Discover an extensive repository of Virology MCQs designed to reinforce your understanding of the subject. We offers valuable Virology in Biotech Engineering MCQs resource to assess your knowledge
A. The study of bacteria and their interactions with the environment
B. The application of viruses for industrial processes and biotechnological applications
C. The analysis of viral replication and pathogenesis in organisms
D. The manipulation of viral genes for desired traits in organisms
A. Virus classification and taxonomy
B. Viral genetics and evolution
C. Virus detection and diagnosis
D. Microbial fermentation techniques
A. Binary fission
B. Mitosis
C. Meiosis
D. Hijacking host cell machinery
A. Influenza
B. Measles
C. Tuberculosis
D. Hepatitis
A. To protect the virus from host immune responses
B. To help the virus attach to host cells
C. To regulate viral gene expression
D. To control viral replication
A. Reverse transcriptase helps in viral replication
B. Reverse transcriptase synthesizes viral RNA
C. Reverse transcriptase converts viral RNA into DNA
D. Reverse transcriptase degrades viral RNA
A. Viral vectors are used to infect host cells with desired genes
B. Viral vectors are used to analyze gene expression patterns
C. Viral vectors are used to produce recombinant proteins
D. Viral vectors are used to purify and separate viruses from a mixture
A. Polymerase chain reaction (PCR)
B. Gel electrophoresis
C. DNA sequencing
D. Microarray analysis
A. Antiviral drugs are used to amplify specific genes or DNA fragments
B. Antiviral drugs are used to analyze gene expression patterns
C. Antiviral drugs are used to inhibit viral replication and treat viral infections
D. Antiviral drugs are used to transfer and replicate DNA molecules in host cells
A. The size of the viral vector genome
B. The efficiency of viral infection of target cells
C. The use of viral vectors derived from retroviruses only
D. The particle size of the viral vector