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Question 1-What SARS viral proteins are made using the frameshifting? Is there only one SARS viral protein made using frameshifting or are there many proteins made using frameshifting?
Question 2-The VVOW the week demonstrates the mechanism by which a simple virus can randomly self-assemble. The assembly of more complex viruses is driven by binding of viral subunits to the genome or cellular membranes. How does this facilitate assembly compared to the video? Explain using a specific virus as an example (with pictures if possible).
Question 3-Read the review article by DeSouza and Summers about how retroviruses select their genome. What did you learn from this paper? Describe how retroviruses selectively package their genome and specifically assemble viral proteins within their capsids that are critical for viral infectivity.
Question 4-Compare and contrast the requirements and steps involved in the assembly, exit and maturation of enveloped vs non-enveloped viruses. What are the consequences to the host cell of each mechanism?
Question 5-Viral proteases and glycosidases are excellent targets for therapeutic intervention of viral infections. Describe steps in the lifecycle of a specific virus that requires viral proteases/glycosidase for formation of infectious virions.
Plan a scientific experiment to find out the effect of this environmental factor on the rate of photosynthesis or cellular respiration in your chosen organism (reviews the scientific method, remember hypothesis, control so on.
Describe how one media can identify both the selective and differential nature of the organism. What components of PCRs require to be changed in order to identify genetically modified meats or milk? Generally give details why those changes need to be..
What are the benefits of genetic engineering versus the potential risks. Critics claimed that the experiment was inconclusive. Which of the criticisms would be addressed by using a swan-necked flask in its place of the unsealed flask.
Cyanide binds to complex IV of the electron transport system, preventing the reduction of oxygen to water. Explain the ultimate effects of cyanide on electron transport, oxygen consumption, and ATP production. How can these in turn affect a person.
It is not normal to administer a pure drug to a patient. Almost all the drugs are administered in form of a medicine. A medicine is a mixture of one or more drugs combined or formulated with the other inactive materials known as excipients.
Which of the next statements is untrue of the light reaction in photosynthesis.
Explain the process of the Meiosis and the Sexual Life Cycles. Eukaryotic cells may divide through the mitosis or meiosis. In humans, mitosis generates new cells for the growth and repair.
Application of an insecticide to control mosquito populations in malaria infested areas quickly resulted in a dominant mutation, R, resulting in insecticide resistance.
What fraction of demes in each set is likely to become fixed for allele A1 versus A2. Explain the differences in head movement available to fish.
Case study on Salmonella Outbreaks in the U.S.
The F- strain is unable to synthesize these amino acids; therefore, they must be supplied in the growth medium. Utilize the results from replica-plating to reply the questions.
What is the significance of the chloroplasts structural feature that the thylakoid membrane is located between the stroma and the thyloakoid space.
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