Give the scope of the following fields in Applied Genetics: Instruction: No plagiarism. Answer should be written in your own words. Cite your references if needed. Epigenetics. Discuss in atleast 150 words.
Q: Discuss the similarities and differences between forward and reverse genetic approaches, and when…
A: Differences between forward and reverse genetics are as follows:Forward genetics involves the…
Q: Why is statistics important in genetic studies?
A: Genetics is a study of the genome of an organism. By studying genetics we can know the deeply about…
Q: List at least two ways in which computerized analysis oftranscriptomes aids genetic research.
A: Genetic research refers to the study of human deoxyribonucleic acid (DNA) to order to know the genes…
Q: Within genomics, genetic engineering and gene therapy are topics that are comparable. What do they…
A: Genetic engineering and gene therapy are topics that are related to genomics. They are both…
Q: Using the five major processes, create your own flow diagram of the genetic engineering process
A: Genetic engineering is the practice of altering an organism's genetic structure utilizing…
Q: How do Epigenetics connect to the unifying themes in biology and the crosscutting concepts. (Give 2…
A: Life often involves changes that can affect our gene pool. These changes often arise from the…
Q: What are the advantage and disadvantages of genetic engineering. Give at least five each.
A: The use of recombinant DNA or rDNA technology to change an organism's genetic makeup is referred to…
Q: Describe the impact of the 1953 publication of the Watson–Crick paper on genetic research?
A: Deoxyribonucleic acid is the genetic material along with ribonucleic acid. The structure of nucleic…
Q: Why is targeting a medication like BiDil at African-Americans a flawed idea from an evolutionary…
A: The African Americans patients with congestive heart failures and issues were being prescribed with…
Q: When considering genetic health, who should decide which genes are harmful or beneficial?
A: "Genes" are the fundamental unit of heredity. They store genetic information in the form of DNA,…
Q: What type of database is OMIM?
A: OMIM (Online Mendelian Inheritance in Man) is a daily updated catalog of human genes and genetic…
Q: Why is artificial selection or selective breeding considered a form of genetic engineering?
A: Genetic engineering is considered a process, where the genetic makeup of an organism can be altered…
Q: A student wants to observe how the environment of bacteria affects gene expression. How should the…
A: Option B i.e. exposing same species of bacteria to the different carbohydrate in each sample is the…
Q: Which characteristics describe the genetic code of humans? Select three options. can help in the…
A: Genetic code is the term we use for the manner in which the four nitrogenous DNA bases — A, C , G,…
Q: Genetics on our daily lives, make an essay on how Genetics is affecting our lives by discussing at…
A: INTRODUCTION Genetic is mainly study for the genes and hereditary activities and to…
Q: Explain the central dogma of genetics at the molecular level.
A: In literal sense, dogma refers to a definite set of principles or processes. Central dogma refers to…
Q: Give the SCOPE of the following fields in Applied Genetics: (SCOPE, not definition) 1. Epigenetics…
A: 1.Epigenetics It is the branch that deals with heritable phenotypic changes that are not associated…
Q: What is the ultimate goal of genetic engineers, describe (in detail) the methods used to achieve…
A: Genetic engineering is the science of manipulating the genetic material of an organism. The first…
Q: Give a definition of genomics. Include an overview of the types of questions genomics involves.…
A: Biology is the natural science that studies living organisms, which includes their: physical…
Q: With the many high throughput experiments that are used in biomedical research, how are some ways to…
A: High-throughput screening (HTS) is a method for scientific experimentation especially used in…
Q: What is the most ideal genetic model organism and discuss why
A: Genetics is the branch of science (biology) that deals with the examination and understanding of the…
Q: The field of genetics that studies how gene expression can be affected by signals from the…
A: Changes in genes expression can be actuated by external elements like climate ( for example; diet,…
Q: Give the scope of the following fields in Applied Genetics: Epigenetics Genomics Metagenics Genetic…
A: As per our guidelines, we are supposed to answer only three sub-parts. Kindly repost the question…
Q: Fill the Table with mutagenic agents and provide their type (physical, chemical, biological) and…
A: Mutagens are the known sources of physical, chemical or biological triggers of faults through…
Q: Explain how two genetically identical twins are not really identical.
A: Identical twins are are additionally known as monozygotic twins. They result from the treatment of a…
Q: Using the 5 major steps, make or create your own flow diagram of the genetic engineering process
A: Flow diagram of genetic engineering processes :-
Q: Autism The genetic basis: what gene or genes are involved Environmental factors: external factors…
A: Autism or Autism Spectrum Disorder (ASD) is a neural disorder which has a broad spectrum of effects…
Q: Why might the genomic analysis of dogs be particularly useful for investigating the genes…
A: Genome: Genome is a total of genes in an organism. Genome size vary with organism. It can be as…
Q: Why is genetic engineering such a controversial ethical issue? How would you assess the importance…
A: Genetic engineering is the booming branch of science. At the same time it is highly controversial…
Q: Discuss one current application of genetics
A: Genetics is the study of the transfer of certain traits (eye color, hair color) and diseases from…
Q: Does genetic analysis by ASO testing allow for detection of epigenetic changes that may contribute…
A: Allele specific oligonucleotide is a nucleotide sequence (DNA fragment) that is designed for…
Q: How is genetic engineering used to improve agriculture? What are the important safety and ethical…
A: Genetic engineering is the process of altering an organism's genetic makeup using recombinant DNA…
Q: How does Epigenetic connect to unifying themes and principles of biology? (Give 2 examples)
A: Epigenetics is a new discipline of study that investigates heritable changes generated by gene…
Q: n terms of eugenics/genetic control, what type of argument could be made in favor of negative (or…
A: Eugenics is the method or advocacy of selectively mating people with specific beneficial genetic…
Q: What genetic method or technique would you consider as the most advanced? Why? In what fields of…
A: Gene is the Smallest unit of of heredity. Genes are the part of DNA which are responsible for…
Q: In your opinion, what is the most compelling reason to upload transcriptome data to free, public…
A: Transcriptome means a series of mRNA or messenger RNA, molecules expressed in an organism. The human…
Q: Do tissue cultured materials have a role in genetic engineering
A:
Q: What was the impact of the 1953 publication of theWatson-Crick paper on genetic research?
A: Introduction: Deoxyribonucleic acid is the type of nucleic acid that is the genetic material of…
Q: general goal of genetic engineering
A: Genetic Engineering is the direct manipulation of the genes of an organism by using biotechnology.…
Q: List some of the effects and practical applications of molecular genetic analyses.
A: MOLECULAR GENETIC ANALYSIS:- Molecular genetics is the study of genetic material- its structure,…
Q: Steps in PCR and Gene Cloning Propose two hypothetically modified or genetically engineered plants…
A: Science is humanity's greatest blessing. It has altered human existence; nothing finer could have…
Q: In the cookbook analogy of the flow of genetic information, the cookbook corresponds to_____ and…
A: Gene expression is the process through which the genetic codes of a gene, the nucleotide sequence,…
Q: Give the scope of the following fields in Applied Genetics: Epigenetics Genomics Genetic…
A: Since you are asking about scope, one thing is forsure that any topic that intruiges you the most,…
Q: Many aspects of gene function can be nicely explained with the one-gene-one-enzyme hypothesis, which…
A: It states that "a gene controls the synthesis of one enzyme". It was carried out using Neurospora…
Q: Briefly explain how Genome Wide Association Studies (GWAS) are done. Then, using this example of a…
A: A genome-wide association study (GWAS) is a methodology utilized in hereditary qualities examination…
Q: Describe the science behind genetic engineering
A: Genetic engineering is the process of using recombinant DNA (rDNA) technology to alter the genetic…
Q: For the p53 gene, create a summary with a proteomics focus. You can include protein domains, protein…
A: p53 gene: It is also known as TP53 or tumor protein . It is a gene that makes a protein that is…
Give the scope of the following fields in Applied Genetics:
Instruction: No plagiarism.
Answer should be written in your own words. Cite your references if needed.
- Epigenetics. Discuss in atleast 150 words.
- Genomics. Discuss in atleast 150 words.
Step by step
Solved in 2 steps
- Discuss one current application of geneticsUse the simple flow chart below to outline the basic procedure of genetic engineering in six steps make sure that your answers are in form of short sentences or clauses with complete thoughtUsing the 5 major steps, make or create your own flow diagram of the genetic engineering process.
- What genetic method or technique would you consider as the most advanced? Why? In what fieldsof science would this technique be applicable? Provide links for referencesGenetics on our daily lives, make an essay on how Genetics is affecting our lives by discussing at least five genetic applications.Mary and Marcie. identical twins, go to the same internist who is also a faculty member at a major medical center. At their last visit, they each received a brochure describing a genetics research program recently launched by the hospital and its affiliated university. Researchers were asking for volunteers to fill out a questionnaire and a consent form, donate a blood sample, and have their medical records encoded and transferred to a database. The goal was to enroll 100,000 participants, and the brochure noted that over 10,000 people had already agreed to participate. The blood sample would be used to extract DNA. which would be encoded with the same number as the medical records. This DNA would be used to search for genes associated with conditions such as arthritis, diabetes, and Alzheimer disease. The idea is that researchers interested in studying arthritis would use the medical records to identify which participants have the condition and then use DNA from those individuals to find genetic similarities that are not present in participants who do not have arthritis. The genetic similarities help identify regions of the genome that contain genes associated with arthritis. These regions can then be studied in detail to identify and isolate genes that may be associated with arthritis and other inflammatory disorders. In exchange for enrolling, participants would be informed about any genetic conditions or predispositions to genetic disease they carry and would receive free access to testing. After discussing the brochure. Mary decided to enroll, but Marcie decided she did not want to do so. She said she did not want to know what diseases she may develop or which disease genes she may carry. At their next annual visit. Marys internist told her that because her questionnaire indicated that some relatives had Alzheimer disease, her DNA was used in a study to identify risk genes. He said she had been identified as a carrier of a gene that greatly increased the likelihood that she would develop Alzheimer disease. The physician told her that age was the greatest risk factor, and while it was not 100% certain she would become a victim of Alzheimer disease, the gene she carries is a factor in 2025% of all cases. Mary asked if there was anything she could do about these findings. The internist told her that exercise, controlling blood pressure and cholesterol levels, as well as participating in mentally challenging activities such as reading or playing a musical instrument may all help reduce her chances of developing this disease. Mary then asked if Marcie was going to be told about Marys genetic risk, and the internist said that he would not tell her. For the next few days. Mary was conflicted about the situation. Marcie was an Identical twin, and If Mary carried a gene predisposing her to Alzheimer disease. Marcie must carry the same gene. Marcie did not exercise with Mary, had high blood pressure, and little interest in reading or social activities. Mary did not know whether she should tell Marcie. If you were advising Mary, what would you say? Should she tell Marcie about the risk? Should she not tell her, but instead try to get Marcie to exercise and be more social? Should Mary ask their internist to talk with Marcie about this?
- Describe two of the applications for genome mapping.what is your opinion on Genetic Engineering? Support your opinion with facts and include the issue of biosafetyGive a definition of genomics. Include an overview of the types of questions genomics involves. Explain how genomics is different from genetics. What project was important in beginning genomics?
- Do you think an unintended consequence of genetic testing could be that people would be less liable to seek medical care out of fear that they could later be denied life or health insurance? What laws should be used to govern the use of genetic data of this type?Outline different strategies for solving problems in genetics.List the three traditional subdisciplines of genetics and summarize what each covers
