Virology Uta Final

Front 1

What are the main diseases for Paramyxoviridae

Back 1

Mump

(Morbilivirus) Measles

Front 2

What are the main diseases for Coronaviridae

Back 2

SARS

Front 3

What are the main diseases for Bunyaviridae

Back 3

Cache Valley virus
Sand Fly Fever

Hemorrhagic Fever
Respiratory Disease
Encephalitis

Front 4

What are the main diseases for Togaviridae

Back 4

Rubella
Sindbis

Front 5

What are the main diseases for Flaviviridae

Back 5

Yellow Fever & HCV
Dengus Fever
West Nile virus

Front 6

What are the main diseases for Reoviridae

Back 6

Colorado Tick Fever Virus
African horse sickness (AHSV)
Rotavirus

Front 7

What are the main diseases for Picornaviridae

Back 7

Hepatitis A

Front 8

What type of genome does Paramyxoviridae have

Back 8

ssRNA
(-)
non-segmented

Front 9

What type of genome does Coronaviridae have

Back 9

ssRNA
(+)
non-segmented

Front 10

What type of genome does Bunyaviridae have

Back 10

ssRNA
Segmented
(-)

Front 11

What type of genome does Togaviridae have

Back 11

ssRNA
(+)
non-segmented

Front 12

What type of genome does Flaviviridae have

Back 12

ssRNA
(+)
non-segmented

Front 13

What type of genome does Reoviridae have

Back 13

dsRNA

segmented

Front 14

What type of genome does Picornaviridae have

Back 14

ssRNA
(+)

Front 15

Is Paramyxoviradae enveloped and if so where does the envelope come from

Back 15

YES
(plasma membrane)

Front 16

Is Coronaviradae enveloped and if so where does the envelope come from

Back 16

YES
(RER and/or Golgi)

Front 17

Is Bunyaviradae enveloped and if so where does the envelope come from

Back 17

YES
(Golgi)
via exocytosis

Front 18

Is Togaviradae enveloped and if so where does the envelope come from

Back 18

YES
(cytoplasmic vesicles)

Front 19

Is Flaviviradae enveloped and if so where does the envelope come from

Back 19

YES
(RER)

Front 20

Is Reoviradae enveloped and if so where does the envelope come from

Back 20

No

Front 21

Is Birnaviradae enveloped and if so where does the envelope come from

Back 21

No

Front 22

Is Picornaviradae enveloped and if so where does the envelope come from

Back 22

NO

Front 23

What is the capsid morphology of Parmyxoviridae

Back 23

“herringbone” helical
(pleomorphic spherical or filamentous virion)

Front 24

What is the capsid morphology of Coronaviridae

Back 24

Helical
(pleomorphic spherical virion)

Front 25

What is the capsid morphology of Bunyaviridae

Back 25

Helical (spherical virion)

Front 26

What is the capsid morphology of Togaviridae

Back 26

Icosahedral (spherical virion)

Front 27

What is the capsid morphology of Flaviviridae

Back 27

Icosahedral
(spherical virion)

Front 28

What is the capsid morphology of Reoviridae

Back 28

2 concentric capsids
I = icosahedral
O = spherical

Front 29

What is the capsid morphology of Picornaviridae

Back 29

icosahedral to spherical virion

Front 30

What is the mode of entrance for Paramyxoviridae

Back 30

Fusion
(F protein)

Front 31

What is the mode of entrance for Coronaviridae

Back 31

Fusion
(S protein) &
RM endocytosis

Front 32

What is the mode of entrance for Bunyaviridae

Back 32

Fusion

Front 33

What is the mode of entrance for Togaviridae

Back 33

RM endocytosis

Front 34

What is the mode of entrance for Flaviviridae

Back 34

RM endocytosis

Front 35

What is the mode of entrance for Reoviridae

Back 35

RM endocytosis

Front 36

What is the mode of entrance for Birnaviridae

Back 36

RM endocytosis

Front 37

What is the mode of entrance for Picornaviridae

Back 37

RM endocytosis

Front 38

How does paramyxoviridae exit the cell

Back 38

Budding PM & Syncytia formation

Front 39

How does Coronaviridae exit the cell

Back 39

Exocytosis (fusion of cytoplasmic vesicles) & Syncytia formation

Front 40

How does Bunyaviridae exit the cell

Back 40

Exocytosis
Cytolysis

Front 41

How does Togaviridae exit the cell

Back 41

Bud into cytoplasmic vesicles - cytolysis

Front 42

How does Flaviviridae exit the cell

Back 42

Cytolysis & Exocytosis (bud from RER)

Front 43

How does Reoviridae exit the cell

Back 43

Cytolysis

Front 44

How does Picornaviridae exit the cell

Back 44

Cytolysis

Front 45

How may Bunyaviridae be transmitted

Back 45

Horizontal (mosquito) & Vertical (transplacental)

Front 46

How may Togaviridae be transmitted

Back 46

Horizontal (mosquito) & Vertical

Front 47

How may Flaviviridae be transmitted

Back 47

Horizontal (O/F, urogenital, mosquito) & Vertical (transplacental & semen)

Front 48

How may Reoviridae be transmitted

Back 48

Horizontal & Vertical
AHSV = horiz. only

Front 49

How may Picornaviridae be transmitted

Back 49

Horizontal
FMDV – respiratory, milk/contaminated feed, insemination, iatrogenic
SVDV – skin abrasions, O/F

Front 50

Where are the inclusion bodies for paramyxoviridae located in the host cell

Back 50

Cytoplasmic

CDV- cytoplasmic & nuclear

Front 51

Which family of virus may undergo intramolecular recombination

Back 51

Picornaviridae

Front 52

How many segments of RNA does Birnaviridae have

Back 52

2

Front 53

Which family may also be known as - Respiratory enteric orphan virus

Back 53

Reoviridae

Front 54

Which 3 families may be arthropod borne

Back 54

Togaviridae
Flaviviridae
Bunyaviridae

Front 55

Which family of virus are known for causing fetal and embryonic death

Back 55

Flaviviridae

Front 56

What type of genome does Phleboviridae have, and is it (+) or (-) sense

Back 56

Ambisense ssRNA
(+-)
segmented

Front 57

What type of genome does Rotaviridae have, and is it (+) or (-) sense

Back 57

dsRNA

segmented

Front 58

What type of genome does Filoviridae have, and is it (+) or (-) sense

Back 58

ssRNA
(-)

Front 59

What type of genome does Picornavirus (HAV) have, and is it (+) or (-) sense

Back 59

ssRNA
(+)

Front 60

What type of genome does Hepadonavirus (HBV) have, and is it (+) or (-) sense

Back 60

dsDNA/RNA

Front 61

What type of genome does Herpes virus have, and is it (+) or (-) sense

Back 61

dsDNA
linear

Front 62

What type of genome does Orthomyxo have, and is it (+) or (-) sense

Back 62

ssRNA
(-)
segmented

Front 63

What type of genome does Papovavirus have, and is it (+) or (-) sense

Back 63

dsDNA

Front 64

What type of genome does Polyvirus (POX) have, and is it (+) or (-) sense

Back 64

dsDNA

Front 65

What type of genome does Retrovirus have, and is it (+) or (-) sense

Back 65

ssRNA
(+)

Front 66

What type of genome does Rhabdovirus have, and is it (+) or (-) sense

Back 66

ssRNA
(-)

Front 67

Which virus binds to antibodies to suppress the immune response?

Back 67

Filovirus

Front 68

What are the main diseases for Adenoviridae

Back 68

Upper Respiratory Tract Infections - cold

Front 69

What are the main diseases for Rotavirus

Back 69

African Horse Sickness
Blue TOngue
Colorado Tick Fever
Haemorrhagic Fever

Front 70

What are the main diseases for Hepadonavirus (HBV)

Back 70

Hepatitis

Front 71

What are the main diseases for Orthomyxovirus

Back 71

Flu
Influenza A & B
"Spanish flu"

Front 72

What are the main diseases for Papillomavirus

Back 72

Warts/Tumor

Front 73

What are the main diseases for Polyvirus

Back 73

Small Pox

Front 74

What are the main diseases for Rhabdoviruses

Back 74

Rabies

Front 75

Which virus suppress host cell antiviral responses

Back 75

Influenza (Orthomyxoviridae)

Front 76

Herpesvirus: Alpha-
Herpes Simplex Virus (HSV-1)
HSV-2
Varicella Zoster Virus (VZV) -

Back 76

HSV-1: oral/ocular lesion
HSV-2: genital/anal lesions
VZV: chicken pox/shingles

Front 77

Herpesvirus: Beta-
Cytomegalovirus (CMV, HHV-5)
Muromegalovirus
Roseolovirus (HSV-6, HSV-7)

Back 77

CMV:
HHV-6

Front 78

Herpesvirus: Gamma-
Lymphocryptovirus
Rhadinovirus (HHV-8)
Epstein Barr Virus (EBV)

Back 78

Lymphocryptovirus: Infectious Mononucleosis
HHV-8: Kaposi's sarcoma
EBV: Infectious Mononucleosis

Front 79

Disease associated with Filovirus

Back 79

Ebola
Marburg

via Direct contact

Front 80

Filoviridae host/reservoir

Back 80

Fruit Bat

Front 81

Filoviridae Disease Symptom

Back 81

Fever
Hemorrhage
Liver Dysfunction
Intravascular Coagulation
Shock

Front 82

Bunyavirus host

Back 82

Between animal via arthropod (mosquitoes & ticks)

Front 83

Bunyavirus may evolve by

Back 83

genetic drift
genetic shift

Front 84

Two genera of Orthomyxoviridae

Back 84

Thogotovirus - ticks
Isavirus - fish

Front 85

What is the capsid morphology of Orthomyxovirus

Back 85

6~8 segments wrapped in helica nucleocapsids

Lipid membrane

Front 86

What are:
Antigenic drift

Antigenic shift

Back 86

Slow continuous accumulation of point mutations

Results from reassortment of genes during a mixed infection with two or more subtypes

Front 87

DNA Genome virus

Back 87

Herpes
Adeno
Hepadna (HBV)
Parvo (Parvo, Dependo)
Papova (Papilloma, Polyoma)

Front 88

(+) RNA genome virus

Back 88

Toga
Flavi
Corona
Picorna (HAV)
Picorna
Retro

Front 89

(-) RNA genome virus

Back 89

Bunya
Filo
Orthomyxo
Paramyxo
Rhebdo

Front 90

Ambisense RNA genome virus

Back 90

Arena
Phlebo

Front 91

DNA & RNA genome virus

Back 91

Hepadnavirus (HBV)

Front 92

What type of genome does Parvovirus have, and is it (+) or (-) sense

Back 92

ssDNA

Front 93

Polyvirus (POX) = small pox
(Herpes) VZV = chicken pox

Back 93

True