wise words
Jeffrey Smith on the
Threat of Gene-Edited Microbes by Sandra Yeyati
Why do you believe that unregulated releases of gene-edited plants, animals or microbes could devastate our planet? First, GMOs can persist forever in the gene pool. They’re selfpropagating. Second, the most common result of genetic engineering is surprise side effects. Third, gene editing is so inexpensive that virtually everything with DNA can be a target. You can buy a do-it-yourself CRSPR kit online for less than $200. Already, it’s being used in high school biology labs. Nature’s gene pool is up for grabs with no real safety net, and the impact can last for thousands of years from a single release.
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courtesy of Duke University Sanford School of Public Policy
What are the world’s most dangerous organisms to gene edit and why?
hen most people didn’t know what a GMO (genetically engineered organism) was 25 years ago, Jeffrey Smith, the founder and executive director of the Institute for Responsible Technology, was one of the leaders of a global movement that helped consumers understand the dangers of genetically engineered foods. The success of these efforts prompted significant swaths of the population to reject GM comestibles, leading food manufacturers to develop non-GMO alternatives. His most recent efforts focus on gene-edited microbes. 44
Natural Awakenings of Northwest Florida
The microbial ecosystem known as the microbiome. It is a basis for human and environmental health. Experts say we’ve outsourced about 90 percent of our metabolic and chemical functions to our microbiome, and imbalances in the microbiome are precursors to about 80 percent of diseases. The microbiome is essential for soil health and health in virtually every ecosystem. If you release a genetically engineered microbe, it might travel around the world, mutate and swap genes with thousands of other microbes. These, in turn, can travel and mutate with unpredicted side effects and changes in function. This can potentially damage or collapse ecosystems around the world.
How can we stop this threat? We need to disallow any release of genetically engineered microbes through legislation and international treaties. Without such laws, we could see a million GM microbes released in this generation, which could destroy the nature of nature, and all future generations would be forced to grapple with our mistakes. We also should restrict access to these technologies and ban so-called gain-of-function enhancement of potentially pandemic pathogens, even in so-called bio-secure laboratories, because over 1,000 recorded accidents show that bio-security
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