28 Ways GMOs Are Harming Your Health and the New GMO 2.0 Superthreat

The dangers of genetically modified organisms (GMOs) are well-documented, but a new, insidious threat looms on the horizon: GMO 2.0 and gene editing.

Jeffrey Smith’s Advocacy Against GMOs

• Expertise: Over 27 years as a global thought leader, author of two bestsellers, director of five documentaries, and speaker in 45 countries.
• Impact: Inspired thousands of doctors to prescribe non-GMO diets, leading to significant health improvements for patients.
• Survey Results: Switching to a non-GMO and organic diet improved 28 health conditions, including digestive disorders, obesity, brain fog, allergies, and more.

28 Ways GMOs Are Harming Your Health

Jeffrey Smith’s meticulous research connects GMOs with a litany of health problems, from digestive disorders to brain fog, anxiety, depression, and even cancer. A staggering 85% of surveyed individuals reported improvements in their digestive health after switching to a non-GMO diet. Imagine what this could mean for the millions suffering silently from unexplained illnesses.

Doctors have joined the outcry. One physician, after prescribing a non-GMO diet to 5,000 patients, declared, “All of my patients improve when they eliminate GMOs.” This isn’t mere anecdote—it’s a call to action.

For decades, concerns about genetically modified organisms (GMOs) have steadily grown, and now, the stakes are higher than ever. With the advent of GMO 2.0 technologies, such as gene editing, the potential health risks have expanded. Here’s how GMOs are harming health and why GMO 2.0 presents an even greater danger.

Seven Dangers of Gene Editing

• Off-target cuts: Scissors cut unintended genome areas, leading to errors.
• Sloppy repair: Uncontrolled repair mechanisms introduce mutations.
• Gene mixing: Contaminating DNA can integrate into the genome.
• Mutant proteins: Disabled genes may create harmful proteins.
• Insertion damage: Methods like gene guns cause further mutations.
• Mutation from processes: Lab procedures cause significant genome damage.
• Epigenetic inheritance: Changes pass to future generations, with unknown consequences.

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