TEST BANK for Fundamentals of Molecular Virology 2nd Edition by Acheson |All Chapters (1-37)| Covered & A+ Latest

TEST BANK for Fundamentals of Molecular Virology 2nd Edition by Acheson |All Chapters (1-37)| Covered & A+ Latest Table of Contents Section I: Introduction to Virology 1. Introduction to Virology 2 Nicholas H. Acheson 2. Virus Structure and Assembly 18 Stephen C. Harrison 3. Virus Classification: The World of Viruses 31 Nicholas H. Acheson 4. Virus Entry 45 Ari Helenius SectionII: Viruses of Bacteria and Archaea 5. Single-Stranded RNA Bacteriophages 59 Jan van Duin 6. Microviruses 69 Bentley Fane 7. Bacteriophage T7 77 William C. Summers 8. Bacteriophage Lambda 85 Michael Feiss 9. Viruses of Archaea 97 David Prangishvili Section III:Positive-Strand RNAViruses ofEukaryotes 10. Cucumber Mosaic Virus 112 Ping Xu, Marilyn J. Roosinck 11. Picornaviruses 125 Bert L. Semler 12. Flaviviruses 137 Richard Kuhn 13. Togaviruses 148 Milton Schlesinger, Sondra Schlesinger, Richard Kuhn 14. Coronaviruses 159 Mark Denison, Michelle M. Becker Section IV: Negative-Strand and Double-StrandedRNA Viruses of Eukaryotes 15. Paramyxoviruses and Rhabdoviruses 175Nicholas H. Acheson, Daniel Kolakofsky, Christopher Richardson, Laurent Roux 16. Filovirouses 188 Heinz Feldman, Hans-Dieter Klenk, Nicholas H. Acheson 17. Bunyaviruses 200 Richard M. Elliott 18. Influenza Viruses 225 Terence S. Dermody, James D. Chappell 19. Reoviruses 225 Terence S. Dermody, James D. Chappell Section V: Small DNA Viruses ofEukaryotes 20. Parvoviruses 238 Peter Beard 21. Polyomaviruses 247 Nicholas H. Acheson 22. Papillomaviruses 263 Greg Matlashewski, Lawrence Banks Section VI: Larger DNA Viruses of Eukaryotes 23. Adenoviruses 274 Philip Branton 24. Herpesviruses 285 Bernard Roisman, Gabriella Campadelli-Fiume, Richard Longnecker 25. Baculoviruses 302 Eric B. Carstens 26. Poxviruses 312 Richard C. Condit 27. Viruses of Algae and Mimivirus 325 Michael J. Allen, William H. Wilson Section VII: Viruses ThatUse A Reverse Transcriptase 28. Retroviruses 342 Alan Cochrane 29. Human Immunodeficiency Virus Alan Cochrane 30. Hepadnaviruses 365 Christopher Richardson Section VIII: Viroids and Prions 31. Viroids and Hepatitis Delta Virus 378 Jean-Pierre Perreault, Martin Pelchat 32. Prions 387 Dalius J. Briedis Section IX: Host Defenses Against Virus Infection 33. Intrinsic Cellular Defenses Against Virus Infection 398 Karen Mossman, Pierre Geninm, John Hiscott 34. Innate and Adaptive Immune Responses to Virus Infection 415 Malcolm G. Baines, Karen Mossman Section X: Antiviral Agents and Virus Vectors 35. Antiviral Vaccines 428 Brian Ward 36. Antiviral Chemotherapy Donald M. Coen 37. Eukaryotic Virus Vectors 456 Chapter Number: 01 Question type: Multiple Choice 1) Which of the following terms describes the protein shell that surrounds the viral genome? a) capsid b) envelope c) matrix d) virion e) capsomer e Answer: a 2) Which of the following would not be a nucleic acid form found in a viral genome? a) dsDNA b) ssDNA c) dsRNA d) ssRNA e) an RNA:DNA hybridAnswer: e 3) Which of the following is an enzyme that most RNA viruses encode in their genome? a) DNA-dependent-RNA-polymerase b) RNA-dependent-RNA-polymerase c) DNA-dependent-DNA-polymerase d) DNA-dependent-RNA-polymerase e) RNA-dependent-proteinsynthetase Answer: b 4) Viruses play a major role in the ecology of the ocean by doing which of the following? a) By infecting photosynthetic bacteria and increasing their growth. b) By infecting harmful bacteria found in the ocean and limiting their growth. c) By killing off fish and preventing them from becoming too plentiful. d) By lysing unicellular organisms and releasing carbonand oxygen back into the ocean. e) All of the above statements are correct. Answer: d 5) If you wanted to show that an infectious agent is a virus, what experiment could you do? a) Show that the agent can be seen under a light microscope. b) Show that agent contains a lipid membrane. c) Show that the agent can form single colonies on an agar plate. d) Show thatthe agent can be diluted and can still cause disease in an animal. e) Show that the agent can pass through a porcelain filter and is still infectious. Answer: e 6) What does the word “virus” mean in Latin? a) infectious agent b) liquid c) poison d) death e) disease Answer: c 7) The word “phage” is a shortened version of the name of a virus that can infect which type of organism? a) bacterial cell b) human cell c) eukaryotic cell d) plant cell e) inset cell Answer: a 8) The study of which group of viruses led to the discovery of cellular genes that can promoter cancer in animal cells? a) papillomaviruses b) retroviruses c) adneoviruses d) polyomaviruses e) picornaviruse s Answer: b 9) When doing a plaque assay with human or animal cells, a layer of nutrient media mixed with agar is put on top of the cells after they have been infected with the diluted virus. What is the major purpose of this agar layer? a) It helps to feed the cells as they grow. b) It promotes the replication of the virus. c) It makes the infected cells easier to visualize. d) It limits the movement of virus particles. e) All of the above are correct.