computer applications can be used to translate viral genomic sequence just as you did manually, however computer applications cannot tell you the meaning or significance of mutation. based on your experience what might be a disadvantage in using computer applications to compare new strains of the virus that causes COVID19.

computer applications can be used to translate viral genomic sequence just as you did manually, however computer applications cannot tell you the meaning or significance of mutation. based on your experience what might be a disadvantage in using computer applications to compare new strains of the virus that causes COVID19.

Biology Today and Tomorrow without Physiology (MindTap Course List)

5th Edition

ISBN:9781305117396

Author:Cecie Starr, Christine Evers, Lisa Starr

Publisher:Cecie Starr, Christine Evers, Lisa Starr

Chapter10: Biotechnology

Section: Chapter Questions

Problem 2CT

See similar textbooks

Similar questions

If you must create a drug or prescribe a healthy food or drink to target the Covid virus, what part of the virus will you target? Why? Show the functional groups that will interact with the specific part of Covid.
Which viruses have potential for the highest mutation rates, DNA or RNA viruses? Explain O DNA viruses as DNA polymerases do not proofread thus make many mistakes/mutations when viral RNA is copied DNA viruses as DNA polymerases do not proofread thus make many mistakes/mutations when viral DNA is copied RNA viruses as DNA polymerases do not proofread thus make many mistakes/mutations when viral DNA is copied RNA viruses as RNA polymerases do not proofread thus make many mistakes/mutations when viral RNA is copied and DNA polymerases do proof read
What does the acronym CRISPR stand for? Briefly outline the components of the CRISPR/Cas system. What is the function of the CRISPR/Cas system?What do you think about the ethical impacts of a technology such as CRISPR? What is the main parameter that is used to define new virus families among archaeal viruses? List and outline that various stages through which bacteria and archaea fight back against infection with viruses.
What kind of DNA is actually used to make the spots for analysis for the Vicrochip DNA microassay? From the following which is the best choice To make the spots conserved regions are used from known virus genomes To make the spots a mix of conserved and variable regions are used from knwon virus genomes To make the spots variable regions are used from virus genomes To make the spots conserved regions are used from known virus genomes None of the above
you want to design a vaccine that contains DNA that can fight against new variant (MU) of COVID-19 strain. You know that you can alter the information in DNA and can make a viral-vector based vaccine. What kind of virus you will use and why? not a writing assignment just few sentences
This virus does not conform to the central dogma of molecular biology. Explain the central dogma and how the virus behaves differently. How should the patient to treated? Can the treatments cure the disease?
Will an unknown/experimental virus DNA sample is applied to a Vicrochip DNA microrray stick to one spot or more spots? From the following options which is the best choice It will stick to several spots since there're many pieces of DNA that can come from a single virus sample It will stick to one spot since only one piece of DNA on the chip will be able to hybridize with the sample DNA It will stick to several spots since there're always hybridization erros and the sample DNA probably contains DNA from several other viruses It will stick to one spot since the DNA is from one single virus None of the above
A" is a retrovirus. It can integrate DNA into random sites of human genome. Another virus "B" can integrate DNA at a specific site of human genome. Which one of these viruses would make a better vector for gene therapy? Briefly explain.
You are a virologist studying a newly isolated viral strain and have sequenced its genome. You find that the genome contains 25% A, 55% G, 20% C, and 10% U. Which of the following conclusions is likely correct? This is a single-stranded RNA virus This is a single-stranded DNA virus This is a double-stranded RNA virus This is a double-stranded DNA virus No conclusions can be drawn from this information
8) Label each method of mixing genetic material as belonging to dsDNA viruses, retroviruses, SARS CoV-2, IAV, or not a method of mixing genetic material. homologous recombination template switch recombination template switch recombination Segmented genomes Having RDRP with proofreading activity
Lab, you will need to design your own experiment that detects the nucleic acids from the given list of virus genes. This experiment's results could be used to identify the viruses present based on the genes and nucleic acids. Virus gene list • NP gene from different avian influenza virus (AIV) subtypes • H5 subtype of AIV • H7 subtype of AIV • H9 subtype of AIV Based on the above list of virus genes, design an experiment that will differentiate the genes based on the molecular weights of the different nucleic acids present. • What method will you use and why? • What specific % agarose will you use for this experiment? • How will the listed genes separate (which will be at the top and which at the bottom)? Include a drawing that shows the differentiated nucleic acid patterns you would expect to see as the results of your experiment. This pattern can be hand-drawn or
How is polymerase chain reaction used as a diagnostic test for COVID-19? PCR serves as a molecular test to detect the SARS-CoV-2 virus's genetic material. PCR serves as an antigen test that detect specific proteins from the virus PCR is used to kill the SARS-CoV-2 virus in a patient's sample. PCR is used to quantify specific proteins in the SARS-CoV-2 virus.