... corn, tomatoes, potatoes, soybeans, grapes, cantaloupe, canola, and others have been manipulated to resist plant viruses. Tomatoes, peas, peppers, and some fruits are now being engineered to improve processing and extend their shelf life (McLean). More and more genetically modified foods are being produced, often with good intentions, but frequently with harmful reactions and results. One main advantage to ... ). Furthermore, ethical and moral questions surrounding genetically modified foods abound. Dr. John B. Fagan, former professor of molecular biology at Maharishi International Univer...

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... have been made to some soybean and canola plants to produce oils with a different fatty acid composition so they can be used in new food processing systems. They have engineered corn that carries a protein toxic to certain caterpillars, and some soybean plants carry a gene that makes it resistant to ... general the gene and its product (the enzyme that inactivates the antibiotic and thus confers resistance) would usually be destroyed during heat processing of the food material. The FDA does not allow antibiotics that are used to cure diseases and illness to be used as marker ... U.S. Depa...

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... example of this has occurred in Canada when a weed species acquired resistance to three commonly used herbicides. The weed had acquired genes from three different plants - two GM strains and one conventionally bred which meant a fourth, more environmentally damaging, herbicide had to be used to kill it. This " ... the near future, which we already have started to enjoy, is enhanced yields and value-added quality produce by genetically engineering crop plants for pest resistance and enhanced shelf life. In another 20 years, our knowledge about the functional importance of most plant genes...

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... are actually good for us. Even though there is ongoing fear about the future health costs to consuming GMOs, humans have been growing and breeding plants and animals for decades. With an ever growing population, and an increase in world hunger, food production is in high demand. Genetically modified ... to see the benefits of using GMOs, it is important to understand what they are and where they come from. Agricultural products such as crop plants, farm animals, and soil bacteria have been genetically engineered to breed only those with specific traits that are better than others. These ...

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... . This type of DNA also has allowed them to unravel the molecular bases of genetic diseases, understand why individuals differ in their responses to drugs and medicines, and for turning plants, animals, and microorganisms into chemical factories.(2 p.281) Genetic engineering is when scientists artificially tamper with these blueprints. Engineers have gained a lot of knowledge about plant's biochemical pathways, ... genes to produce potential, with the use of genetic engineering scientists can expand these potentially useful traits. Thus, making plants bigger, more solid, or resistant to...

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• Grade Level: Undergraduate

... Asian tiger mosquito, European purple loosestrife, the European starling, and the zebra mussel. Although many exotics have been deliberately introduced, many come in accidentally in agricultural produce and imported plants and seeds. And estimated 10 percent of established immigrants have major adverse ecological consequences, but there is a new urgency because of the "homogenization of the world?via import and ... engineering is good for all life because it can help increase the Earth's biodiversity. This is absurd. A biotechnologysupported livestock industry that expands to meet the pu...

• Word Count: 1698
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• Grade Level: Undergraduate

... Asian tiger mosquito, European purple loosestrife, the European starling, and the zebra mussel. Although many exotics have been deliberately introduced, many come in accidentally in agricultural produce and imported plants and seeds. And estimated 10 percent of established immigrants have major adverse ecological consequences, but there is a new urgency because of the "homogenization of the world" via import and ... is good for all life because it can help increase the Earth's biodiversity. This is absurd. A biotechnology - supported livestock industry that expands to meet the public de...

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• Has Bibliography
• Grade Level: Undergraduate

... such. The first attempts at gene manipulation made use of easily transformable varieties and easily identified genes such as those having to do with herbicide tolerance and pest resistance. Presently, plants are being grown commercially utilizing these approaches such as the Roundup Ready soybean, Bt corn (injected with Bacillus thuringiensis, a naturally occurring toxin used by organic farmers), and viral resistant ... papaya. Later, scientists grew more and more interested in using biotechnology for traits such as those that would permit plants to grow under foreign and/or adverse con...

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... modern genetics have made possible the direct manipulation of the genetic makeup of organisms. In agriculture, genetic engineering allows simple genetic traits to be transferred to crop plants from wild relatives, other distantly related plants, or virtually any other organism. Genetically modified food is the name given to foods (mainly crops) that have been Genetically Engineered to have the exact trait ... risks concerns raised by it are outweigh the potential benefits. Health risks of genetically engineered foods: Allergy or toxicity from new proteins in the food supply, from new wa...

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... cell and transferring these specific qualities or traits from one organism into another. During the alteration and adjustment stage, the manipulated gene and chemicals bind together and are transferred into plants, animals, or different species which is then referred to as a genetically modified organism (GMO). Genetic engineering has resulted in a number of benefits. Agriculture has benefited with genetic engineering ... tremendously and crops and plants continue to be the number one target for biotechnology. This is merely because it allows farmers to improve profitability by growing ...

• Word Count: 876
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... herbicide and pest-resistant seeds (Hsu, K). "The farm has moved from being the centerpiece of agriculture to become but one part of an integrated multilevel industrial process including production, storage, processing, distribution, marketing, and retaining" (Knox and Marston 342). Agriculture has become more than planting and harvesting. It is now a food assembly line where each scale, from the private farm, ... One of these problems is the concern of unanticipated allergic responses to new substances in foods. Also many worry about the spread of pest resistance or herbicide tolerance...

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... organism's genetic or hereditary material to eliminate undesirable characteristics producing new desirable ones. It has been used in increasing the production plant and animal food, developing disease-resistant plants, diagnosing disease, improving medical treatments, and producing vaccines and other useful drugs. Although there is a major issue in society today stemming genetic engineering the main issue is ... The introduction of Bt cotton, a now widely grown crop kills several pests that would have previously harmed cotton plants. Other uses of genetic engineering include the area of ...

• Word Count: 918
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... manipulating organism's genetic or hereditary material to eliminate undesirable characteristics producing new desirable ones. It has been used in increasing the production plant and animal food, developing disease-resistant plants, diagnosing disease, improving medical treatments, and producing vaccines and other useful drugs. Although there is a major issue in society today stemming genetic engineering the main issue is ... The introduction of Bt cotton, a now widely grown crop kills several pests that would have previously harmed cotton plants. Other uses of genetic engineering includ...

• Word Count: 918
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... clone, or offspring, of a genetically engineered organism. We can find transgenic species easily, for example, transgenic pigs developed in Adelaide containing human gene to regulate growth and keep meat lean, salmon with an inserted flounder genes to tolerate cold better, cotton containing genes from the soil bacterium Bacillus thuringiensis (Bt) for insect resistance. The idea that there were ... cause genetic diseases, or those making some individuals prone to cardiovascular disease, degenerative brain disorders. Research being done on potatoes show that genes can be put successfully ...

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... is genetically modified food? Eric Schlosser elaborates on this in the film, Food Inc. The source of all genetically modified food is genetically modified organisms. Genetically modified organisms are plants, animals, or bacteria that have been genetically altered through the process of genetic modification. Transgenic food, genetically engineered food, and genetically modified food all refer to foods derived ... create characteristics and traits in organisms that could not naturally occur. All genetically engineered foods created so far are derived from genetically engineered plants. Wi...

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... in food made from the genetically engineered plant could be toxic or allergenic when eaten, and a comparison of the levels of nutrients in the genetically engineered plant to traditionally bred plants "(Genetically Engineered Foods). A team of Italian Scientists studied and analyzed 1728 studies on genetically modified foods and the safety of them. They appeared to find no critical evidence that harmful ... atmosphere or equal to removing 10.2 million cars from the road for one year (GMO Foods) With the technology of genetically engineered plants, scientist are able to modify the crops ...

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... face of such a serious problem, GM technology can be used as our solution to save ourselves and Earth before it's too late. Studies have proved that nowadays, "insect-resistant plants (maize, soybean, cotton, etc.) have been obtained by introducing into the plant genome the gene of a bacterium (Bacillus thuringiensis or Bt) coding for a protein (called Bt protein) which is toxic ... food safety and takes relative measures such as put in place a supervision mechanism that monitors the whole production process from product design to the delivery of raw materials, production and processing...

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... , agriculture. When a family gathers for a Sunday dinner of steak and potatoes, they are reaping the benefits of American farmers. When a vegetarian searches the grocery store isles in search of non-meat products, he or she is facing the effects of American farmers and their agriculture products. In short, American farmers" are responsible for supplying American's with their daily bread baskets. As ... the future. According to the United States Department of Agriculture, over 30 percent of American corn and at least 70 percent of American soybeans are genetically modified. That means the...

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... for humanity and the environment. Imagine, if you will, the creation of new improved foods that taste better and are healthier for you. Plants can be genetically modified so that they contain more vitamins and nutrients. There are may examples of this already in the market place and many ... carotene producing rice. The use of genetically altered crops can help reduce the pollution due to the use of harmful pesticides and insecticides. These plants will deter insects and resist fungus with the minimum use of chemicals. This in turn means that less of these chemicals will make it ... int...

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... so it is easy to see why so many people are surprised by this. Other crops that have been genetically engineered are "canola, corn, cotton, soybean, potato, and tomato plants" (Partial List 2). Genetically engineered foods have become widespread, yet the public seems almost unaware of the modified ingredients showing up in their foods. This raises one of the main objections ... of underproduction. Genetically engineered foods can also help reduce the use of herbicides and pesticides. These foods can be engineered to produce Bt, which is a pesticide to protect the plants from insects. By ...

• Word Count: 1935
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... with a consequence, and the question is whether or not the good overpowers the bad. Many experts argue that Genetically Modified foods are actually beneficial to, not only people, but animals, plants, and the world overall. Some experts even state that, not only are they beneficial, but that they also protect the environment and aid food productivity. Most farmers actually recommend GMO ... recommend the use of genetically modified foods, because they are easier to grow, and are more profitable. An example of how they are easier to grow is that genetically modifying plants can make them m...

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... crop came from the University of California at Berkley in 1982. The genetically modified crop had a gene that reduced the amount of frost damage. (Uchtmann 4-6) The first generation of these plants failed to achieve pre-market approval and were not sold to the general public. The second generation of genetically engineered crops began in 1995 when they became commercially used. By ... agree that the industry needs to be regulated. Perry Adkisson, PhD, professor emeritus at Texas A&M University and a supporter of the biotech revolution states, "The federal agencies responsible for regulati...

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... or more genes (trans-genes) in a way that doesn't exist in the nature. These genes may be transferred from not related species: animal genes may be transferred to plants, bacteria genes to plants or human genes to animals. Living organisms that have been created in that way are able to mutate and reproduce. The subject of GMO in food and agriculture is ... cultivate in unfavorable soil and climate conditions and elimination of the harvest decline caused by insects and diseases. Insertion of the herbicide resistant genes would decrease the consumption of the plants" protective chemicals ...

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... . There is an overwhelming amount of scholarly articles and information concerning the effects of genetic engineering on the environment, specifically the negative. One argument is that by altering genes in plants it creates a situation of "crop uniformity" or "monocrops" as a result of a reduction in genetic diversity. The consequences of low genetic diversity have been well documented ... organisms and have the ability to reproduce, migrate and mutate, which does make them "inherently more unpredictable than chemical products." (Turpen, 2009,par.3) At the moment most transgenic plants ...

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... to be one of the largest food experiments in the world's history. GEF are advantageous, but at the same time may arouse problems. In defense, genetically engineered foods can make plants ripen faster, improving the specie's taste and look. Genetic modification of food has won the admiration of a lot of people, including myself, because of its new and attractive accomplishments, but ... people. Deeper consideration reveals some advantages, as well as serious dangers. The wrong treatment of GE crops may cause several environmental risks. The most widely used genetically engineered plants ...

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• Grade Level: Undergraduate