QUESTION: Explain the attractions and limitations of the chloroplast genome, compared to the nucleus, as a target for crop genetic engineering. Include an example of a trait for which the potential of this approach has been demonstrated. Explain Briefly.
Q: What is mutation? Explain the significance of mutation in plant breeding. Give an example of a…
A: The genetic material is the fundamental building block for life that is present inside the nucleus…
Q: Discuss the two main limitation of plant hybridization programm?
A: Plant hybridization is the method of crossbreeding between genetically dissimilar parents to produce…
Q: Describe the molecular genetics process using proper scientific terminology. Describe the steps that…
A: Molecular genetics has been proved to be revolutionary. From producing bulk drugs of animal origin…
Q: Expline in detail, the importance of biotechnology in palm oil industry that relate in plant cells…
A: Introduction Biotechnology is a branch of science which deals with the manipulation of gene in an…
Q: True or false? wild type fast plants propagate mostly via self pollination transfected…
A: Self-pollination is also known as autogamy is the transfer of pollen grain from anther to the stigma…
Q: Give practical applications of UV mutagenesis. In industry, cite examples of microorganisms improved…
A: A heritable genetic change in the genetic material of an organism that gives rise to alternate forms…
Q: Why transgene copy number is a key concern for transgenic studies? Describe an efficient method for…
A: Introduction of exogenous DNA into the genome using techniques like transformation, transfection,…
Q: Consider the biotechnology lab and the bacteria with the gene for red florescent protein. What was…
A: Bacteria do not contain red fluorescent gene naturally. It can be incorporated into the bacterial…
Q: Explain the importance of maintaining aseptic conditions for the success of the genetic engineering…
A: Genetic engineering: Also called genetic modification, it is defined as the process in which the DNA…
Q: List 2 controlled variables in the leaf disk assay. List 2 manipulated variables in the leaf disk…
A: Leaf disk assay is an experiment to determine the photosynthesis rate and oxygen production in each…
Q: Interpret the two chromatograms below. Which of the two chromatograms will provide good sequencing…
A: In Automated DNA sequencing, using a laser the different fluorescent labelled nucleotides at the end…
Q: Sequencing In order to ensure a reliable result, arrange the following procedure with A being the…
A: Plant tissue culture is described as the sterile and controlled cultivation of plant seeds, organs,…
Q: this is for genetics analyze the biotechnology bioethics cases presented; provide resolutions to…
A: Numerous procedures for the production of food and feed, pharmaceuticals, chemical goods, and energy…
Q: When or why is this genetic technology/process used? Who benefits from this genetic…
A: Recombinant genetic technology is the process of combining nucleic acid (DNA) of two different…
Q: Please Answer ASAP. Thank u. Genetically modified plants resistant to the herbicide glyphosphate…
A: Genetic modification is a technique in which a desired stretch of DNA (gene of interest) is inserted…
Q: Debate whether it is ethical for seed manufacturers to replace one controversial technique (genetic…
A: To describe: Whether it is ethical for seed manufacturers to replace one controversial technique…
Q: Activity 1.4: Essay.Direction: Explain your answer.Today, it is easy to make transgenic plants and…
A: Transgenic plants or animals is a genetically modified organism (GMO) whose DNA has been altered…
Q: Explain your answer and cite references in APA format. 1. What does mashing do to the fruit? 2. Why…
A: Introduction DNA extraction is a technique for isolating DNA from cell membranes, proteins, and…
Q: ACTIVITY 3.2. Directions: Compare and Contrast Conventional Agriculture and Use of Genetic…
A: Conventional agriculture: It is the type of agricultural practice which has started from a long…
Q: Often a given mutation or variant will have slightly different phenotypes in different groups of…
A: Introduction : Sometimes a particular allelic variant can exhibit variable phenotype in different…
Q: Let's Apply Instructions: Classify the genetic modifications mentioned below according to their…
A: Genetic modification can be done by using Recombinant DNA technology or Genetic engineering.
Q: explaination
A: 1.Pneumothorax is defined as the collection of air in the pleural space. Bubbling in the water seal…
Q: Define, compare, and contrast the utility of microarray and RNAseq while analyzing gene expression…
A: Microarray: a lab-on-chip technique to determine the expression of mRNA by many genes/genes…
Q: Genetic Engineering Process (GEP) # 4: (What kind of process?) Picture A (Sequence #. Picture B…
A: Particle gun method Picture A- Sequence 2 Picture B- Sequence 5 Picture C- Sequence 1 Picture D-…
Q: Question 10: What does the presence of the prototrophic strain "control" for? In other words, what…
A: Auxotropic and prototropic are 2 terms Auxotropic mean organisms required some special ingredient…
Q: Sequencing In order to ensure a reliable result, arrange the following procedure with A being the…
A: A scientific method includes experimentation.
Q: Based on the figure, discuss about the psbA gene in the Oryza sativa chloroplast genome.
A: A gene is a stretch of nucleotides present in the DNA molecule. It encodes information for the…
Q: Question: Summarize The Theory Of SDS-PAGE Electrophoresis.
A: Polyacrylamide gel electrophoresis is a technique widely used in biochemistry, forensic science,…
Q: different parameters or features that can be employed for plant identification? Discuss.
A: It is a process to match a plant specimen to known taxa. Taxonomy is the branch of biology that…
Q: How is a somatic hybrid different from a hybrid?
A: Reproduction is defined as the process by which an organism produces offspring. It can be…
Q: Answer the following questions from 1-5
A: Since you have asked multiple question, we will solve the first question for you. If you want any…
Q: II Pause (AKS 8a1, DOK 1) SELECT ALL THAT APPLY What questions can we ask the biotechnology…
A: Genetic engineering - It is a process in which manipulation of gene is done, in this recombinant…
Q: Describe the purpose of a Root Cause Analysis (RCA) and explain how to effectively participate in an…
A: Root cause analysis is often a retrospective process performed after an undesirable event occurs due…
Q: How do you use FISH(fluorescence in situ hybridization) to detect gene rearrangement? Describe an…
A: FISH is a molecular cytogenetic technique that employs fluorescent probes that bind to just those…
Q: Topic: Recombinant pharmaceuticals (for the production of insulin, human growth hormone or blood…
A: With the advent of biotechnology and genetic engineering, several achievements have been made in…
Q: . If you are a genetic engineer, what organism do you want to manipulate? And why?
A: As per Bartleby Guidelines We have only ONE question You may repost rest of the Questions : Answer…
Q: disadvantages and advantages of both 2D-DIGE and 2D-PAGE.
A: 2D-DIGE stands for Two-Dimensional Difference Gel Electrophoresis. In this technique, proteins are…
Q: What would be the result of a mutation that caused a cell to express the telomerase enzyme?
A: Telomeres are repetitive sequences that are present at the end of each and every chromosome, in…
Q: Non-conventional genetic engineering transformation method for transfer of wheat lysine genes in to…
A: Introduction :- Genetic engineering is the process of modification of an organism's phenotype by…
Q: Describe, step by step, how would you preform a Benedict test on a grape extract, and what result do…
A: Benedict Test: Benedict's Test is a basic carbohydrate test. The Benedict's test recognises reducing…
Q: Why clinical trials are necessary? Explain various clinical trial designs and phases of clinical…
A: Clinical trials are performed to find a better way to prevent, diagnose, screen, and treat any kind…
Q: There are a range of ethical issues associated with cloning. However, many of these are not applied…
A: Ethics of cloning are the set of guidelines and responsibilities of cloning which the researcher or…
Q: What are the conclusion of transforming principle?
A: In the basic investigation, Frederick Griffith (1928) blended warmth executed S with live R and…
Q: True or False - The reduction in the bioactivity of the Bt toxic protein in the plant tissues left…
A: It is false that the reduction in the bioactivity of the Bt toxic protein in the plant tissue left…
Q: Provide the citation for the reference to the method used to measure DNA content of yeast cells in…
A: Ling M, Merante F, Robinson BH : A rapid and reliable DNA preparation method for screening…
Q: Explain the attractions and limitations of the chloroplast genome, compared to the nucleus, as a…
A: Introduction : Chloroplasts are specific cellular organelles present in plants, with…
Q: Expand PCR? Describe the different Steps involved in this technique?
A: PCR is an important technique in molecular Biology using which genes can be amplified easily. It…
Q: (AKS 8a1, DOK 1) SELECT ALL THAT APPLY What questions can we ask the biotechnology community about…
A: Answer is A. Can Genetic engineering of bacteria provide mass production of insulin
Q: -hat is the 6 main basic procedure of enetic engineering?
A: Genetic engineering is the process in which the gene of interest is altered by using Recombinant DNA…
QUESTION:
Explain the attractions and limitations of the chloroplast genome, compared to the nucleus, as a target for crop genetic engineering. Include an example of a trait for which the potential of this approach has been demonstrated. Explain Briefly.
Step by step
Solved in 2 steps
- Questions: Find and explain a definition of “traditional plant breeding”. Find and explain a definition of “genetically modified organism”. How do these two types of offspring creation differ in relation to carried traits?Debate whether it is ethical for seed manufacturers to replace one controversial technique (genetic engineering) with another (mutagenesis) to avoid regulatory threats.Describe the properties of the plant (Arabidopsis thaliana). Which of theseproperties make Arabidopsis thaliana a good model organism for studying plantgenomics?
- Topic: Recombinant pharmaceuticals (for the production of insulin, human growth hormone or blood clotting factors) Question When or why is this genetic technology/process used? Who benefits from this genetic technology/process - and how?Briefly explain partition coefficients. How is this concept applied in biotechnology?SUNJECT - BIOLOGY (Genetics) × PROBABILITY. Based on the give question (PpYyRr * Ppyyrr) (SEE IMAGE), compute the following probabilities. Show your solutions. 1. Probability of PpYyRr 2. Probability of PPyyRr 3. Probability of at least exhibiting wrinkled seeds 4. Probability of at least exhibiting purple flowers 5. Probability of white flower, yellow and round seeds 6. Probability of having purple flowers and green seeds and round seeds 7. Probability of having white flower and yellow seed, or, white flower and wrinkled seed.
- Guide Questions: Explain your answer and cite references in APA format. 1. What does mashing do to the fruit? 2. Why did you add detergents? 3. What do you think the ethanol does? Why can't we use room temperature ethanol? 4. To extract DNA from cells, what must you isolate it from in the case of a plant such as strawberry? 5. Look at your container, what do you see in the top portion of the liquid? 6. Is the DNA you extracted is pure? What are the possible impurities? 7. What can we do with the DNA once we have purified it? Discuss different techniques and technologies associated with this. 8. Imagine that there is an E. coli outbreak in your area, and you would like to test the kangkong from your local grocery store. How could you modify this protocol to extract DNA from the kangkong (to identify the species) and check for presence or absence of E. coli.? Keep in mind that (i) E. coli is free-living and not an endosymbiont, and (ii) plant cells are encased in both a cell membrane and…Question:- Often a given mutation or variant will have slightly different phenotypes in different groups of patients. “Genetic Background” is frequently used to explain how the same exact mutation could exhibit different phenotypes in different populations. Please explain.Question: Explain how a natural scientist would collect evidence to determine whether your hypothesis is supported. In other words, what would the next steps be if a natural scientist were to test or investigate your hypothesis? BI Genetic engineering has enabled researchers to gain a greater understanding of the disease and develop potential treatments, as well as identify genetic biomarkers and explore novel therapeutic approaches. It is likely to become an increasingly important tool for the advancement of Alzheimer's research.
- Question:- A brewing company identified a yeast strain with an optimal rate of malt sugar conversion during fermentation. You are provided with the extracted DNA. Outline how you would you apply metagenomic analysis methods to biologically characterise this yeast.D5) Discuss the challenges associated with implementing a Real Options Analysis for a Biotechnology firm engaged in research and development.Question -The FDA has authorized the use of direct-to-consumer testing for three mutations in BRCA genes that elevate cancer risk, but cautions that a negative result does not rule out increased cancer risk. How can this be true? A. It is impossible to trust companies that are selling genetic tests. B. They have a conflict of interest, and so the tests should be used for entertainment value only C. These tests are not highly accurate, and false negatives are possible. Individuals with a family history should have a negative result confirmed with a different test to be sure they are truly at low risk of developing cancer There are more ways to get cancer than a mutation in the BRCA gene. D. The test only detects three out of more than 1,000 known BRCA mutations. This means a negative result does not rule out the possibility that an individual carries other BRCA mutations that increase cancer risk..