Give and explain the advantages and disadvantages of cracking the genetic code to know the diseased that may lie in the future of an individual.

Q: What is a biomarker? a. the color coding of different genes b. a protein that is uniquely produced…

A: Answer is b.)

Q: To introduce modified genes or RNA, scientists use _________ and breath them into the lungs of…

A: CRISPR-Cas9 is a novel technique that allows geneticists and medical researchers to rewrite portions…

Q: Which genetic application would you consider as the most significant during this time of pandemic?…

A: Introduction :- Genetic engineering may be employed on a wide range of plants, animals, and microbes…

Q: Design a DNA microarray experiment that measures the difference in gene expression between normal…

A: DNA microarray experiments are conducted to measure the levels of gene expression of genes and the…

Q: It seems that the expert answer touches on many points, but does not address the question precisely,…

A: Introduction  Proto-oncogenes are a set of genes that, when altered, lead normal cells to become…

Q: High-Fidelity DNA ___________ Systems Recognize and Repair Damage.

A: DNA repair is a collection of processes by which a cell identifies and corrects damage to the DNA…

Q: Distinguish between a gene knockout versus a gene replacement,and describe how both are used in the…

A: Gene can be defined as the basic physical and functional unit of heredity. Genes are made up of DNA.…

Q: Give and example of how dna is mutated

A: Any alteration in the sequence of nucleotide in the genome of any organism. Mutation arises due to…

Q: differentiate the structure of the gene or genes of a genetically inherited disease to the one that…

A: Genetics is the study of inheritance and variation of inherited characteristics. where it studies…

Q: Characterize the events in cloning, using an example.

A: DNA cloning is the process by which a recombinant DNA can be inserted into a host organism and…

Q: sequence below use sequence and encountered a point mutation:…

A: Transcription  It is the process of transcribing the sequence from the DNA strand into the mRNA…

Q: Discuss how advances in our understanding of the human genome have improved our understanding of…

A: Introduction Genomics is the study of the complete set of DNA (including all of its genes) in a…

Q: Develop a logical argument regarding the use of CRISPR/Cas9 to edit the gene in humans that causes…

A: Cystic fibrosis is a life-threatening genetic disease that affects the lungs and digestive tract.The…

Q: Give an examples of genetic diseases.

A: A genetic disorder or genetic disease is a condition that occurs because of any defect or change in…

Q: List the types of changes in the human genome thatcan help lead to cancer.

A: Cancer is a type of chronic disease in which altered cells lost control over their gene regulation…

Q: Examination of the nucleotide sequences found at the ends of chromosomes , indicate whether it…

A: The End of the Chromosomes is known as the telomeres. Telomeres are the repetitive sequences that…

Q: Assess and describe the breakthroughs, if any, in the treatment and management of genetic disease

A: Genetic disease is any disease which is caused by any change in the genes of an individual.…

Q: Describe the medical applications of human gene therapy in the following diseases: Haemophilia,…

A: Gene therapy is a treatment of a disease where the genetic material is transferred into human cells.…

Q: In this question what do you think about the production of recombinant insulin for medical purposes…

A: Insulin is the most important hormone in the human body. It is used in controlling the glucose level…

Q: Discuss with your teacher what does ‘a suitable gene’ means, in the context of DNA vaccines.

A: DNA vaccination is one of the methodologies that are useful in protecting from some of the…

Q: Consider a disease that arises from incorrect DNA replication. describe the disease and the ways in…

A: DNA replication is a highly accurate procedure, but errors will sometimes occur as if a wrong base…

Q: Discuss how a researcher might use a GFP-labeled protein in a study of a disease, such as cancer.

A: Cell biologists mostly make use of dyes for the production of contrast in finding the structures of…

Q: Writing/Response Prompt: Theorize about the following - Where do harmful genes that contribute to…

A: Each organism's DNA sequence is unique. Its base-pair sequence might vary from time to time. It is…

Q: An elderly woman took a prescription medicine to help her to sleep; however, she felt restless all…

A: Sleeping tablets are prescribed to treat insomnia. They fall under the category of…

Q: Below steps in the lytic cycle of bacteriophage have been arranged in random order and with lette…

A: Ans. The lytic cycle is one of two cycles of virus or bacteriophage reproduction; the second cycle…

Q: Explain how gene therapy was used to treat SCID in a patient

A: Severe Combined Immunodeficiency Disease (SCID) is a rare genetic disorder characterized by the…

Q: A. Enumerate at least 10 genetic diseases and discuss each extensively

A: A genetic disorder or disease is a condition where a gene or a part of gene is mutated or there are…

Q: Determine the reasons due to which the result indicates that horizontal gene transfer has taken…

A: A technique for transmitting genetic material between nearby microorganisms is called horizontal…

Q: The DNA translocation generating the Philadelphia chromosome involves which protooncogene and is…

A: Philadelphia chromosome results from reciprocal translocation . Therefore, it is defective and…

Q: Describe the changes that can convert a proto-oncogene into an oncogene.

A: A normal functioning gene turns into a proto-oncogene, which can cause cancer when it is altered as…

Q: Explain how you, would correct a genetic defect if you have to make use of a retrovirus. Give an…

A: Gene therapy is a biological therapeutics method that may be used to treat both hereditary…

Q: Briefly describe the two approaches a bacteriophagecan take to trigger an infection once inside its…

A: A virus can be defined as a submicroscopic organism that consists of genetic information either in…

Q: Explain why many oncogenic viruses contain genes whose products interact with tumor-suppressor…

A: Viruses are infectious agents. They can only replicate inside the living cells. Viruses can infect…

Q: Explain the advantage of the systems biology approachto studying cancer versus the approach of…

A: System biology is used in the preparation of complex biological systems based on the interactions…

Q: Discuss types of DNA damage and how such lesions can be repaired.

A: Mutations arise not only from errors in replication but also through the damage in DNA. Some damage…

Q: . Give an example of a DNA-repair defect that leads tocancer

A: Cancer results when body mechanism fails to control the cell division that has lost the control…

Q: List down and explain at least 5 moral dilemmas raised by cracking the genetic code to know the…

A: Cracking the genetic code through genetic testing helps a person to discover if they are at risk for…

Q: Explain two ways that some viruses can cause cancer.

A: Cancer is defined as an uncontrolled growth of cells that the ability to spread throughout the body.…

Q: Briefly describe how the CRISPR/Cas9 system modifies genomic DNA and why this can help treat genetic…

A: A molecular process in which some discontinuous change to nucleotide sequences in their genomic DNA…

Q: DEscribe the term disease genes

A: Genetic is a branch of science that deals with genes, DNA, alleles, genetic variation, heredity, and…

Q: Which are ethical concems related to editing the genes of germline cells? Select all that apply. The…

A: Genetics is the branch of biology that deals with the study of genes, their variation, and heredity…

Q: using a molecular genetic approach how can one generate a mouse missing an adaptive immune response

A: The modification of an organism's genome is known as molecular genetics (MG). Outside the plant, MG…

Q: Create a conceptual map on how regulated genes are used in the diagnosis  and treatment of disease.

A: Gene regulation : Gene regulation is defined as the process of turning the genes on and off, ensures…

Q: Relate genome reduction to obligate intracellular lifestyles

A: Genome reduction, also referred as genome degradation, occurs when a genome shrinks in comparison to…