Key Takeaways

  • Colon cancer rates among people under 50 have skyrocketed by over 80% in just the last two decades, alarming health experts who previously saw this as a disease of old age.
  • David Friedberg points to picloram, a persistent herbicide widely used since the 1990s, as a potential, under-investigated cause of this disturbing trend.
  • Unlike immediate carcinogens, picloram's threat lies in its ability to alter the epigenome, long-term changes that switch genes on or off, ultimately leading to cellular malfunction and cancer.
  • Studies, including international research, show a direct correlation: counties with heavier picloram use exhibit significantly higher rates of colon cancer.
  • Friedberg stresses the urgent need for government agencies to investigate and remove such persistent chemicals from the food supply, rather than leaving crucial research to international teams.

The Silent Epidemic: Picloram and Your Genes

Imagine a health crisis silently unfolding, disproportionately hitting a demographic traditionally considered low-risk. That's the reality David Friedberg unveiled, pointing to a chilling statistic: “There's been a scary rise in the number of young people, people generally under 50 years old that are getting colon cancer. That number has climbed by over 80%. In just the last two decades.” This isn't just an anomaly; it's a stark, accelerating trend that demands immediate attention from anyone building for the future.

Friedberg then zeroed in on a specific culprit: “That row is a pesticide called piclorum. And piclorum became a very widely used herbicide in our environment.” Introduced broadly since the 1990s, picloram isn't just common; it's notorious for its persistence. “The problem with piclorum, one of the the things that's been known about it is it's very persistent. It doesn't biodegrade very well,” Friedberg explained. This means it lingers in our soil, water, and ultimately, our food supply for years, even decades, after initial application. The very persistence that made it effective as an herbicide is now its most concerning quality, creating a cumulative exposure that few have considered in the context of human health.

Beyond Carcinogens: Epigenetic Time Bombs

The danger of picloram, Friedberg argues, isn't that it's an immediate, direct carcinogen like some industrial pollutants. Instead, its threat is more insidious, operating on a deeper, genetic level. “[T]he long-term use or exposure to certain chemicals in our environment causes a change in the epiggenome, which means that these genes are being turned on and off. And when certain genes are turned on or off in the wrong way, it can trigger cells in the tissue to start to malfunction and go haywire and ultimately lead to cancer.” Think of it like a silent reprogrammer, subtly altering the fundamental instructions within your cells over time, laying the groundwork for disease years down the line.

This isn't theoretical. Friedberg highlighted concrete evidence: research conducted by a team in Spain identified a significant correlation. “And once again, it elucidated signal, which is that when pllorum was used in the environment in the counties more frequently, there was a much higher frequency of colon cancer in those counties.” This data paints a clear picture: where picloram thrives, so does this specific, deadly cancer. Friedberg’s message is clear: this isn't just a fascinating academic discovery. He called for urgent government action: “This shouldn't just be a one-off research project conducted by a team in Spain, but maybe should be a fundamental role that some of the government agencies play, which is to stop Americans and the world from getting frigin cancer. Let's figure out the things that we got wrong in industry and go back and delete them out of our food supply and out of our industrial” production.

What to Do With This

First, audit your own plate. Don't just buy organic; demand transparency from your food suppliers about growing practices, especially regarding persistent herbicides like picloram. Second, for the builders: this isn't just a health crisis, it's a market gap. Start exploring how you might build or invest in rapid, accessible testing solutions for environmental toxins in our food and water supply. Your startup could define the new standard for food safety.