,TABLE OF CONTENT
nn nn
1. Introduction nnto nnVirology
2. Virus nnStructure nnand nnAssembly
3. Virus nnClassification: nnThe nnWorld nnof nnViruses
4. Virus nnEntry
5. Single-Stranded nnRNA nnBacteriophages
6. Microviruses
7. Bacteriophage
8. Bacteriophage nnLambda
9. Viruses nnof nnArchaea
10. Cucumber nnMosaic nnVirus
11. Picornaviruses
12. Flaviviruses
13. Togaviruses
14. Coronaviruses
15. Paramyxoviruses nnand nnRhabdoviruses
16. Filoviruses
17. Bunyaviruses
18. Influenza nnViruses
19. Reoviruses
20. Parvoviruses
21. Polyomaviruses
22. Papillomaviruses
23. Adenoviruses
24. Herpesviruses
25. Baculoviruses
26. Poxviruses
27. Viruses nnof nnAlgae nnand nnMimivirus
28. Retroviruses
29. Human nnImmunodeficiency nnVirus
30. Hepadnaviruses
31. Viroids nnand nnHepatitis nnDelta nnVirus
32. Prions
33. Intrinsic nnCellular nnDefenses nnAgainst nnVirus nnInfection
34. Innate nnand nnAdaptive nnImmune nnResponses nnto nnVirus nnInfection
35. Antiviral nnVaccines
36. Antiviral nnChemotherapy
37. Eukaryotic nnVirus nnVectors
,Package nnTitle: nnTestbank
Course nnTitle: nnAcheson nn2nd
nnedition nnChapter nnNumber: nn01
Question nntype: nnMultiple nnChoice
1) Which nnof nnthe nnfollowing nnterms nndescribes nnthe nnprotein nnshell nnthat nnsurrounds nnthe nnviral nngenome?
a) capsid
b) envelope
c) matrix
d) virion
e) capsomere
nn Answer: nna
2) Which nnof nnthe nnfollowing nnwould nnnot nnbe nna nnnucleic nnacid nnform nnfound nnin nna nnviral nngenome?
a) dsDNA
b) ssDNA
c) dsRNA
d) ssRNA
e) an nnRNA:DNA
hybrid nnAnswer: nne
nn
3) Which nnof nnthe nnfollowing nnis nnan nnenzyme nnthat nnmost nnRNA nnviruses nnencode nnin nntheir nngenome?
a) DNA-dependent-RNA-polymerase
b) RNA-dependent-RNA-polymerase
c) DNA-dependent-DNA-polymerase
d) DNA-dependent-RNA-polymerase
e) RNA-dependent-protein-synthetase
nn Answer: nn b
4) Viruses nnplay nna nnmajor nnrole nnin nnthe nnecology nnof nnthe nnocean nnby nndoing nnwhich nnof nnthe nnfollowing?
a) By nninfecting nnphotosynthetic nnbacteria nnand nnincreasing nntheir nngrowth.
, b) By nninfecting nnharmful nnbacteria nnfound nnin nnthe nnocean nnand nnlimiting nntheir nngrowth.
c) By nnkilling nnoff nnfish nnand nnpreventing nnthem nnfrom nnbecoming nntoo nnplentiful.
d) By nnlysing nnunicellular nnorganisms nnand nnreleasing nncarbon nnand nnoxygen nnback nninto nnthe nnocean.
e) All nnof nnthe nnabove nnstatements nnare nncorrect.
Answer: nnd
5) If nnyou nnwanted nnto nnshow nnthat nnan nninfectious nnagent nnis nna nnvirus, nnwhat nnexperiment nncould nnyou nndo?
a) Show nnthat nnthe nnagent nncan nnbe nnseen nnunder nna nnlight nnmicroscope.
b) Show nnthat nnagent nncontains nna nnlipid nnmembrane.
c) Show nnthat nnthe nnagent nncan nnform nnsingle nncolonies nnon nnan nnagar nnplate.
d) Show nnthat nnthe nnagent nncan nnbe nndiluted nnand nncan nnstill nncause nndisease nnin nnan nnanimal.
e) Show nnthat nnthe nnagent nncan nnpass nnthrough nna nnporcelain nnfilter nnand nnis nnstill nninfectious.
Answer: nn e
6) What nndoes nnthe nnword nn“virus” nnmean nnin nnLatin?
a) infectious nnagent
b) liquid
c) poison
d) death
e) disease
nn Answer:
c
nn
7) The nnword nn“phage” nnis nna nnshortened nnversion nnof nnthe nnname nnof nna nnvirus nnthat nncan nninfect
nnwhich nntype nnof nnorganism?
a) bacterial nncell
b) human nncell
c) eukaryotic nncell
d) plant nncell
e) inset
cell
nn
nn Answer:
nn a
8) The nnstudy nnof nnwhich nngroup nnof nnviruses nnled nnto nnthe nndiscovery nnof nncellular nngenes nnthat nncan
nnpromoter nncancer nnin nnanimal nncells?
a) papillomaviruses
b) retroviruses
nn nn
1. Introduction nnto nnVirology
2. Virus nnStructure nnand nnAssembly
3. Virus nnClassification: nnThe nnWorld nnof nnViruses
4. Virus nnEntry
5. Single-Stranded nnRNA nnBacteriophages
6. Microviruses
7. Bacteriophage
8. Bacteriophage nnLambda
9. Viruses nnof nnArchaea
10. Cucumber nnMosaic nnVirus
11. Picornaviruses
12. Flaviviruses
13. Togaviruses
14. Coronaviruses
15. Paramyxoviruses nnand nnRhabdoviruses
16. Filoviruses
17. Bunyaviruses
18. Influenza nnViruses
19. Reoviruses
20. Parvoviruses
21. Polyomaviruses
22. Papillomaviruses
23. Adenoviruses
24. Herpesviruses
25. Baculoviruses
26. Poxviruses
27. Viruses nnof nnAlgae nnand nnMimivirus
28. Retroviruses
29. Human nnImmunodeficiency nnVirus
30. Hepadnaviruses
31. Viroids nnand nnHepatitis nnDelta nnVirus
32. Prions
33. Intrinsic nnCellular nnDefenses nnAgainst nnVirus nnInfection
34. Innate nnand nnAdaptive nnImmune nnResponses nnto nnVirus nnInfection
35. Antiviral nnVaccines
36. Antiviral nnChemotherapy
37. Eukaryotic nnVirus nnVectors
,Package nnTitle: nnTestbank
Course nnTitle: nnAcheson nn2nd
nnedition nnChapter nnNumber: nn01
Question nntype: nnMultiple nnChoice
1) Which nnof nnthe nnfollowing nnterms nndescribes nnthe nnprotein nnshell nnthat nnsurrounds nnthe nnviral nngenome?
a) capsid
b) envelope
c) matrix
d) virion
e) capsomere
nn Answer: nna
2) Which nnof nnthe nnfollowing nnwould nnnot nnbe nna nnnucleic nnacid nnform nnfound nnin nna nnviral nngenome?
a) dsDNA
b) ssDNA
c) dsRNA
d) ssRNA
e) an nnRNA:DNA
hybrid nnAnswer: nne
nn
3) Which nnof nnthe nnfollowing nnis nnan nnenzyme nnthat nnmost nnRNA nnviruses nnencode nnin nntheir nngenome?
a) DNA-dependent-RNA-polymerase
b) RNA-dependent-RNA-polymerase
c) DNA-dependent-DNA-polymerase
d) DNA-dependent-RNA-polymerase
e) RNA-dependent-protein-synthetase
nn Answer: nn b
4) Viruses nnplay nna nnmajor nnrole nnin nnthe nnecology nnof nnthe nnocean nnby nndoing nnwhich nnof nnthe nnfollowing?
a) By nninfecting nnphotosynthetic nnbacteria nnand nnincreasing nntheir nngrowth.
, b) By nninfecting nnharmful nnbacteria nnfound nnin nnthe nnocean nnand nnlimiting nntheir nngrowth.
c) By nnkilling nnoff nnfish nnand nnpreventing nnthem nnfrom nnbecoming nntoo nnplentiful.
d) By nnlysing nnunicellular nnorganisms nnand nnreleasing nncarbon nnand nnoxygen nnback nninto nnthe nnocean.
e) All nnof nnthe nnabove nnstatements nnare nncorrect.
Answer: nnd
5) If nnyou nnwanted nnto nnshow nnthat nnan nninfectious nnagent nnis nna nnvirus, nnwhat nnexperiment nncould nnyou nndo?
a) Show nnthat nnthe nnagent nncan nnbe nnseen nnunder nna nnlight nnmicroscope.
b) Show nnthat nnagent nncontains nna nnlipid nnmembrane.
c) Show nnthat nnthe nnagent nncan nnform nnsingle nncolonies nnon nnan nnagar nnplate.
d) Show nnthat nnthe nnagent nncan nnbe nndiluted nnand nncan nnstill nncause nndisease nnin nnan nnanimal.
e) Show nnthat nnthe nnagent nncan nnpass nnthrough nna nnporcelain nnfilter nnand nnis nnstill nninfectious.
Answer: nn e
6) What nndoes nnthe nnword nn“virus” nnmean nnin nnLatin?
a) infectious nnagent
b) liquid
c) poison
d) death
e) disease
nn Answer:
c
nn
7) The nnword nn“phage” nnis nna nnshortened nnversion nnof nnthe nnname nnof nna nnvirus nnthat nncan nninfect
nnwhich nntype nnof nnorganism?
a) bacterial nncell
b) human nncell
c) eukaryotic nncell
d) plant nncell
e) inset
cell
nn
nn Answer:
nn a
8) The nnstudy nnof nnwhich nngroup nnof nnviruses nnled nnto nnthe nndiscovery nnof nncellular nngenes nnthat nncan
nnpromoter nncancer nnin nnanimal nncells?
a) papillomaviruses
b) retroviruses
