Related Questions

Administering a vaccine provides protection by inducing synthesis of antibodies (proteins) specific of the vaccine. The cell in the body responsible for the production of antibodies is
A Granulocyte
B Lymphocyte
C Erythrocyte (red blood cell)
D Platelet
Hypersensitivity reaction of tuberculosis are
A Dactylitis
B Pleural effusion
C Mantoux test positivity
D Pericardial effusion
E Productive cough
Preformed mediators of immediate hypersensitivity are
A Vasoactive amines
B Proteoglycans
C Leukotrienes
D Prostaglandin D
E Platelet activating factor
Type II hypersensitivity mediated diseases are
A Autoimmune hemolytic anaemia
B Myasthenia gravis
C Rheumatic fever
D Systemic Lupus erythematosus (SL
E Rheumatoid arthritis
Type II hypersensitivity occurs in the following clinical conditions
A Immune thrombocytopenic purpura
B Autoimmune hemolytic aneinia
C Atopic asthma
D Serum sickness
E Anaphylaxis
Type IV hypersensitivity mediated reactions are
A Granulomatous inflammation
B Positive tuberculin test
C Contact dermatitis
D Anaphylactoid reaction
E Transfusion reactions
Type IV hypersensitivity reactions are
A Granulomatous hypersensitivity
B Tuberculin hypersensitivity
C Contact hypersensitivity
D Transfusion reaction hypersensitivity
E Anaphylactoid reaction
Examples of delayed type hypersensitivity are
A Rheumatoid arthritis
B Contact dermatitis
C Systemic lupus erythematosus
D Grave's disease
E Bronchial asthma
Delayed type of hypersensitivity is seen in
A Contact dermatitis
B Positive tuberculin skin test
C Acute allograft rejection
D Penicillin allergy
E Arthus reaction
Type III hypersensitivity reactions are
A Serum sickness
B Rheumatoid arthritis
C Blood transfusion reaction
D Erythroblastosis foetalis
E Systemic anaphylaxis

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