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BIOD 171 Module 6 Exam Questions and Answers 2026 | Verified Virology Practice Questions | Viral Replication, HIV, Influenza, Bacteriophages, Chickenpox, Polio & Viral Pathogenesis Review | Portage Learning

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This BIOD 171 Module 6 Exam Questions and Answers 2026 study guide is a comprehensive virology and infectious disease review resource created for students enrolled in Portage Learning BIOD 171 and related microbiology, biology, nursing, and health science programs. The document contains expertly verified microbiology and virology practice questions with detailed answers covering viral structure, viral replication cycles, bacteriophages, influenza, HIV, chickenpox, shingles, polio, smallpox, mumps, measles, rubella, vaccines, viral attachment mechanisms, and viral pathogenesis frequently tested in Module 6 examinations and cumulative microbiology finals. The study material provides in-depth coverage of viral biology and structure, including viral genomes, capsids, viral envelopes, RNA versus DNA viruses, enveloped versus non-enveloped viruses, bacteriophage anatomy, viral size comparisons, and host-cell specificity. Students will review the organization and function of viral components such as capsids, tail fibers, base plates, viral glycoproteins, and receptor-binding proteins while strengthening their understanding of how viruses interact with host cells and establish infection. A major focus of the guide is the viral life cycle and mechanisms of infection. Topics include viral attachment, entry, uncoating, genome replication, viral assembly, release, budding, and reinfection of host cells. The document thoroughly explains the differences between lytic and temperate bacteriophages, viral replication timing, host membrane fusion, viral titers, and bacteriophage-mediated bacterial destruction. Students will also review important virology concepts involving hemagglutinin proteins, neuraminidase proteins, viral entry inhibition, viral release inhibition, and antiretroviral therapy mechanisms used in HIV treatment. The study guide additionally reviews clinically important viral diseases and public health microbiology concepts frequently covered in undergraduate microbiology and nursing curricula. Diseases discussed include measles, mumps, rubella, influenza, chickenpox, shingles, smallpox, poliomyelitis, and HIV/AIDS. Students will learn about viral transmission routes, airborne infections, viral latency, shingles reactivation, VZV infection, CNS damage caused by poliovirus, influenza virulence, annual flu vaccine variation, and vaccine development strategies such as the Salk and Sabin polio vaccines. The document also examines HIV structure, gp120 glycoprotein binding, CD4 receptor targeting, and the purpose of antiretroviral medications in controlling viral replication. This resource is highly recommended for students enrolled in microbiology, virology, nursing, pre-nursing, biomedical sciences, allied health sciences, pharmacy, molecular biology, biotechnology, pre-medical studies, and public health programs. It is particularly useful for preparing for BIOD 171 module exams, microbiology practicals, ATI microbiology review, NCLEX-related virology content, cumulative finals, and standardized health science examinations. The organized question-and-answer format also supports active recall learning, independent study, tutoring sessions, and collaborative group revision. The material aligns closely with major university microbiology and virology textbooks commonly used in undergraduate science and healthcare curricula, including: Microbiology: An Introduction by Tortora, Funke, and Case Prescott’s Microbiology by Willey, Sherwood, and Woolverton Jawetz, Melnick & Adelberg’s Medical Microbiology Brock Biology of Microorganisms by Madigan et al. Medical Microbiology by Murray, Rosenthal, and Pfaller Molecular Biology of the Cell by Alberts et al. The scientific and clinical virology concepts discussed throughout this study guide are also supported by peer-reviewed academic literature from journals such as Nature Reviews Microbiology, Journal of Virology, Clinical Microbiology Reviews, The Lancet Infectious Diseases, and Annual Review of Virology, ensuring evidence-based and academically accurate microbiology content for university-level coursework and healthcare education. Keywords BIOD 171 BIOD 171 Module 6 Portage Learning microbiology virology exam questions viral replication microbiology study guide bacteriophages viral life cycle viral attachment viral entry viral uncoating viral replication cycle viral release lytic phage temperate phage viral envelopes viral capsid RNA viruses DNA viruses influenza virus Influenza A hemagglutinin neuraminidase HIV gp120 CD4 receptor antiretroviral therapy retroviruses polio virus Salk vaccine Sabin vaccine chickenpox shingles VZV virus smallpox Variolavirus measles mumps rubella viral pathogenesis viral transmission airborne diseases microbiology revision notes infectious disease review nursing microbiology pre nursing microbiology health sciences revision ATI microbiology review NCLEX microbiology undergraduate microbiology medical microbiology virology study notes microbiology practice questions microbiology final exam Portage BIOD171 biology exam answers molecular virology public health microbiology microbiology flashcards

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BIOD 171 MODULE 6 2026
EXPERT VERIFED ACE THE
TEST



True or False. Because the genome is contained within an enclosed space

(much like the nucleus of a cell), viruses are classified as eukaryotic. -

ANSWER ✔✔False


True or False. Although viruses may contain their genome within an

enclosed space (much like the nucleus of a cell), it is considered neither

eukaryotic nor prokaryotic. - ANSWER ✔✔True

, Describe the two basic components of a virus. - ANSWER ✔✔A virus

has genomic material made up of either DNA or RNA and a capsid which

is a protective structure that contains genetic material


True or False. You would expect to see a viral envelope on a virus

infecting a bacterial cell. - ANSWER ✔✔False




The overwhelming majority of animal viruses are enveloped whereas the

majority of plant or bacteria-infecting viruses are not.


The envelope surrounds the _________ of some viruses. - ANSWER

✔✔Capsid


The ________ surrounds the capsid of some viruses. - ANSWER

✔✔envelope


Rank the following viruses based on their size from largest to smallest:


Paramyxovirus


Poliovirus


Smallpox virus - ANSWER ✔✔Smallpox, Paramyxovirus, Poliovirus


Rank the following viruses based on their size from largest to smallest:

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