Biogenetics - The Dangers of Biogenetically Engineered Organisms

Biological genetics - biological genetic engineering Risk of organisms When I think about what to write in front of a computer sitting at the desk, I look outside the window and bloom in front of my house I see the bees moving around big bushes. They are busy looking for honey and turning flowers into flowers. Occasionally, people flew, perhaps to inform other bees and places of rich bushes. More bees will come to help collect honey, others will depart to deliver their grace.

As I have experienced after the research, there are some strong arguments on both sides of subtle problems of biogenetic genetic engineering. As a plus aspect, biogenetic engineering can end the world's famine by creating genetically modified crops that can withstand any weather, growing in half an hour and doubling the results I can do it. Biological genetic engineering can increase the infinite possibilities of medicine, such as quotations, preparing preliminary organs, etc. However, in order to achieve these results, there are many dangers that must be faced. Inappropriate manipulation of biological genetic engineering causes scientists to make a fatal mistake, for example the situation of StarLink corn, which causes many allergic reactions to people.

I do not fully support biogenetic genetic engineering, but I must admit that not all biological genetic engineering is not morally or morally dangerous. In addition, many technologies bring great benefits to humans. Scientists experimentally manipulated the genetic material of many crops and foods. Laboratory 'gene agriculture' will allow scientists to harvest the various proteins they need. Articles of American scientific journals gave a wonderful summary of the benefits and dangers of GM crops. In terms of profits, GM crops are thought to provide farmers with "stronger, higher yield, disease resistant, more nutritious crops needed to maintain the emerging world population" And it seems.

As I already mentioned, biogenetic engineering can really be useful in certain aspects of human beings. However, progress in biogenetic genetic engineering can cause serious damage to the environment and humans until it is considered safe to use in our daily life. For example, large scale collection of genetically modified maize was done in early November 2000 (see Figure 2). About 300 products from the Federal Food Administration, such as tortillas, tacos, and fried potatoes, are made from genetically modified maize called StarLink and are not on the market. Due to concerns about allergic reaction StarLink was approved by the FDA only for animal feed in 1998. Modified maize is produced by cutting bacterial genes into maize, which produces proteins that are detrimental to maize piercers, but not harmful to humans or other mammals (Reuters, 2). In theory, this is a wonderful idea that pests no longer lose corn plantations.