Chemicals that cause neurological damage in children should be removed from the environment, say two public health researchers. They’ve identified 11 chemicals — some will surprise you — that could be behind the epidemic increase in kids with autism, ADHD and other disorders.
Mars meet your worst nightmare. This mom and her son have started a petition aimed right at your iconic M&Ms. Just in time for Halloween, they’re asking whether people in North America shouldn’t get the same respect that Europeans get, and that means cutting out the artificial colorants that some studies link to ADHD.
Like everyone else, I’ve been examining my use of oil and petrochemicals in the wake of the BP hemorrhage in the gulf.
We all know that getting a higher mileage car, a hybrid or even an electric vehicle, would slash our personal oil dependency.
But if you’re like me, not ready to trade in the functioning vehicle in the driveway, you’ll need to look elsewhere to squeeze some oil out of your consumption. Fortunately, and unfortunately, American consumer goods are infused with petrochemicals and oil byproducts. Plastics, pesticides and a vast array of products are made with oil. Not to mention that many of the foods we buy have high oil costs when they’re transported from thousands of miles away. So pick your starting point, reduce and recycle plastics; buy local food; go organic.
After reading today’s news about yet another study linking pesticides to yet another health issue, in this case ADHD, I thought maybe this time, we’ll pay attention to this dark undercurrent in modern life. Perhaps now, with 3-7 percent of kids affected by ADHD, and the disorder possibly triggered by pesticide exposure, we’ll finally see that it really is something in the water — and the food — that’s causing this crisis.
A study published in Pediatrics today points to pesticides as a trigger for Attention Deficit Hyperactivity Disorder.
The study’s team of academic researchers sampled the urine of more than 1,100 kids, finding that those with the highest pesticide residues in their urine from organophosphate pesticides were more likely to be diagnosed with ADHD. Of the sample, 119 of the children had been diagnosed with ADHD.
The team concluded that: “These findings support the hypothesis that organophosphate exposure, at levels common among US children, may contribute to ADHD prevalence.”