03. Vaccination and Immunisation
Human Health and Disease

263577 How does vaccination work?

1 The immune system produces antibodies, which stay in the blood
2 Memory lymphocytes are produced. They remain in the body to fight off any future infection with the live pathogen
3 The dead pathogen stays in the body and constantly stimulates the immune system
4 All of the above
Human Health and Disease

263578 The Diptheria, Pertussis, Tetanus (DPT) vaccine consists of

1 live attenuated strains of Diptheria, Pertussis,Tetanus
2 toxoid of Diptheria, Tetanus and heat killed whole cells of Pertussis
3 whole cell lysate of Diptheria, Pertussis, Tetanus
4 heat killed strains of Diptheria, Pertussis, Tetanus
Human Health and Disease

263579 Allergic reaction can be controlled by

1 antibiotics
2 histamines
3 antihistamines
4 none of the above
Human Health and Disease

263581 Antibody that is capable of crossing the placenta is

1 $\operatorname{IgM}$
2 IgG
3 $\operatorname{lgE}$
4 $\operatorname{Ig} A$
Human Health and Disease

263577 How does vaccination work?

1 The immune system produces antibodies, which stay in the blood
2 Memory lymphocytes are produced. They remain in the body to fight off any future infection with the live pathogen
3 The dead pathogen stays in the body and constantly stimulates the immune system
4 All of the above
Human Health and Disease

263578 The Diptheria, Pertussis, Tetanus (DPT) vaccine consists of

1 live attenuated strains of Diptheria, Pertussis,Tetanus
2 toxoid of Diptheria, Tetanus and heat killed whole cells of Pertussis
3 whole cell lysate of Diptheria, Pertussis, Tetanus
4 heat killed strains of Diptheria, Pertussis, Tetanus
Human Health and Disease

263579 Allergic reaction can be controlled by

1 antibiotics
2 histamines
3 antihistamines
4 none of the above
Human Health and Disease

263581 Antibody that is capable of crossing the placenta is

1 $\operatorname{IgM}$
2 IgG
3 $\operatorname{lgE}$
4 $\operatorname{Ig} A$
Human Health and Disease

263577 How does vaccination work?

1 The immune system produces antibodies, which stay in the blood
2 Memory lymphocytes are produced. They remain in the body to fight off any future infection with the live pathogen
3 The dead pathogen stays in the body and constantly stimulates the immune system
4 All of the above
Human Health and Disease

263578 The Diptheria, Pertussis, Tetanus (DPT) vaccine consists of

1 live attenuated strains of Diptheria, Pertussis,Tetanus
2 toxoid of Diptheria, Tetanus and heat killed whole cells of Pertussis
3 whole cell lysate of Diptheria, Pertussis, Tetanus
4 heat killed strains of Diptheria, Pertussis, Tetanus
Human Health and Disease

263579 Allergic reaction can be controlled by

1 antibiotics
2 histamines
3 antihistamines
4 none of the above
Human Health and Disease

263581 Antibody that is capable of crossing the placenta is

1 $\operatorname{IgM}$
2 IgG
3 $\operatorname{lgE}$
4 $\operatorname{Ig} A$
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Human Health and Disease

263577 How does vaccination work?

1 The immune system produces antibodies, which stay in the blood
2 Memory lymphocytes are produced. They remain in the body to fight off any future infection with the live pathogen
3 The dead pathogen stays in the body and constantly stimulates the immune system
4 All of the above
Human Health and Disease

263578 The Diptheria, Pertussis, Tetanus (DPT) vaccine consists of

1 live attenuated strains of Diptheria, Pertussis,Tetanus
2 toxoid of Diptheria, Tetanus and heat killed whole cells of Pertussis
3 whole cell lysate of Diptheria, Pertussis, Tetanus
4 heat killed strains of Diptheria, Pertussis, Tetanus
Human Health and Disease

263579 Allergic reaction can be controlled by

1 antibiotics
2 histamines
3 antihistamines
4 none of the above
Human Health and Disease

263581 Antibody that is capable of crossing the placenta is

1 $\operatorname{IgM}$
2 IgG
3 $\operatorname{lgE}$
4 $\operatorname{Ig} A$