Gmo Food Benefits

Genetically modified crops are an incredibly important issue that everyone should be aware of since it is something we are exposed to at a daily basis. Genetically modified crops also known as GM crops or Biotech crops has been one of the most heated debates of issues within our society. The debate about the safety, concerns and disadvantages of GM crops have raged since the mid 1990 's but this is due to the lack of knowledge of the general public. Many people are unaware of what the GM crops actually are and what they offer. Genetically modified crops are plants that are used in the agriculture and have been modified to initiate a new trait to plants that does not happen naturally in the species. These plants are modified using genetic engineering techniques to enhance desired traits. GM crops are made when genes of commercial interest are transferred from one organism to another.() There are many methods used for the production of GM crops but the two primary used for plant insertion are gene guns and agrobacterium tumefaciens. There are also three types of modifications which are transgenic, cisgenic, and subgenic plants. However, there are a number of issues that surround this controversial topic such as environmental, health, and economic concerns. Even though there are some worrying facts about GM crops people don 't realize the advantages or the ways it has helped humans as well as animals. There are many reasons why GM crops are proven

Not only are GMOs harmful to humans they affect many other communities. “GMOs are also responsible for killing off bees, bats, butterflies, and other pollinators, whose bodies are unable to handle the onslaught of altered DNA and chemicals that are characteristic of GMO technologies”(Bensen). This shows that GMO is not only an issue for humans but it directly affects the insect and animals communities around the plants. These are living organisms that these plants need for pollination. GMOs and the pesticides used on these crops to fight off the insects and weeds is creating more powerful weeds and insects called “SuperWeeds” and “SuperBugs.” “And this built-in resistance has allowed farmers to indiscriminately spray chemicals like Roundup on their crops without worrying about killing them. But this system is now failing, as the weeds and pests targeted by GMO technologies have mutated and developed resistance to crop chemicals and Bt toxin” (Benson). These chemicals are effective for a short period of time However these chemicals become ineffective, the offspring of the insects can be immune to the chemical. This creates a need for a new and stronger chemical mix. GMO seeds and destroy the soil and kill beneficial

With GMO's we can at least address the problem of a lack of food and even help with a lack of diversity if you can make a single cob of corn give all the necessary vitamins and nutrients you could keep an entire population stable on a single staple food source. The benefits for third world countries alone should already be a worthy enough cause to have GM corn among many others more widely accepted but the unfortunate truth is that fear based on ignorance and sometimes even lies keep them down. Many believe GMO's to be more or less Frankenstein like fruits and vegetables created in a lab somewhere with a poor cob of corn strapped to a table and blasted with radiation or gene spliced with other plants until the desired results are acquired but that is simply

Most people think that GMOs are just filled with bad, unhealthy chemicals. But what they don't realize is that all the chemicals found in genetically modified plants are actually all-natural. There are many plants in nature that use the same chemicals or compounds as GMOs. For an example, the foxglove plant has a deadly pollen. This defense mechanism works by protecting the planet when something tries to eat it. So you can see that even organic plants have the same abilities to protect themselves. The difference is that in GMOs, scientists have programed the plant to do this, not nature. It’s man’s way of using nature to our benefit (Fetters, 2014”).

Among the benefits, is that with GMOs malnutrition problems will be reduced remarkably. For instance, science has found ways to inject vitamin A into rice (referred to as Golden Rice), a process that helps prevent people from becoming

Biotechnology is the use of living systems and organisms to develop useful products and is a technological application that uses living organisms or systems. There is much controversy in the use of these systems because of possible health and environmental effects. One of the most widely used products of biotechnology is genetically modified (GM) crops. These are crops that have a specific combination of genetic material that is acquired through certain biotechnological processes or genetic engineering. Many crops have been subject to these genetic modifications such as: alfalfa, cotton, flax, rice, tobacco, tomatoes, and wheat. Many people are on various sides of the spectrum of being for the alteration of these crops or strongly against it.

Many people are worried about the impact GMOs(Genetically Engineered Organisms) could have on the environment. That’s a reasonable concern. Are GMOs increasing the profits of farmers and biotechnology companies at the expense of the environment? Contrary to popular belief there is no scientific evidence to support the fact that GMOs have a negative effect on the environment. Conversely there is an abundance of information to show that GMOs can help solve many environmental issues and help farmers use their land more efficiently. ​

GMO crops initially started out to be resistant to bugs and weeds without pesticides because of the chemical makeup of the seeds. This was found to be a major benefit of GMOs because there was no longer a need to use pesticides on crops in order to keep the plants alive. However, this slowly started to change, the bugs and weeds eventually created a tolerance towards the GM chemical fields and were no longer dying off naturally. In fact farmers today are becoming more dependent on using pesticides and are “spraying up to three coats of pesticides this year” (Stauffer). These pesticides being used are far more toxic than before because the weeds are bigger and stronger after being exposed to GMOs. The weed growth is what people say to be “nature’s strike back to science.” Not only are GMOs alone bad for the human body but also adding extreme toxic pesticides to the picture creates more health issues for the environment and

People all around the world are still debating if gmo foods are beneficial or unbeneficial to us humans. These gmo foods were used 20 years ago and animal’s genes have moved from host to host from the beginning of time. In my opinion, I think that gmo foods are more beneficial to humans more than risks. Here are three reasons why gmo foods are beneficial to us.

GMO can negatively affect the environment because many of the transgenic crops are produced by using pesticide and herbicides. Farmers who grow GE crops may see it as being beneficial to the environment, because they may have fewer issues with controlling pest and decrease chance of pesticide/herbicide exposure. On the other-hand, since the long term effect are not known there is a possibility that the crop may build up a resistant to the herbicide glyphosate; therefore, creating a domino effect, by producing more weeds and those weeds may in turn develop a resistance to the glyphosate (Science Daily, 2010). According to the Science Daily (2014), there has been as many as nine species of weeds in the United States that has involved since

Another benefit we get from GMOs is that it increases the crop yield in two ways: first is there will be fewer insects and pests that would eat the crops and, that it will grow without being bothered by pesticides (Bouis, 2007). GMOs has inbuilt resilience to diseases, viruses and herbicides that it requires lesser chemical pesticides and it makes them supposedly an environmental friendly, which reduces soil erosion. The production also demands less time; therefore it can provide a larger food supply to

An objection to this argument is that some environmentalists oppose GMOs, arguing that genetically modified foods have a negative environmental impact, especially for agricultural practices. For example, they contend that the modified genes created by genetic engineering can spread through pollen to other non-GMO plants outside of their intended cultivation area. “If a GMO is herbicide-tolerant,” some environmentalists believe this characteristic can spread to other plants with the possibility of creating “super-weeds” which will be difficult to suppress (Thompson 213). Others argue that widespread use of GMOs can lead to a reduction in the biodiversity of plants and insects. As more and more GMOs are used, the genetic diversity of other similar plants may be lost, as conventional and organic seeds are no longer used for agricultural practices (Gertsberg). It is debated that the “toxins produced to kill insects in GMOs can also kill ‘non-target species,’ which are insects we may not want to kill”, such as monarch butterflies, leading to a loss in biodiversity (Thompson 213). Conversely, overreliance on a single pesticide can lead to the development of resistant “super-bugs” which also hurts the environment.

GMO’s (also known as genetically modified organisms) is a process in which scientists take the genes from the DNA of one species and put it into the genes of an unrelated species. Our group observed how much GMO’s were being used but also how severe world hunger is. “ 815 million people which is 1 in 9 people are going to bed hungry every night and 1 in 3 people are suffering from some form of malnutrition,” (Zero Hunger). We also observed that GMO’s have a common misconception around them that they are dangerous to human health. We questioned with all of our background knowledge Could GMO’s be a way to reduce or even eventually end world hunger? We selected this topic because of how serious a problem world hunger is and how much GMO’s could help this issue. Our group also wanted to research this because of the controversy behind GMO’s and helping people realize the good they have for us. We were trying to learn with this research if it would ever be possible to end world hunger using GMO processes.

Sitting at a table, eating at one of your favorite restaurant, and enjoying your meal. But ever think about where it comes from or how it came to be? What is you were told that the salad you are eating or the meat you bought in the grocery store yesterday had been sprayed with types of chemicals? Doesn 't sound too appetizing. Many of us have heard of farmers giving plants and meats chemicals in order to grow faster, better and provide a more affordable product. Genetically modified foods have been a topic of interest in the West for a while. With “legends” and rumors that spread talking how these foods have some tie to our health and environment.They explain to us that genetic modification on food makes Westerners skeptical towards food because our relationship with genetically modified foods is needed greatly to keep businesses growing and selling, we are dependent on cheaper food but also causes harm to animals and controversy with people.

The DNA of organisms that is altered artificially, via a method known as gene splicing (Schmidt 2005, A.527), is referred to as Genetically Modified (GM). Presently, most existing GM foods originate from plants, however, in the future, food may be obtained from GM animals or micro-organisms (Bawa and Anilakumar 2013, p.1036). The subject of GM foods including crops, vegetables and fruit and how safe they are is the cause of many controversial debates globally, however there are several arguments that support the encouragement of genetically modified food production. Enthusiasts of GM foods maintain it will assist to end world hunger and encourage health and environmental wellbeing (Panse 2014, para.1). Further, the contention by GM enthusiasts is that crop yields are increased by the use of GM technology, the need for chemicals traditionally used in agriculture diminishes and is likely to result in the production of high-sustenance foods capable of growing in exhausted soils and drought-ridden locations (Schmidt 2005, a.527). Potential uses in the future include aiming modifications to improve nutrient content, decreasing allergen capabilities, and refining the productivity of food manufacture. As global water supplies diminish, many countries will no longer have the capabilities of producing stable crops, thus there is considerable significance placed on the advancement of biotechnology used to yield water efficient and drought-resistant food sources (MIT 2015, para.1).