Abstract Monsanto is a leading provider of agricultural products to farmers. This paper analyzes the company and then presents a definition of GE. The paper then discusses why and how geneticengineering was introduced to Indonesia by Monsanto.
Paper Outline:
What is Monsanto?
What is GE? What is GE Seed?
What is Monsanto's Background of Internationally Traded GeneticallyEngineered (GE) Seed?
What are the Regulations of GE Products in USA?
What are the Regulations and Laws of GE Products in Indonesia?
What is the Jurisdiction of US Law in International Trade?
What Does it Take to put a Product on the Market in Indonesia?
What did Monsanto do to put GE seed in Indonesia?
Did Monsanto Follow the Regulations?
What was the Response in Indonesia?
What was the Outcome of the Legal Process in the USA?
What are the Implications of this Case on the International GE Trade?
Bibliography
From the Paper "In recent years, Indonesia has liberalized its trade regime and taken a number of important steps to reduce protection. Since 1996, the Indonesian Government has issued deregulation packages that have reduced overall tariff levels, simplified the tariff structure, removed restrictions, replaced non-tariff barriers with more transparent tariffs, and encouraged foreign and domestic private investment. The GOI issued a deregulation package in July 1997, which introduced additional tariff reductions."
Abstract This paper considers the concern about biotechnology and whether it should be embraced as a miracle cure for the world's hunger problems or rejected as a potentially dangerous activity that does more harm than good. The paper attempts to determine the value of this technology by examining the problems experienced by Monsanto Corporation and similar companies that are in the business of genomics.
From the Paper "There is one question that must be answered first and foremost before it is even possible to look at the issue of genetic engineering: what exactly does genetic engineering refer to? Generally, genetic engineering is the act of putting a gene from one organism into another. In effect, scientists are creating organisms with a different genome than the ones normally found in nature. Specifically, researchers must first isolate a gene ? a segment of DNA that codes for protein ? and then clone that DNA many times; that segment of cloned DNA, the transgene, is then inserted into another organism with the new DNA integrating itself into the host genome followed by expression of the gene and production of protein coded for by that gene. By and large, genetic engineering is a trial and error art, not one based on precision. Some geneticists use a technique where the modified gene is blasted into the cells using a molecular shotgun. It is very difficult to determine where a gene will end up once placed into a cell (Dressel & Suzuki, 1999, p. 104)."
Abstract The paper explores the dangers of geneticallyengineered food products in the marketplace. It traces activities of anti-geneticengineering groups and their relationship with biotech corporations. Legal and political implications of the industry are also studied.
From the Paper "The new biotechnology of genetic engineering initiates thoughts of a glow in the dark bunny, plants that eat poison, plants that contain pesticides and some medicines. New cures for diseases or solutions to problems that plague the world, such as starvation, are the promises made by the many supporters of this technology. However, many people are skeptical, because they know little of the potential side effects it may have on the people who eat or use the genetically modified products. An article printed in the Christian Science Monitor entitled "Europe Invites Biotech Debate" by Peter Ford on September 11, 2001, explains the position of the public and the European Commission concerning genetically modified products while keeping his view of the issue from influencing the way that he writes. Karen Charman, on the other hand, lets her views of government control give her a clear agenda as to how she states the United States? position in this debate in her article, ?Spinning Science into Gold.? Comparing the biotech issues between ?Spinning Science into Gold,? and ?Europe Invites Biotech Debate,? one sees that, unlike European nations, corporations in the United States maintain exclusive control over genetically engineered products. Clearly there is a need for government intervention to regulate corporations."
Abstract This paper discusses the newly discovered phenomenon of geneticallyengineered and genetically modified foods that are being produced, sold and consumed in the United States of America. First, the paper describes and explains this phenomenon by using media sources. Then, it discusses various media sources and the concerns and questions they have regarding geneticallyengineered or modified foods. Finally, the paper notes concerns that neighboring countries, in this case Mexico, have for their own people and environments.
From the Paper "Throughout the history of the United States, science has played a large part in the foods and products that the nation's citizens consume. From new foods that are imported and incorporated into the national crop and diet, to older, standby foods that are improved or used in new or different ways, American eating and consumption has long been shaped by technology and scientific advancement. And, as such shifts and innovations have made their way into the country's fields and barns and supermarkets and onto its dinner tables, the American media has also had much to say, for good or for bad, about how science is helping or hurting the consumers that depend on and utilize such developments."
Abstract The following paper discusses the issue of genetic cloning by looking at its origins and scientific advances.The paper examines the research on geneticengineering and cloning that was used to clone plants, unicellular organisms, amphibians and simple mammals. It looks at significant advances in agriculture, industry and medicine. Although there are many potential benefits to this technology, the prospect of cloning humans has raised many practical, ethical and religious dilemmas that are discussed in this paper.
From the Paper "Genetic engineering is the changing of an organism's DNA, genetic material to eliminate unwanted traits or to produce desirable traits. The earliest form of genetic engineering dates back to the scientist Gregor Mendel who did experiments with peas. He bred only the peas with the most desirable traits in order to achieve a healthier and stronger pea (McCuen 8). This method, called selective breeding, is still used today with plants and animals in order to increase food production. Corn plants are selectively bred in order to produce a larger tastier kernel. Another type of genetic engineering called hybridization or crossbreeding involves breeding animals of different species in order to obtain the most desirable traits of both. Male donkeys are crossbred with female horses to produce mules, which are good work animals (Levine 1). Genes are made of DNA, deoxyribonucleic acid. The discovery of DNA in 1953 by Drs. Watson and Crick led to a much better understanding of the structure and function of genes. Since that scientific discovery many scientists have developed techniques to manipulate the DNA in genes in order to control different genetic processes. In the 1970s, scientists discovered restriction enzymes, which are enzymes that are able to cut and splice DNA. This led to the scientific technique known as recombinant DNA, which has paved the way for more sophisticated types of genetic engineering (McCuen 8)."
Abstract This paper argues for the rights of consumers to know which food products they purchase have been geneticallyengineered. The writer first explains this concept and examines the potential health hazards that people are afraid of when buying such foods. It also looks at opinion of the food producer who is against such labeling due to unbiased fears amongst the consumer population. The paper also addresses the benefits of bio-engineering in certain fields which helps the production process of many food-groups.
From the Paper "In the twenty-first century, with all the pressing issues at hand, there is bound to be controversy and disagreement. There are many important issues, which face the world today, issues like abortion, the death penalty, gun control, censorship, women in combat and even genetically engineered food. With all the modern scientific advances we are making now, especially in the United States there are positive effects as well as negative effects. Genetically engineered foods are very controversial because there are just as many experts who say they are safe as there are experts who say they are unsafe. In the United States about two thirds of all produce on supermarket shelves is genetically engineered; now the problem we, as a nation, face is awareness. Our most relevant issue is whether it should be required to label these unnatural, possibly unsafe foods. And, the answer is yes; the public has a right to know what they are eating and choose whether they want to eat genetically engineered foods, mainly produce."
Abstract The following paper examines the controversial issue of genetically modified foods - particularly as it exists within Canada. The paper discusses how. at present, no law exists to compel labeling indicating that a consumable product is genetically altered. The writer explores how there is a growing sense - and it has existed for nearly a decade in earnest - that such labeling should take place, as well as a more transparent testing process for biotech goods.
From the Paper "In recent years, the furor sparked by the growing popularization of foods that are genetically engineered has led to calls for a serious re-assessment of how in-store products are labeled for consumers. As this paper is written, there are a multitude of everyday foods - cereals, baby food, even ice cream - which contain genetically modified ingredients which have not been tested for human or environmental safety. Quite simply, this is an affront to the right of Canadians to be protected from potentially harmful foodstuffs, and it is also an affront to the right of Canadians to be informed of what precisely they are purchasing for consumption."
Abstract This paper provides insight into geneticengineering 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 geneticengineering 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 geneticengineering on humans is limited, the hope is that geneticengineering 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)."
Abstract This paper explains, starting from the basics, what geneticengineering 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 GeneticEngineering Applications of GeneticEngineering Hazards and Ethical and Social Implications of GeneticEngineering
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."
Abstract This paper gives an insight into the principles of geneticengineering 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 geneticengineering 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."
Tags: dolly, cloning, regeneration, disease, dna, cancer
Abstract This paper gives some background on the geneticengineering of food. The author focuses on the dangers that stem from geneticallyengineered food such as possible medical side effects and repercussions to the environment. The author advocates mandatory labeling of foods with geneticallyengineered ingredients and looks at regulations in other countries.
From the Paper "By far the most severe environmental repercussion of GE crops is that they are a Pandora's box, once they are planted, there is no way to control or recall them. Pollen from GE plants is spread in exactly the same manner as regular pollen, and, therefore, their genetic material will quickly spread to any surrounding fields. This is one of the main reasons why is truly impossible for people to know what they are eating. An organic tomato grown a mile away from a farm that grows GE tomatoes may or may not be infected. Scientists have no way of determining what kind of effects the release of all this genetic pollution will have on the ecosystem (Davis)."
Abstract This paper examines how geneticallyengineered food is food that is produced from geneticallyengineered crops or animals and how the process of geneticengineering occurs when genes from one organism are spliced into the DNA of another organism, creating a new organism that could no come to pass through traditional breeding methods. In particular, it looks at how, because GE foods can be produced in larger quantities and at lower costs than traditional foods, the trend to embrace them seems inevitable and how opponents of GE foods are pushing to ban them, arguing that these foods are dangerous to human health and to the environment.
From the Paper "The argument that GE foods are potentially dangerous, that they may possibly be harmful in some unknown way at some unknown time cannot support the proposal to ban GE foods. For example, recent charges that a type of GE corn found in corn snacks could cause nausea and anaphylactic shock failed to provide the necessary evidence to support this accusation. No clinical case demonstrating such allergic reactions was ever reported. In addition, the quantity of this type of GE corn found in Taco Bell tacos was only one percent?an amount too small to be of any consequence."
Abstract This paper studies the geneticengineering 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 geneticengineering 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."
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 geneticengineering 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 geneticengineering 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."
Abstract This paper discusses the controversial issue of geneticengineering. 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 geneticengineering. 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."
