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While the U.S. and the EU take opposing approaches in regulating GM foods, they use similar types of scientific data to reach decisions about approving products.
In the U.S., the same regulations apply to GM and conventional foods because despite the different processes used to make them, the final products are considered to be similar.
As illustrated inย Figure 1,ย the regulation of GM foods in the U.S. is enacted by multiple agencies. ย Regulations are based on the GM foods and how they are used, rather than the genetic engineering technologies that produced them. Additionally, it is relatively easy for companies to receive exemptions from the regulatory processes.
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Compared to the U.S., the EU imposes strict regulations on GM foods. The EUโs tradition of risk-averse regulation meansย the precautionary principle became the central tenet for GM food regulation: since potential risks of GM foods are not completely known, regulatory decisions err on the side of caution and require a high burden of proof. All GM foods are regulated because they are made with processes different from those used to produce conventional foods.
The outcomes of the U.S. and EU regulatory regimes are distinct, with higher rates of GM food approval and use in the U.S.ย Despite the differences in their two regulatory approaches, however, the U.S. and EU evaluate similar types of scientific data and generally reach the same conclusions about the safety of GM foods.
Editorโs Note: This post is part of a series on GMOs in a special edition of the online magazine โSignal to Noiseโ, produced by Science in the News. You can read the entire series here:ย Signal to Noise Special Edition: GMOs and Our Food
Read full, original post:ย Same Science, Different Policies: Regulating Genetically Modified Foods in the U.S. and Europe
