Genetically Modified Organism Analysis

Americans may be participating in human experiments ("GMO Food: All-purpose medicine or poison?"). Since the introduction of genetically modified organisms into the agricultural products of the United States, the number of people with US health problems has dramatically increased ("10 Reasons"). Genetically modified organisms are animals and plants genetically engineered with DNA from bacteria, viruses and other animals and plants. They are related to various health problems, accounting for 80% of traditional processed foods (Renter).

Genetically modified organisms (GMOs) are all organisms (ie, genetically modified organisms) that use genetic engineering techniques to modify their genetic material. Genetically modified organisms are used to produce many drugs and genetically modified foods and are widely used for scientific research and production of other products. The term GMO is very close to the technical legal term "LMO" as defined in the Cartagena Protocol on Biosafety. New organisms combined with all living things use contemporary biotechnology ")

What is a genetically modified organism (GMO)? A genetically modified organism is an organism that changes its genetic material by inserting a foreign gene. GMO has been in use only for the past 20 years, but they make up the majority of the US food supply. More shocking is the fact that the US Food and Drug Administration (FDA) currently does not require safety testing of genetically modified organisms. In 1992, Mae-Wan Ho, director of the Third World Network Social Science Institute, and Lim Li Ching, Associate Professor of Social Sciences, a researcher at the Institute of Social Sciences. The FDA has decided the magazine

In the most comprehensive and clear analysis, the National Research Council's report on the risk of genetically modified plants and microorganisms "GMO field trials" states that "the same physical and biological laws are responsible for the reaction of modified organisms We decide. " Modern molecular and cellular methods as well as methods produced by classical methods. "Recombinant DNA methods can introduce DNA fragments consisting of single or multiple genes which can be functionally defined even in nucleotide sequences. Classical gene transfer techniques can be used to transfer a variable number of genes depending on the transfer mechanism; however, it is difficult to predict the exact number or metastasis characteristics, and the resulting phenotypic expression It can not always be predicted.