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pneumotropic viral diseases

Total questions: 52

Worksheet time: 31mins

Name
Class
Date
1.

ACUTE

contagious disease of upper respiratory

a)
Flu Virus
b)
Sinus Infection
c)
Pneumonia
d)

Influenza

2.

Influenza are

a)

NOT the retrovirus

b)

NOT the stomach flu

c)

NOT an enveloped

d)

NOT ssRNA

3.

what are the characteristic of Influenza?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

4.

how is influenza transmitted?

a)
Influenza spreads via insect bites and animal contact.
b)
Influenza is transmitted through skin-to-skin contact and sharing utensils.
c)
Influenza is transmitted through food and water contamination.
d)
Influenza is transmitted through respiratory droplets and contaminated surfaces.
5.

divided into subtypes

infects humans, birds, pigs

a)

Type A influenza

b)

Type B influenza

c)

Type C influenza

6.

NO subtypes

infects humans

a)

Type A influenza

b)

Type B influenza

c)

Type C influenza

7.

rare, mild disease in humans

a)

Type A influenza

b)

Type B influenza

c)

Type C influenza

8.

which types raises more concerns about pandemics?

a)

Type A influenza

b)

Type B influenza

c)

Type C influenza

9.

Which are true about the viral envelope of Influenza?

a)

has spikes

2 proteins

b)

no spikes

2 proteins

c)

has spikes

0 proteins

10.

what are the two proteins found in Influenza?

a)
Collagen and Elastin
b)
Actin and Myosin
c)
Hemagglutinin and Neuraminidase
d)
Hemoglobin and Myoglobin
11.

Influenza protein that attach to host cell

has 16 different subtypes

a)

Neuraminidase (N)

b)

Hemagglutinin (H)

c)
Matrix protein (M)
d)

Amantadine (A)

12.

Influenza protein that can entry or exit of virions in or out f host cell

has 9 different subtypes

a)

Neuraminidase (N)

b)

Hemagglutinin (H)

c)
Matrix protein (M)
d)

Amantadine (A)

13.

Hemagglutinin (H) and Neuraminidase (N) are both antigenic meaning

a)
They are essential for viral replication and do not trigger immunity.
b)
They are components of the virus that inhibit immune response.
c)
They are proteins that only function in the virus's structure.
d)
They are recognized by the immune system and can trigger an immune response.
14.

Virions (infected virus form) constantly undergo _____ in H and N proteins.

a)
replications
b)

genetic changes

c)
deletions
d)

characteristic

15.

antigenic drift in influenza can look like

a)

minor mutations

b)

year-to-year variations

c)

major mutations

d)

some immunity from previous strain

e)

no or little immunity

16.

antigenic shift in influenza can look like

a)

minor mutations

b)

reassorments as virus crosses species

c)

major mutations

d)

some immunity from previous strain

e)

no or little immunity

17.

what is an example of Antigenic shift in influenza?

a)

Small point mutations in HA/NA

b)

H1N1 one year and H1N1 again

c)

H2N3 mutates to H1N1

18.

Manifestations of Influenza

a)

increased body temp upto 40c

b)

1-2 weeks complete resolution

c)

long-lived

d)

risk of secondary infections amongst old and young

19.

what are serious complications of Influenza?

a)

Guillain-Barre Syndrome (GBS)

b)

Reye's syndrome

c)

SARS CoV 2

d)

Multiple Sclerosis

20.

neurological symptoms

polio-like paralysis

usually reversible

a)

Guillain-Barré Syndrome (GBS)

b)

Reye's Syndrome

21.

neurological symptoms

in children following flu or chicken pox

child experiences repeated vomiting, lethargy, disoriented, combativeness

a)

Guillain-Barré Syndrome (GBS)

b)

Reye's Syndrome

22.

death rate of Influenza in North America

a)

10,000 / year

b)

20,000 / year

c)

40,000 / year

23.

90% of influenza deaths are ages

a)

65 and older

b)

8 and younger

c)

75 and older

d)

less then 2 years old

24.

Influenza vaccine includes 3-6 strains of whole, destroyed virus

, which are are true about them

a)

old prominent strains

b)

new prominent strains

c)

top 3 strains from last year

d)

top 3 new strains

25.

the flu shot this year 2025-2026 is called

a)

Adjuvalent

b)

Trivalent

c)

Tamiflu

26.

what's the effectiveness % of Influenza vaccine?

a)
40% to 60%
b)
10% to 15%
c)
70% to 80%
d)
20% to 30%
27.

how is influenza vaccine USUALLY made?

a)

K9 kidney cells

b)

embryonated fish eggs

c)

embryonated chicken eggs

28.

can account for about 30% of all "common colds"

about 100 diff strains

mutate often

a)
Influenza virus
b)

Adenoviruses

c)
Coronaviruses
d)

Rhinoviruses

29.

what are the characteristic of Rhinovirus?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

30.

what are the characteristic of Rhinovirus?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

31.

what are the characteristic of Adenovirus?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

e)

dsDNA

32.

accounts for 15% of common URT infections (common cold)

symptoms can be severe

a)
Coronaviruses
b)

Adenoviruses

c)
Influenza virus
d)

Rhinoviruses

33.

Adenoviruses severity can cause

a)

ear infections

b)

joint stiffness

c)

aseptic meningitis

d)

conjunctivitis (pink eye)

34.

how does Adenovirus penetrate host?

a)

viral RNA injected into nucleus of host cell for viral protein production

b)

viral DNA injected into nucleus of host cell for viral protein production

35.

Adenovirus is a good candidate for which therapy?

a)
Vaccine development
b)
Antiviral treatment
c)
Cancer immunotherapy
d)
Gene therapy
36.

why is adenovirus a good candidate for gene therapy?

a)

because it carry small RNA inserts

b)

dsDNA or double gene disease

c)

because attenuated virus is infectious but not contagious

d)

dsDNA for gene insertion and protein production

37.

what are the characteristic of SARS CoV 2?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

e)

dsDNA

38.

SARS CoV 1 has ____ genetic similarity between SARS Cov 2 and bat coronavirus

a)

80%

b)

85.6%

c)

72%

d)

96.2%

39.

which are true about mutation of SARS CoV 2 and WHY?

a)

has a large genome

b)

replication and mutation is faster than most human enveloped virus

c)

replication and mutation is slower than most human enveloped virus

40.

SARS CoV 2 targets which host receptor and why?

a)
ACE2 receptor
b)

because it's found in URT

c)
IL-6 receptor
d)

because it's found in LRT

41.

symptoms of SARS CoV aside from cough, sore-throat, fever, myalgia, lethargy

a)

shortness of breath

b)

loss of smell/taste

c)

joint stiffness

d)

GI symptoms

42.

corticosteroids is considered treatment for severe SARS CoV 2 because

a)

Corticosteroids have anti-inflammatory action.

b)
Corticosteroids enhance the immune response to eliminate the virus more effectively.
c)
Corticosteroids are primarily used to prevent viral replication in SARS-CoV-2 infections.
43.

corticoids in SARS CoV patients have shown reduce death and hospitalization by

a)

10-20 %

b)

30-50 %

c)

35-60 %

44.

what are the characteristic of RSV or Respiratory Syncytial Virus?

a)

ssDNA

b)

Enveloped

c)

Non-enveloped

d)

ssRNA

e)

dsDNA

45.

typically affects children under 5

can cause runny nose, coughing, fever

a)

SARS CoV 2

b)

Respiratory Syncytial Virus / RSV

c)

Influenza

d)

Rhinovirus

e)

Adenovirus

46.

typically affects children under 5

can cause runny nose, coughing, fever

a)

SARS CoV 2

b)

Respiratory Syncytial Virus / RSV

c)

Influenza

d)

Rhinovirus

e)

Adenovirus

47.

Respiratory Syncytial Virus or RSV can progress to which conditions

a)
Sinusitis, Bronchitis
b)
Bronchiolitis, Pneumonia
c)
Tuberculosis, Allergies
d)
Asthma, Croup
48.

why does RSV or Respiratory Syncytial Virus typically affects children under 5?

a)
RSV affects children under 5 due to their developing immune systems and smaller airways.
b)
RSV primarily affects adults with weakened immune systems.
c)
Children over 5 are more susceptible to RSV infections.
d)
RSV is mainly a seasonal virus that only impacts infants.
49.

An approved vaccine for RSV is targeted for those who are

a)

adults over 60

b)
pregnant women
c)
teenagers and young adults
d)

infants an and high risk children

50.

what are the two major proteins on surface of RSV or Respiratory Syncytial Virus

a)
F protein and G protein
b)
C protein and D protein
c)
A protein and B protein
d)
H protein and J protein
51.

G glycoprotein is to _____ where as F glycoprotein is to ______

on RSV or Respiratory Syncytial Virus

a)
activation; replication
b)
attachment; fusion
c)
reception; integration
d)
binding; entry
52.

What are the pneumotropic viral diseases

a)

SARS CoV 2

b)

Respiratory Syncytial Virus / RSV

c)

Influenza

d)

Rhinovirus

e)

Adenovirus