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Genetic Engineering: Cloning, 2006.
A review of the controversial issue of genetic engineering and cloning.
2,950 words (approx. 11.8 pages), 8 sources, MLA, $ 87.95
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Abstract
This paper studies the genetic engineering process of cloning. The paper opens with a discussion about genetics and the author's assertion that cloning humans will happen in the near future. Next, the paper studies the process of cloning, which naturally occurs botanically. The paper then turns to cloning among animals and -- ultimately -- human beings. After an analysis of recombinant-DNA formation, the paper concludes with a review of the debate over the morality of cloning.
Table of Contents
I. Introduction
A. Background
1. What genetics and genetic engineering are.
2. Why cloning is tantalized.
B. Thesis Statement
II. Body
A. Cloning in Nature
1. Primary and Supplementary
2. Other examples from Nature
B. Artificial Techniques
1. For Plants
2. In Horticulture
C. Types and Techniques of Cloning
1. Molecular
2. Myths
3. Recombinant-DNA Formation
D. History of Cloning
1. From Spemann to
2. Japan
E. Moral Issues: The Controversy
1. For and Against
III. Conclusion
A. Brief Summary
B. Cloning has been going on for a long time, while cloning humans may seem very futuristic, it will happen in the near future.
IV. Appendices: Graphs
V. Annotated Bibliography
VI. Works Cited
From the Paper
"Some examples of cloning from nature are the primary reproductive mode and supplementary reproductive mode. The primary reproductive mode occurs in species whose reproduction is strictly asexual; each population consists of one or more clones, depending on the number of individuals in the colony there was to start. Such species include all bacteria and blue-green bacteria, most protozoans, algae, some yeast, and even some higher plants and animals, such as dandelions and flatworms. Supplementary reproductive mode occurs in some algae, which reproduce sexually and asexually. Those individuals formed by asexual reproduction, called zoospores constitute a clone. In the club mosses and some higher plants, a runner, or stem, grows horizontally along the surface of the soil and at intervals produces roots and upright stalks. When the sections of stem between stalks disintegrate, the separated individuals constitute a clone."
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Genetic Engineering: Cloning, 2006.
This paper focuses on the scientific and genetic aspects of cloning as well as detailing the various methods of both natural and artificial cloning.
2,950 words (approx. 11.8 pages), 11 sources, MLA, $ 87.95
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Abstract
This paper defines cloning as the production of a group of genetically identical cells or organisms, all descended from a single individual. The members of a clone have precisely the same characteristics, except where mutation and environmentally caused developmental variation have occurred. The first recorded cloning experiment took place in 1938, when a German scientist experimented by transferring a nucleus from an adult cell to an enucleated egg which resulted in the successful creation of an identical twin. This paper details the various types of artificial and natural cloning which include: Molecular cloning, cellular cloning, embryo twinning, natural regeneration, primary reproductive mode and supplementary reproductive mode. The writer of this paper also discusses the moral and ethical controversy surrounding genetic cloning.
From the Paper
"Some examples of cloning from nature are the primary reproductive mode and supplementary reproductive mode. The primary reproductive mode occurs in species whose reproduction is strictly asexual; each population consists of one or more clones, depending on the number of individuals in the colony there was to start. Such species include all bacteria and blue-green bacteria, most protozoans, algae, some yeast, and even some higher plants and animals, such as dandelions and flatworms. Supplementary reproductive mode occurs in some algae, which reproduce sexually and asexually. Those individuals formed by asexual reproduction, called zoospores constitute a clone. In the club mosses and some higher plants, a runner, or stem, grows horizontally along the surface of the soil and at intervals produces roots and upright stalks. When the sections of stem between stalks disintegrate, the separated individuals constitute a clone."
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Genetic Engineering and Human Cloning, 2001.
A look at the risks and dangers of human cloning as well as the moral questions which it raises.
2,535 words (approx. 10.1 pages), 7 sources, $ 76.95
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Abstract
An argumentative paper about the risks of genetic engineering on human cloning. The author discusses the concept and its moral, religious and scientific feasibility. The author sways to the negative aspects of human cloning (such as its dangers and moral questions) emphasizing the unnatural aspect of the phenomenon.
From the Paper
"Well, you look in the mirror and you see yourself, or look at your brother who was cloned from you. It would be nice to have someone exactly like you, but there are certain things that would be very chaotic. How would having a clone be chaotic? Billy had a brother named David, and David was the clone; and David found out he was cloned from his brother. David felt that he was inferior because he was not naturally created. The individuality that David is entitled to possess is shattered. So, David thinks that since he was not naturally resurrected he would take his life. Does the poor child have to face this life even if it was not his choice to be born by DNA from his brother?"
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Human Cloning and Genetic Engineering, 2005.
An overview of human cloning and genetic engineering within the international community.
3,375 words (approx. 13.5 pages), 15 sources, $ 133.95
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Abstract
This paper takes a brief look at cloning within the international community and the steps taken by various states to combat a nettlesome issue. In particular, the paper looks at Germany, Canada, Australia, the United Kingdom and America and compares and contrasts the five and offers some possible explanations for why these states are similar and dissimilar in addressing the issue.
From the Paper
" There can be little question that human cloning has spawned much +international organizations and many countries immediately Suffice it to say, several nations passed cloning legislation that repudiated cloning and severely limited the scope of nuclear transfer. Despite the wide-spread outrage, however, a few caveats are in order when determining the scope and extent of the legislative action .sparked by the astonishing advances in human transfer technology. For one thing, several countries that were evidently concerned about human cloning at the end of the 1990s did not issue separate legislation of their own but instead followed the broad statements put forward by international organizations troubled by the new developments. "
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Genetic Engineering: Benefits Toward Society, 2001.
A persuasive paper describing the popular uneasiness revolving around genetic engineering. The paper provides counter examples to argue that genetic engineering causes more good than harm and that genetic engineering will lead society into the future.
1,845 words (approx. 7.4 pages), 15 sources, $ 59.95
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The Ethics of Genetic Engineering, 2007.
An argument against genetic engineering and cloning, based on Mary Shelley's book, "Frankenstein".
2,884 words (approx. 11.5 pages), 7 sources, MLA, $ 85.95
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Abstract
The paper discusses how, in the fictional work, "Frankenstein", author Shelley likens tampering with human genetics to playing God. This paper argues that humans tampering with nature assume the role of God, and increase the likelihood that corruption and destruction of mankind and morality will result. Th paper concludes that in modern or contemporary society, the same potential for adverse effects are likely to result from tampering with human genetics.
Outline:
Introduction
Analysis
Conclusions/Discussion
References
From the Paper
"By very nature of the definition of the term corruption, Victor engages in acts that lack integrity or honesty. He goes about creating a life-form in a dishonest way, stealing the parts of others. Victor, who some may view as in a position of trust creates this life in some respects to reap dishonest gain and progressive putrification. His quest is purely selfish, to enhance his knowledge and power of creation. Along these lines, his actions and intents lead to the decay of matter, both figuratively and concretely in Shelley's novel. Victor's actions lead to the actual rot and decay of the monster that is Frankenstein."
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Genetic Engineering, 2004.
An analysis of the principles, uses and ethics of genetic engineering.
2,863 words (approx. 11.5 pages), 5 sources, MLA, $ 85.95
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Abstract
This paper explains, starting from the basics, what genetic engineering actually is, and how it is carried out. It details its uses in society and explains the risks involved and how to overcome them. Ethics and social values are included in the discussion.
Outline
Introduction
Principles of Genetic Engineering
Applications of Genetic Engineering
Hazards and Ethical and Social Implications of Genetic Engineering
From the Paper
"Restrictions have become less severe over the years, and genetic engineering is being applied more and more as public approval is constantly being sought. Nevertheless, this does not diminish the potential dangers of creating transgenic organisms. For example, consider the use of genetically modified organisms - GMO's - in the general environment, such as crop plants. Can such organisms be used safely? Suppose the pollen of these plants are transferred to wild relatives, thus injecting the gene into a different species. These plants may now act as weeds, and if the crop plants were engineered to be herbicide-resistant, then the weed will be similarly so. When a new type of oilseed rape resistant to the herbicide Basta was produced by the Belgian company 'Plant Genetic Systems' in 1994, there were concerns that rapeseed would act as a weed in hedgerows and would be impossible to control with Basta."
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Genetic Engineering, 2003.
A discussion of the potential of genetic engineering in the cure of many diseases and the debate surrounding its use.
1,567 words (approx. 6.3 pages), 9 sources, MLA, $ 51.95
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Abstract
This paper provides insight into genetic engineering and gene therapy, the changing of an organism?s genes in order to remove unwanted characteristics within an organism or to add other characteristics. In particular, it examines how genetic engineering techniques can be used to identify and treat certain diseases as well as aid doctors in creating custom-made drugs for specific patients. It shows that while the current application of genetic engineering on humans is limited, the hope is that genetic engineering will be able to treat many common diseases. It also describes the controversial issues surrounding its use with doctors, ethicists, religious groups and politicians and examines why science should be careful when applying this technology.
From the Paper
"The use of gene therapy began on September 14, 1990 and was use to treat a four-year old girl who was suffering from adenosine deaminase (ADA) deficiency. This is a fatal disease that attacks the immune system. The problem was that her cells were not creating the ADA enzyme necessary for the immune functions of the cells. Doctors at the National Institute of Health in Bethesda Maryland removed blood cells from the patent and modified them with a viral vector from normal ADA genes. When the blood was infused back into the girl?s blood stream, the ADA gene programmed the cells to produce the missing enzyme. This helped the girl to develop a resistance to infection, albeit temporarily (Isasi, 2002)."
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Health and Environmental Risks of Genetic Engineering in Food, 2002.
This paper discusses the changes in the field of genetic food engineering.
1,635 words (approx. 6.5 pages), 5 sources, MLA, $ 53.95
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Abstract
This paper examines how technological advances have changed the field of genetic engineering, with special emphasis placed on the field of food. The author gives a brief history of the field of genetic engineering and its evolution over the years. The paper discusses the importance of plants in developing food for humans and details how scientists have worked to perfect this process. The many different problems that have arisen from genetic engineering are detailed, and the author also details some suggestions that may help prevent these problems from recurring, including tighter regulations by the FDA. The author feels that if there was more government intervention then the advantages would begin to outweigh the disadvantages in this growing field.
From the Paper
"Genetic engineering in plant species, meanwhile, is encouraged and has been in practice for many years. The process of modifying a plant?s genetic make-up is encouraged because these kinds of study and process helps in providing new means by which people can obtain food, since plants are the primary source of food that humans consume. In order to make plants efficient in their food production, scientists have found ways by which particular plant specie will acquire a characteristic that will make the newly developed plant superior or better than its ?parent? specie. The modifications commonly used in genetic engineering of plants are the increasing variety of rice grains, wherein certain plants or crops are described as immune to pests or any kind of diseases, has greater life and not susceptible to certain afflictions that destroys plant life and development, and are more adaptive to several conditions such as changes in climate, soil type, or fertilizers used."
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Genetic Engineering, 2004.
An analysis of the ethical dilemma involved in genetic engineering, including a review of Darwin's perspective.
1,150 words (approx. 4.6 pages), 8 sources, MLA, $ 39.95
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Abstract
This paper discusses the controversial issue of genetic engineering. Darwin's perspective on the topic is explained as the next step in the evolution of the human capacity to ensure the survival of the species. The paper introduces the issue of cloning in order to debate in favor of genetic engineering. The paper emphasizes that the science of genetics should be applied with ethical responsibility.
From the Paper
"According to Darwin, the survival of a species is determined by the degree of strength of its members. Thus, the ?fittest? in terms of physical prowess as well as to a degree mental capacity survives. Human beings have long used their mental capacity to overcome the challenges of the physical environment. The very first discoveries of tools, fire and the wheel have set the species apart from the rest of life on earth. Human beings use their mental capacity to create tools in order to ensure and facilitate their survival in the face of challenges such as weather, predators and illness. From the Darwinian viewpoint, genetic engineering is simply the next step in the evolution of the human capacity to ensure the survival of their species."
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Genetic Engineering, 2002.
A discussion of the ethics of Genetic Engineering.
2,465 words (approx. 9.9 pages), 11 sources, MLA, $ 75.95
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Abstract
This paper gives an insight into the principles of genetic engineering since its first concept by an Austrian monk named Gregor Mendel. It discusses how selective engineering of genetics is invaluable to the health and happiness of humans and how the importance of this issue has played second fiddle to the arguments, for and against genetic engineering for years. Examples are provided to argue the positive side of regeneration and to show how in time, genetic disorders such as ?Down Syndrome? and ?Multiple Sclerosis? could be made diseases of the past.
From the Paper
"Even though there are a lot of risks, the possibilities of what we can do are endless. Genetic engineering should be allowed to progress because of the benefits for human beings outweigh the consequences. For example, cows could be genetically cloned to produce milk with medications in it. This means that vaccination shots and pills would become obsolete. Babies could be brought up immune to diseases by simply being fed milk. Imagine what this could mean for people who live in countries like Somalia. Whole countries could be made healthy and immune to disease."
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Genetic Engineering: In Search of Perfection, 2002.
An overview of genetic engineering and its future prospects in creating the 'perfect baby'.
1,958 words (approx. 7.8 pages), 6 sources, MLA, $ 62.95
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Abstract
In recent years, medicine has been so greatly affected by technological advances that it has gone beyond therapy and towards the limits of our imagination. Unlike a few years ago, when conceiving a baby girl or a baby boy was a matter of chance, today?s prospective parents can choose to alter the genetic make-up of their children in order to enhance their offspring's well-being in the future. This paper shows, however, that it is not clear if modern society is ready to face the consequences of genetic engineering. On one hand, scientists agree that, from a medical standpoint, genetic technologies do, in fact, hold promising potential. The paper shows that, on the other hand, genetic engineering focused on improvement of the human species involves profound ethical and political risks that are to be taken into serious consideration. The paper argues that not until we become fully aware of the issues surrounding genetic technologies should we pursue the illusion of creating a ?perfect baby? and intrude upon our children?s lives by intervening with their genes.
From the Paper
"What does modern germline engineering have to do with eugenics of the past? Obviously, contemporary genetic technologies are nowhere near encouraging or discouraging certain groups of people from reproduction. However, the science seems to be turning away from its primary purpose of bringing human beings to life free of diseases towards enhancing otherwise normal human beings. This trend looks like a resurrection of eugenics at a more advanced scientific level. Daniel Wikler confirms that people are clearly worried about genetic engineering moving ?from ?medical? concern for the individual to ?eugenic? ambitions for improving the gene pool in general?(because) this move was accompanied, early this (last) century, by great wrongs, harms justified by the greater good?? (14). Is germline engineering simply a new name for eugenics? "
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Genetic Engineering, 2002.
A paper which argues that restraint should be used in the field of genetic engineering to prevent the endangering of life forms.
2,568 words (approx. 10.3 pages), 8 sources, MLA, $ 77.95
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Abstract
Today the advancements in science have made possible the selective study of the individual segments of the DNA of a particular species, to isolate them and to infuse them in the DNA of a totally different organism. The paper shows that genetic engineering can be viewed as a breakthrough in the study of organisms that effectively disintegrates the distinctions that exists in the different species of the world. The advancements in recombinant DNA technology have expedited the research in genetics. This paper analyzes the subject of genetic engineering and in the process analyzes its pros and cons and its future implications.
From the Paper
"Genetic engineering is a fast growing field, which is rapidly removing the species boundaries. Genetic engineering appears to be the solution for all genetically inherited disorders. With the rapid advent of biochip technology we are in for a paradigm shift in medical diagnosis. Gene manipulation is nothing short of altering the fundamental life code and unless sufficient care is exercised it may lead to disastrous consequences. With all the proposed advantages genetic engineering is still a debatable subject with the scientific fraternity sharing mixed opinion on the subject. Unless we are very sure about the safety and the precautions of interspecies transfer of genetic material there is every chance that we might end up endangering ourselves and other forms of life on earth. Leaving alone the other issues the very thought of playing with nature is quite unsettling."
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Genetic Engineering, 2007.
An analysis of the potential benefits of using genetic engineering to improve quality of life.
1,805 words (approx. 7.2 pages), 7 sources, MLA, $ 58.95
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Abstract
This paper argues that genetic engineering should be permitted in certain cases. The paper discusses some of the reasons for the resistance to any kind of genetic engineering. The paper then presents a case of a four year old girl who became the first patient to receive gene therapy and describes the resulting improvement in her and her parents' quality of life. The paper uses this case to discuss the potential benefits of using gene therapy.
From the Paper
"Furthermore, focusing research efforts and publicity on non-life saving genetic modifications, perhaps most damningly, has proved to be a powerful distraction from the real, life-saving potential of innovations in the technology. Because of fears of cloning, or building a super race, research into the abuse of some of the potentially life-sustaining ways genetic engineering can be used has come under question. To end such potential abuses, scientists conducting research into this technology should set voluntary ethical guidelines for themselves. There is certainly a precedent for this within the field of medicine, that of the Hippocratic oath. Scientists dealing with the dangers and the benefits of modifying the genetic code should construct a similar oath for themselves, before the less knowledgeable governing bodies of the nations of the world attempt to do it for them, and limit all genetic engineering research out of fear."
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Genetic Engineering, 2004.
An overview of the processes of genetic engineering.
690 words (approx. 2.8 pages), 5 sources, APA, $ 23.95
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Abstract
This paper presents an overview of genetic engineering. The paper begins by describing how recombinant DNA is produced in bacteria. Next the paper looks at how genetic engineering is used in agriculture and how it can be used in medicine. The paper concludes by describing the DNA fingerprinting by gel electrophoresis.
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