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The issue of genetically modified foods
Genetically modified foods controversy
Genetically modified foods
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1. The American regulatory policy forms its main foundation for decisions regarding genetically modified foods through the basis that they are “the product of genetic modification and selection” (Lynch & Vogel, 2001). US regulatory agencies view genetic modifications as “substantially equivalent” to traditional breeding methods unless there is a significant difference (M.J. & A.White, 2010). Due to this, it is a requirement for US agencies to show that GM foods are less safe for usage and concentrate on whether a certain product of genetically modified technology is safe (M.J. & A.White, 2010). US’s approach depends largely on scientific estimates of possible harms and benefits that made up the cost-benefit analysis. America did not rely on the precautionary principle that much for most of its decisions are influenced by the traditional rule - a new action can be taken until it is shown to create essential harm (M.J. & A.White, 2010). By contrast, the EU’s regulations were governed by the process in which genetically engineered products were produced (Lynch & Vogel, 2001). Unlike the US, the European Union and most of its member states have a really strict policy concerning genetically modified foods. They treat GM foods in a different way from the conventional ones; as genetically modified technology combines genes across species of plants and animals. The other part of the rule is that people who want to plant or sell GM foods or plants must prove to regulatory agencies that their plant or food is safe (M.J. & A.White, 2010. Because of the European Union’s distinct focus on technology, it refuses the cost-benefit analysis but instead applies the precautionary principle because the area of genetic modification is filled with lot... ... middle of paper ... ...the United States: A Case Study of Contemporary European Regulatory Politics. Publisher Council on Foreign Relations Press, Retrieved from website: http://www.cfr.org/agricultural-policy/regulation-gmos-europe-united-states-case-study-contemporary-european-regulatory-politics/p8688 M.J., P., & A.White, P. (2010). The EU-US Dispute over Regulation of Genetically Modified Organisms, Plants, Feeds, and Foods – Case Summary. International Dimensions of Ethics Education in Science and Engineering, 4-5, 11-12, Retrieved from website: http://scholarworks.umass.edu/cgi/viewcontent.cgi?article=1007&context=edethicsinscience White, M. (2013, 9 24). The Scientific Debate about GM Foods Is Over: They’re Safe. Pacific Standard: The Science of Society, Retrieved from website: http://www.psmag.com/navigation/health-and-behavior/scientific-debate-gm-foods-theyre-safe-66711/
Considering an argument as valid requires critical analysis of several aspects and providing strong evidence. Robin Mather, a journalist who “has passion for food and its sources, has worked at major metropolitan newspapers (the Detroit News, the Chicago Tribune)”(86), argues that GMOs have risks and hazards to human health and threats to wildlife and environment in her article “The Threats from Genetically Modified Foods”, whereas Entine, a colleague at the Genetic Literacy Project, and Wendel, a science writer(82), claim that GMOs are safe to eat and no harm to people or animals in their article “2000+Reasons Why GMOs are Safe to Eat and Environmentally Sustainable” Both articles’ authors state their ideas clearly for whether GMOs could be eaten or not. However, Mather provides more solid
David H. Freedman uses statistics and emotion to help the readers connect more with what he is saying in his article. In the Article, he talks about the pros and cons of Genetically modified foods, how they are tested and if they can cause any real risks to the people. “Are Engineered Foods Evil?” appeared on September 2013 in the issue of Scientific American entitled “The Food Issue: The Science of Feast, Fuel, and Farm.” He also has written in Inc. Magazine, the Harvard Business Review, Wired and even in the New York Times. Freedman utilities a solid base of benefits and worries, a clean record and a way forward to educate the common people or other researchers on the effects of Genetically Modified Foods.
Food is an essential part of everyday life without it one could not survive. Every day we make choices on what we put in to our bodies. There are countless varieties of food to choose from to meet the diverse tastes of the increasing population. Almost all food requires a label explaining the ingredients and the nutritional value allowing consumers to make informed decisions on what they are consuming. However, many may not be considering where that food is coming from or how it has been produced. Unfortunately, there is more to food than meets the eye. Since 1992, “ the U.S. Food and Drug Administration ruled, based on woefully limited data, that genetically modified foods were ‘substantially equivalent’ to their non-GM counterparts” (Why to Support Labeling). GM food advocates have promised to create more nutritious food that will be able to grow in harsh climate conditions and eventually put an end to world hunger in anticipation of the growing population. There is very little evidence to support these claims and study after study has proven just the opposite. GM crops are not only unsafe to consume, but their growing practices are harmful to the environment, and multinational corporations are putting farmers out of business.
Lambrick, M. (2009). Counterpoint: Genetically Modified Foods Carry Numerous Risks. Canadian Points Of View: Genetically Modified Food, 3.
If you read the paper or watch the news, you’re undoubtedly aware of the debate raging over genetically modified food. Is it bad or is it good? Between the feuding sides, you might find yourself a little lost and wondering which side is right. Answers to seemingly simple questions have been blurred or exaggerated by both sides. On one side genetically modified food is more sustainable, safe, cheaper, easier to grow and has the potential of creating disease-fighting foods. Although this is positive and good intentioned, there may be unintended consequences that we have been quick to overlook. Those opposing genetically modified food clam that it is dangerous, harms the environment, increases health risks, and causes infertility and weight gain. Even things like the declining bee population may have closer ties to modified food than previously thought. We must look to science for answers. By studying genetically modified organisms (GMOs) we can guide our decision about whether we want to be consuming them.
A trip to any supermarket in Canada will reveal nothing out of ordinary, just the usual of array of fresh and packaged goods displayed in an inviting manner to attract customers. Everything appear familiar and reassuring, right? Think again. A closer microscopic inspection discloses something novel, a fundamental revolution in food technology. The technology is genetic engineering (GE), also known as biotechnology. Blue prints (DNA) of agricultural crops are altered and “spliced” with foreign genes to produce transgenic crops. Foods harvested from these agricultural plants are called, genetically modified (GM). Presently, Canada has no consumer notification; GM foods are being slipped to Canada’s foods without any labels or adequate risk assessments. This essay argues that GM foods should be rigorously and independently tested for safety; and, consumers be given the right to choose or reject GM foods through mandatory labels. What is the need for impartial examination of safety of transgenic foods? And why label them? GM foods are not “substantially equivalent” to conventional foods, genetic engineering of agricultural crops is not a mere extension of traditional plant breeding, and finally, there are human health implications associated with it.
In the U.S., GM foods have received little public opposition; this is largely due to the fact that food manufacturers are not required to label their products as containing genetically modified ingredients for fear of confusing consumers. Due to the lack of evidence that genetically altered foods are harmful, the Food and Drug Administration considers GM foods to be “generally regarded as safe” (known as GRAS) and no special labeling is required (Falkner 103). In the U.S., genetically modified crops are monitored by t...
The question “Is this product genetically modified?” has gained increasing popularity among the health concerned and those who worry about where their food comes from over the past couple of years. A decade or two ago, this question had no meaning and has no significance in society. However, thanks to the development of technology and a larger understanding of the underlying properties of foods, down to the molecular scale, humans have created a new field of engineering to combat worries that have plagued the food industry to centuries upon centuries. And as always, the advent of a new a product or procedure that changes the way we think and create will always usher along with it self opinions from every strata of society. The genetic modification of food in the United States of America has become a pertinent topic of debate, just recently gaining its popularity in the past couple of years. To modify or not to modify? There are both pros and cons to whether or not change the DNA sequences of foods in order to better them in some way or another. However, like every other major, groundbreaking change in this country comes regulation in hopes to appease everyone in the country and give each participant a fair chance in the race, in particular, the race for the production and distribution of foods. Such regulation in the United States has been done in order to protect and support people that have not devoted their time and money to the biological nuance and also to give every consumer in the country products that are labeled, identifying what they are putting into their systems on a daily basis. As time and society progress, how we view tasks that have been usually kept hidden and now placed onto a pedestal for everyone to se...
According to the Department of Agriculture, cotton, corn and soybeans are the most common GM crops in the U.S. In 2012, GM cotton accounted for 94 percent of all cotton planted, GM soybeans accounted for 93 percent of soybeans planted, and GM corn accounted for 88 percent of corn planted (add in text citation). This suggests that a large percentage of processed foods sold by supermarkets in the U.S. contain some ingredients derived from GM crops, primarily corn, soy, and canola. Yet, most Americans may not know that the products they consume contain genetically modified organisms (GMOs). Genetically Modified Food under Reasonable Government Regulation, is necessary for the continued and further success of the food supply chain.
Genetically engineered foods are different from other foods. Genetic engineering allows, for the first time, foreign genes, bacterial and viral vectors, viral promoters and antibiotic marker systems to be engineered into food. In 1992 the U.S. Food & Drug Administration (FDA) ruled, without any scientific basis, that genetically engineered foods present no different risks than traditional foods. Although the FDA ruled in 1992 that “genetically engineered foods present no different risks than traditional foods, one of FDA’s own scientists “there is a profound difference between the types of unexpected effects from traditional breeding and genetic engineering. ... This difference should be and is not addressed.” (GE Food) Moreover, irrespective of the type of genes that are inserted, the very process of creating a GM plant can result in massive collateral damage that produces new toxins, allergens, and carcinogens. The American Academy of Environmental Medicine (AAEM) urges doctors to prescribe non-GMO diets for all patients. They cite animal studies showing organ damage, gastrointestinal and immune system disorders, accelerated aging, and infertility. Numerous health problems increased after GMOs were introduced in 1996. The percentage of Americans with three or more chronic illnesses jumped from 7% to 13% in just nine years; food allergies skyrocketed, and
We see the fruits of years of genetic research all around us. Genetically modified foods are everywhere. Biotech seeds yield a hefty portion of the corn, tomatoes, soybeans and other agricultural products and derivatives consumed by the American population on an annual basis (2000, Sunstein). Over 70% of the items Americans find on their supermarket shelves contain genetically modified content (1999, Wastell). We did not get to this point without endless hours of research and testing by dedicated scientists and researchers. This technology however is not without its opposition, in Europe genetically modified food products are aggressively regulated and labeled (2000, Sunstein). Papers have been written that allegedly show these crops not only damage the ecosystem as in the case of the Monarch butterfly but also are a danger to the animal or human who would ingest them as cited by Dr. Arpad Puzstai (1999, Lean).
There tend to be two main viewpoints when considering genetically modified organisms (GMOs). The two groups include the pro-camp, which fully supports GMOs, and the anti-camp, which is completely against GMOs. Between the two groups, there are major differences of opinion, scientific studies are interpreted with distinct disparities, and the proposed long-term benefits are argued intensely. Due to the varied sentiments regarding GMOs, governments and consumers have been unable to agree on laws to regulate the research or the implementation of GMOs.
“Genetically modified foods are a "Pandora's box" of known and unknown risks to humans and the environment. They have been forced onto the American public by multinational biotech and agribusiness corporations without adequate oversight and regulation by the United States government (Driscoll, SallyMorley, David C).”Genetically Modified Food is food which has been chemically altered by scientists during the production process to give the food more nutrients, better appearance, and a longer shelf-life (Rich, Alex K.Warhol, Tom). The importance of this issue is that these GMO’s can actually have a negative effect in our society in general. It could mutate in a negative way and cause cancer or other diseases. Genetically modified food should be strictly controlled due to its various detrimental effects on the environment, human health, and potentially insect/animal effects.
The US FDA’s approach to assessing the safety of GM crops and foods is based on the concept of substantial equivalence, which was first put forward by the Organization for Economic Cooperation and Development (OECD), a body dedicated not to protecting public health but to facilitating international trade. (OECD working group on food safety and biotechnology, 1993)
“The agency has billed the proposed regulations as key tools for implementing the Food Safety Modernization Act (FSMA), the biggest FDA food-safety update in more than seven decades, which President Obama signed into law in January 2011. The new rules would cost about half a billion dollars per year. The cost of FSMA will be borne by farmers and food producers of all sizes. The FDA estimates the FSMA will cost America’s small farms about $13,000 each per year. Larger farms — much more capable of bearing the costs — will be out about $30,000 per year. Other food producers are likely to face varying fees. But will the proposed rules make America’s food supply — already quite safe and getting safer thanks to conscientious farmers, producers, and sellers of all sizes, vigilant watchdog groups, and eagle-eyed food-safety lawyers — any safer?” (Food Safety News 1) These people believe the food reform is costing the US too much money and that it’s not necessary. They think our food system is safe enough. Many others disagree with this statement. They believe more should be done in order to improve the system. “A central contention is the degree to which either side trusts, or doesn’t trust, pronouncements by the U.S. Food and Drug Administration (FDA) and other agencies that food resulting from genetic engineering is safe and no different