Genetics question about COVID-19. what are the mRNA codon sequences of the 2019-dominant and 2020-dominant Spike proteins? (how did you determine the actual sequence?)
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Genetics question about COVID-19.
what are the mRNA codon sequences of the
2019-dominant and 2020-dominant Spike proteins?
(how did you determine the actual sequence?)
Step by step
Solved in 2 steps
- 1. What impacts might mutations have on the transmission of the virus (COVID-19)? 2. At which stage of viral infection did these mutations most likely occur (COVID-19)?1."What protein structural features are involved in the antigenic nature of epitopes? 2.What steps occur in the immune response following the primary infection of a vertebrate by a virus? 3.Assume you know that for a particular non‐enveloped virus, gene A codes for a transcriptional activator, gene B for an origin binding protein, and gene C for a capsid protein. Following a normal infection in an animal, what would most likely generate a neutralizing antibody?"Describe and explain the difference in results if the serial dilution step of the T4 bacteriophage suspension inour experiment was skipped (i.e., all of Step #3 of the procedures was skipped)? _________________________Current EventsThe Johnson and Johnson COVID-19 vaccine consists of inactivated adenovirus that has been altered to containgenetic information encoding SARS-CoV-2 surface spike proteins. The virus targets and delivers this geneticinformation to the cells of our respiratory tract, which produce benign SARS-CoV-2 surface spike proteins butare effective for training our immune system to defend us against SARS-CoV-2.Based on this information and your knowledge of viruses in general, could T4 bacteriophage be used in place of
- 4. How do sialic acid conformations explain the difference between influenza strains that infect humans and those that infect chickens?(65) A new strain of influenza virus emerges that results in world wide pandemic of influenza. Affected persons lack pre-existing immunity to this strain. Which of the following genetic mechanism best explains the emergence of this pandemic strain? (A) Deletion (B) insertion (C) Point Mutation (D) Reassortment (E) Recombination6. How the use of the nucleic acid vaccine gives protection against diseases like COVID-19. Please explain it?
- 1)Describe the key processes involved in vaccine manufacturing.2) Review the literature and identify the key players in the various mutants of the spikeprotein.3) How were the structures of ACE 2 and spike protein solved?4) Why is it easier to target a single mutant versus multiple mutants in the virus?5) There are several coronaviruses in the database, why is the SARS-CoV-2 sodangerous?6) Summarize the key difference in the invasion of cells by:a. HIVb. Adenovirusc. Anthraxd. SARS-CoV-2e. MERS3b. You were able to obtain the RNA of the influenza virus. If you injected this into a susceptible host cell could this RNA alone cause a lytic infection? Please explain why or why not with proper reasoning.2. Bacteriophage are very specific in the types of cells they can infect. Some see this as a possible therapy to help treat against bacterial infections. Please discuss pros and cons of this type of therapy with proper support.
- answer doesn't have to be long i just need an explanation, thank you! The whole world right now is concerned (or they should be) about the appearance of new variants of SARS-CoV-2. Among other things, these variant viruses have mutations that change the amino acid sequence of the spike protein on the virus surface. While this is concerning, I would like to propose that there is a limit to how far these mutations can change the spike protein. Why can't there be an endless number of new mutations of this viral protein? How would these amino acid changes affect how the virus works?Many viruses that infect eukaryotic cells express genes that alterthe regulation of host gene expression to promote viral replication.For example, herpes simplex virus-1 (HSV-1) expresses aprotein called ICP0, which is necessary for successful viral infectionand replication within the host. Lutz et al. (2017. Viruses9: 210) showed that ICP0 can act as a ubiquitin ligase and targetthe redundant transcriptional repressors ZEB1 and ZEB2,which leads to upregulation of the miR-183 cluster (a set of threemiRNAs transcribed from the same locus). Speculate on how miR-183 cluster upregulation may benefitthe virus.19. An investigaor is conducting a study of n outbreak of severe nausea, vomitting and diarrhea among28 guests in a hotel. It is found that the affected guests stayed in rooms located in the east wing of the thrid floorof the hotel during a single3-week period. The causal virus most likely has which of the following chracteristics? (A) DNA genome (B) Helical symmetry (C) No envelope (D) No polymerase gene (E) Segmented genome