Principles Of Vaccines (edited) | Questions and Answers
1. Optimal immunity is achieved following .: Natural infection.
**Best type of immunity.
2. What is the goal of vaccination?: Achieve protective immunity without causing disease.
3. Protection produced by the person's own immune system is
.: Active immunity.
4. Active immunity can be (permanent/temporary).: Permanent.
5. Pro
ction transferred from another person or animal is .: -
Passive immunity.
**Pre-formed Abs are transferred.
6. Passive immunity is (permanent/temporary).: Temporary (& wanes with time).
7. What are some sources of passive immunity?: - Ig from pooled plasma from blood donors
- Ig from pooled plasma from seropositive humans
- Monoclonal Ab
- Ig derived from heterologous hyperimmune serum (ie: antitoxin from animal source)
8. Monoclonal Ab is (permanent/temporary).: Temporary, only effective in the short term.
9. Ig from pooled plasma from blood donors has shown to provide protection against .: Major pathogens.
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, Principles Of Vaccines (edited) | Questions and Answers
10.Ig from pooled plasma from seropositive humans has shown to provide protection against .: Specific
pathogens.
11.What are some risks of providing passive immunity to patients?: - Allergic or anaphylactic reactions from
contaminants in vaccine.
- Serum sickness
- Transmission of blood borne pathogens
- Immunosuppression
12. occurs when there is an immune response against anti- genic determinant of
foreign Ab when from a non-human source.: Serum sickness (particularly a problem with animal serum is used).
13. Immunosuppresion blocks progression to an active adaptive response by
.: Blocking/neutralizing pathogen.
14.What kind of immunity is produced by vaccination?: Active immunity.
15.In vaccination/active immunization, immunity and immunology memory is similar to , but without .:
Natural infection, without risk of disease.
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1. Optimal immunity is achieved following .: Natural infection.
**Best type of immunity.
2. What is the goal of vaccination?: Achieve protective immunity without causing disease.
3. Protection produced by the person's own immune system is
.: Active immunity.
4. Active immunity can be (permanent/temporary).: Permanent.
5. Pro
ction transferred from another person or animal is .: -
Passive immunity.
**Pre-formed Abs are transferred.
6. Passive immunity is (permanent/temporary).: Temporary (& wanes with time).
7. What are some sources of passive immunity?: - Ig from pooled plasma from blood donors
- Ig from pooled plasma from seropositive humans
- Monoclonal Ab
- Ig derived from heterologous hyperimmune serum (ie: antitoxin from animal source)
8. Monoclonal Ab is (permanent/temporary).: Temporary, only effective in the short term.
9. Ig from pooled plasma from blood donors has shown to provide protection against .: Major pathogens.
1/5
, Principles Of Vaccines (edited) | Questions and Answers
10.Ig from pooled plasma from seropositive humans has shown to provide protection against .: Specific
pathogens.
11.What are some risks of providing passive immunity to patients?: - Allergic or anaphylactic reactions from
contaminants in vaccine.
- Serum sickness
- Transmission of blood borne pathogens
- Immunosuppression
12. occurs when there is an immune response against anti- genic determinant of
foreign Ab when from a non-human source.: Serum sickness (particularly a problem with animal serum is used).
13. Immunosuppresion blocks progression to an active adaptive response by
.: Blocking/neutralizing pathogen.
14.What kind of immunity is produced by vaccination?: Active immunity.
15.In vaccination/active immunization, immunity and immunology memory is similar to , but without .:
Natural infection, without risk of disease.
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