To obtain immediate immunity against tetanus, a patient should receive:
a. An attenuated vaccine of Clostridium tetani
b. A modified live vaccine of C. tetani
c. Tetanus toxoid
d. Immunoglobulin against tetanus toxin (antitoxin)

Match the pathogen part to the inactivated vaccine:

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Select the true statements about mRNA vaccines. Select all that apply.

a. These vaccines contain a type of nucleic acid

b. These vaccines can alter cellular DNA

c. These vaccines often require a booster dose

d. These vaccines do not require adjuvants

e. These vaccines require an engineered virus to deliver the mRNA to a target cell

Define the following key terms.

a. Fomite

b. Mucociliary escalator

c. Alveolar macrophage

d. Prognosis

e. Serovar

f. Otitis media

g. Tympanic membrane

h. Epidemic

i. Pandemic

j. Antigenic drift

k. Herd immunity

l. Antigenic shift

m. Rheumatogenic

n. Attenuated viral strain

o. Inactivated viral strain

p. Pulmonary edema

q. Community-acquired pneumonia (CAP)

r. Healthcare-associated pneumonia (HCAP)

s. Typical pneumonia

t. Atypical pneumonia

u. Endemic mycoses

v. Dimorphic fungus

Why does the body have both antibody and cell-mediated immune responses?

Which of the following vaccine types is commonly given with an adjuvant?

a. Attenuated vaccine

b. Modified live vaccine

c. Chemically killed vaccine

d. Immunoglobulin

Which of the following viruses was widely used in living vaccines?

a. Coronavirus

b. Poliovirus

c. Influenzavirus

d. Retrovirus

_______ Passive immunotherapy provides more prolonged immunity than active immunization.

Attenuation is:

a. The process of reducing virulence

b. A necessary step in vaccine manufacture

c. A form of variolation

d. Similar to an adjuvant