* Immunologic Defences against Extracellular Organisms
* Immunologic Defences against Intracellular Viruses
* Immunopathology of Viral Infections
* Autodestructive Host Immune Reactions
* Autodestructive Immune Reactions Initiated by Antibody
* Arthus Reaction
* Autoimmune Diseases
* Inflamation
* Complement System
* Classical Pathway
* Properdin Pathway
* Lytic Reactions
* Immune Adherence
* Opsonization
* Chemotactic Activity
* Anaphylatoxin Activity
* Virus Neutralization
* Modulation of Complement Systems
* Effect of Complement Deficiences
* Pathogenic Role of Complement
* Agglutination
* Tube Agglutination
* Slide Agglutination
* Haemagglutination and Blood Grouping
Coombs Antoglobulin Test

* Passive Agglutination
* Haemagglutination Inhibition (HI)
* Agglutination - Adsorption Test