Position Paper on Scientific Issues: Gmo

In 2015, Tim Anderson, a PhD researcher, wrote “GMO Foods are Unsafe”, an article which perhaps sheds light on the mishandling of genetically modified foods, including the lack of testing of said food products, as well as the potential hazards posed to humans and the environment. In the same year, Genetic Literacy Project’s web editor, JoAnna Wendel, wrote a contrasting article “Genetically Modified Foods Have Been Studied and Found Safe to Eat”, and voices her disgust over the false information that constantly belittle GMOs. She believes the allegation that little evaluation has been accomplished to monitor and ensure the safety of these genetic modifications is based on frantic opinions and not accurate facts. Although their positions appear to utterly oppose one

GMO is a genetically modified organism, which is a process to try and form a better product. Most organisms that are genetically modified are agricultural. Many everydays foods such as, corn, squash, and milk. Some may wonder why we have GMO’s. We have GMO’s, because scientist believe that genetically modified organisms could produce a healthier product for people to consume.

Genetically modified organisms, also known as GMOs are plants, animals or other organisms whose genetic makeup has been altered by using different DNA methods. (GMO Awareness.com.) Genetic modification affects many of the products we consume every day. Pesticides are substances that are regularly used to repel, kill, or control animals. Pesticides are also used to modify produce by controlling the growth of bacteria, mold and insects. The process of genetic modification in when two genes are forced into an unrelated species. That is what happens when genetically modified organisms and pesticides contaminate our produce. GMOs and pesticides have many negative contributions to the lifestyle of the animals, and even towards humans that consume

1st. Body: GMO’s are organisms whose genetic data has been manipulated through genetic engineering. In most cases these organisms are given a new gene to exhibit a specific trait (ex: Genes of fish in Alaska are used to help plants thrive in colder climates) which hopefully can improve the usefulness of these organisms. To perform this, scientists select a specific gene/trait they hope the target organism will express, and cut using enzymes, and then insert it into a plasmid ( a molecule containing DNA). The plasmid is then added to bacteria, that infect the cells of the target organism. The selected organism grows up, and may exhibit the desired traits the scientists implemented it with. This process has been used on various crops, especially corn, which now expresses many new traits including resistance to insects and naturally produces pesticides. These new crops

The human population is quickly rising. With the rise in the human population, the demand for food is also raising at an unprecedented rate. Our simple mom and pop farms are unable to naturally provide the worlds population the food needed. This may seem like a big issue, but humans came up with an ingenious solution; genetically modified organisms, commonly known as GMO’s. Genetically modified food as been able to offset the worlds steadily rising demand for food, and the food problem has been solved, or has it? I will use information from: Wendell Berry’s, Jon Entine and JoAnna Wendel’s, 2000+ reasons Why GMO’s Are Safe to Eat, and Robin Mather’s, The Threats from Genetically Modified Foods, along with references from Food Inc., to explain

GMO stands for genetically modified organism. It is a organism that has had changes introduced into its DNA by using techniques of genetic engineering. Genetically modified (GM) foods are foods that are produced by this method. Genetically modified crops were first introduced to the marketplace in the 1990s. Various different companies started emerging and began to grow many different modified crops including tomatoes and corn. Livestock is fed GM feed, and recently a genetically modified salmon was approved for human consumption. Our society and other nations should limit the consumption of GM foods until their safety can be proven and their disadvantages are corrected.

The pros into having a genetically modified system of foods to plant around the world is mainly said that it’s the best and safest way to improving agriculture and food production. Very tempting to the scientists and some farmers because of the hunger around the world that’s happening, which makes the pressure even greater for them. It sounds nice being able to hold the power of this technology which can solve America’s problem of world hunger and poverty, that’s what scientists wants us to accept. Another bonus to this GMO is that it states there is absolutely no studies showing that it has caused harm, so it’s safe and healthy to eat. There’s also no proof showing there has been such harm to this genetically modified organism. It is also

When grocery shopping, we are faced with the question, “ Do we choose organic or the conventional products?” For some people, this may be an easy question depending on how much you want to spend, or if you choose organic products regardless of the price. However, no matter what an individual chooses, we will always be skeptical of the quality difference in grocery produce. Is organic milk that much different? Is it healthier than the conventional milk in the isle? Will it protect you from pathogens? These questions are foreign to the grab and go set of individuals, however King Corn, a documentary based on the overproduction of corn, gives readers an insight on how chemicals and GMOs in our food supply are affecting people all over the country. While there are positive aspects of producing and consuming conventional food, we should carefully investigate what is in our food system and how we can identify the differences between certified organic and conventional.

A GMO is created when DNA from one organism is combined with another organism’s DNA to make one molecule. Scientists do this by cutting and joining DNA from different sources. This forms a new set of genes. They then transfer it into the organism so it has the modified genes. (http://www.i-sis.org.uk/FAQ.php, 11/30/09) With genetic engineering they can make bigger and more nutritious fruit and vegetables. Human embryos can be

Someone out there has probably wondered why their tomatoes which they bought at a supermarket, taste different than the tomatoes at a farmers market. Well to answer that curious person, the tomatoes from the supermarket are most likely Genetically Modified. Genetically Modified foods (GM foods) are organisms in which genetic material (DNA) have been altered in a way that is not natural. Basically they are inserting genes of another species into their DNA, the process is known as biotechnology. 45 percent of corn and 85 percent of soybean are genetically modified. Fulton states that “some 70-90 percent of processed food is genetically modified and has been that way for years” (“Politics Heating Up Over…”). The

GMOs (or “genetically modified organisms”) are living organisms whose genetic material has been artificially manipulated in a laboratory through genetic engineering, or GE. This relatively new science creates unstable combinations of plant, animal, bacteria and viral genes that do not occur in nature or through traditional crossbreeding methods.

Genetic engineering is the deliberate modification of the characteristics of an organism by manipulating its genetic material. “If life is made of up of the same “stuff,” it should be easy to mix and match deoxyribonucleic acid from different organisms. All you have to do is cut out the DNA (gene) you want from one organism, and insert it into a new organism. This process is called genetic engineering. How to cut DNA: There are special tools that can be used to cut DNA called restriction enzymes, also known as DNA scissors, in order to combine DNA with different living things. Restriction enzymes are molecules that speed up the reaction that cuts DNA.

GMOs are organisms in which scientists have transformed by inserting certain genes of one organism into another attempting to improve that organism. Lately, this practice has become more and more prominent regarding agriculture because it has been claimed that they allow crops to be grown more efficiently and to create more produce. GMOs can be used to create organisms that are stronger in ways that help them survive in worse conditions along with assistance in fighting off harmful factors such as insects. Scientists and researchers have a disagreement over whether or not the chemicals used to produce GMOs are harmful to humans and the environment. It is also being debated on whether GMOs actually create a more efficient and effect way of producing food, whether or not they require a larger amount of pesticides and the detrimental effects of pesticides, and if they have a less adequate nutritional value.

GMO stands for Genetically Modified Organism, which is the process of extracting genes from one species into another unrelated species. The process of transferring DNA from two distinct species is through genetic engineering. This displays the new traits of the first donor, which will be part of the genetic make up of the recipient organism. GMO is different from cross breeding or hybridization. Scientists developed GM plants by introducing genes that kill insects and protect crops against viruses. Many of these GM plants require less water so that they are able to grow in areas where water is scarce. The benefit of GMOs help crops grows and ripens faster so that farmers are able to grow more crops throughout the year. On the other hand, GMOs may be harmful to humans if they are not washed and cleaned properly before eating. GMOs include high risk of allergens, toxins, and other unknown side effects that are harmful.

A GMO (genetically modified organism) is the result of a laboratory process where genes from the DNA of one species are extracted and artificially forced into the genes of an unrelated plant or animal. These GMOs are many of the commercialized crops in the U.S. and provide many health benefits to all who consume it. For example, they increase the nutrients in food, in this case rice. “By inserting a gene that encodes for vitamin A to the gene of regular rice, scientists were able to create a new breed of rice plants called “Golden Rice”.” This is just one of the many ways GMOs can enrich one’s diet and make foods better for your health. Additionally, GMOs are now easier to grow and preserve. Through genetic engineering, crops have been encoded to resist rotting and produce toxins to deter insects. This reduces the cost of farming and maintaining plants and reduces the chance of crops being destroyed due to spoiling or insects. If this technology