Q: Transformation can be described as Polymerase chain reaction Sanger Sequencing Use of…
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Q: Abands). Please, àdestity he 10. Samples were tested for sickle cell disease by PCR. The results…
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Q: If you create your own species using recombinant genetics, what organism would you can create?
A:
Q: 1. Which of the following pairs is mismatched? None of the pairs are mismatched Joseph Lister -…
A: Introduction:- Antibiotics are the drugs or medicines which are used to treat the bacterial…
Q: 1. How are bacteria used in genetic engineering to produce medicine for people? 2. How is…
A: Answer : as we know bacteria is an independent living organisms and contains the genetic material.…
Q: What is genetic recombination? There are three processes among prokaryotes that result in…
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Q: 26. You are a forensic scientist investigating a murder for the FBI. Foreign blood was found on the…
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Q: 2. How does the universality of the genetic code make the recombinant DNA technology possible?
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A: As per bartleby guidelines only 3 questions can be answered. Please post remaining questions…
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Q: genetically modified organism
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Q: 1. What is the purpose of recombinant DNA technology?
A: Since you have posted multiple questions, we will do one question for you. If you need any specific…
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A: Question - 18. CRISPR can change DNA in animals. What did scientists look at in the nature to help…
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Q: 8. Describe the steps involved in the process of genetic engineering via recombinant DNA technology.…
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A: The activity is done below.
Q: What is the name of the process by which bacteria pick up a different organism’s genetic material?
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![8. List at least 3 ways that recombinant DNA has been used in modern medicine to
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- 1. How are bacteria used in genetic engineering to produce medicine for people? 2. How is recombinant DNA technology used in medicine?18. CRISPR can change DNA in animals. What did scientists look at in the nature to help them create CRISPR? Question 18 options: Bacteria fighting off viruses Sheep cloning antibiotic resistance cell survival 19. Identify the disease: •It affects mainly males. •Affected males are usually born to unaffected parents; the mother is normally an asymptomatic carrier but may have affected male relatives. •Females may be affected if the father is affected and the mother is a carrier. Question 19 options: X-linked recessive X-linked dominant Y-linked Autosomal recessive4. What is the name of the process by which bacteria pick up a different organism’s geneticmaterial?5. Genetically, how does the original bacterial DNA (plasmid) differ from the final bacterial DNAmolecule? (Do not say, “It is longer.”)6. Tetracycline is an antibiotic that is prescribed to kill bacterial infections. The transformedbacterial cell that you created has the tetracycline resistant gene in it. If this cell is placed on agrowth medium with tetracycline, will the bacteria grow or die? Explain.
- 1. If you create your own species using recombinant genetics, what organism would you can create?26. You are a forensic scientist investigating a murder for the FBI. Foreign blood was found on the victim's body and you decide to create a DNA fingerprinting profile of the bloodstain along with several suspects. What technology would be best to separate the DNA fragments by their sizes? - [ ] CRISPR - [ ] PCR - [ ] Restriction cloning - [ ] Gel electrophoresis - [ ] Gene therapy 27. An example of gene therapy is: - [ ] Insertion of the insulin gene into the cells of a diabetic person - [ ] Expression of the insulin gene in E. coli. - [ ] Isolation of insulin from a pig. - [ ] Injection of insulin into a diabetic person .1. Three basic steps of Genetic engineering * 2. Recombinant DNA technology has provided a broad range of tools to help physicians in the diagnosis of diseases. Probes are now used for identification of infectious agents such as
- 1. What is genetic recombination? There are three processes among prokaryotes that result in recombinant individuals. What are they and how do they work? 2. Describe three ways viruses emerge in our modernized world. 3. Explain the relationship between the R plasmid and antibiotic resistance in bacteria. How are strains of antibiotic-resistant bacteria established?Explain why a solid state fermentation system is optimal for extracellular enzyme production from fungi? 7. You have discovered a secondary metabolite made by an unusual fungus that has great industrial potential. Unfortunately, the fungus makes very of this product, so you must velop a scheme to increase the yield. Can you think of using a technique that might be useful to enhance the productivity of that secondary metabolite?10. Samples were tested for sickle cell disease by PCR. The results were analyzed by agarosc gel electrophoresis. Lanes I, 3, 5, 7, and 9 are PCR-amplified, but undigested DNA (364 bp), and lanes 2, 4, 6, 8, and 10 are Ddel-digested DNA. Lanes 1&2 are from a known carrier DNA (B^/B", 4 bands). Please, identify the genotype in lanes 3&4, 5&6, 7&8, 9&10. DNA marker 1 2 3 4 5 6 7 8 uents 10 364 bp- 291 bp- 201 bp- bp CKO BA/Bs
- 8. Describe the steps involved in the process of genetic engineering via recombinant DNA technology. 9. Identify one specific example of how this process has been used. 10. Using the example provided in question 9, explain the rationale for the creation of this transgenic organism.1. How does selective breeding enable humans to create new varieties of plants and animals? 2. What is recombinant DNA technology and why is it more reliable than selective breeding? 3. Describe 2 benefits and 1 drawback of using genetically modified organisms in agriculture (i.e. our food supply)1. Which of the following pairs is mismatched? None of the pairs are mismatched Joseph Lister - Discovered the antibiotic penicillin Robert Koch - first to prove that a microbe caused disease (anthrax) in a large animal (cattle) Edward Jenner - developed the first smallpox vaccine using cowpox virus (vaccinia) Barbara McClintock - discovered transposons through her research with corn genetics
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