Pesticide Exposure in Children

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by Fotolia/Brian jackson
Kids are especially vulnerable to chemicals, and thus will benefit greatly from eating organically grown food.

Pesticides and other chemicals in food are a threat to people of all ages, but a batch of recent studies show that children and expectant mothers pay the highest price for pesticide exposure.

A 2012 study from researchers at University of California, Davis and UCLA found that, based solely on what kids participating in the study ate, cancer benchmark levels “were exceeded by all children (100 percent) for arsenic, dieldrin, DDE and dioxins.” The team’s strongest advice for avoiding cancer, based on this finding? Children should eat primarily organic dairy products, fruits and vegetables to reduce pesticide intake.

Mainstream health professionals have been slow to advocate organic food consumption, but many have voiced concerns about the cumulative effect pesticides have on young brains and bodies. Many chemicals consumed daily by kids who eat conventional and processed foods are endocrine disruptors, which means the chemicals are capable of interfering with development. And though pesticides and children decidedly don’t mix, kids are still exposed in many ways, and they’re taking in huge doses. In a 2013 Environmental Protection Agency (EPA) study, urine samples from 135 preschool children tested positive for three unwelcome chemicals: chlorpyrifos (99 percent of children), 2,4-D (92 percent) and permethrins (64 percent). Though not tested for in this study, neonicotinoids are another pervasive pesticide threatening children’s health. So, what exactly are these chemicals?

Chlorpyrifos is an organophosphate insecticide used on grains, cotton, fruits, nuts, vegetable crops, lawns and ornamental plants. In a 2012 study funded by the U.S. National Academy of Sciences, pregnant women’s exposure to chlorpyrifos was associated with brain damage in their children that resulted in reduced intelligence. Numerous studies have suggested a link between childhood exposure to organophosphate insecticides and attention-deficit disorders.

2,4-D is one of the most widely used herbicides in the world, and its application rate is about to increase even more thanks to the deployment of new crops genetically engineered to be resistant to it. Water and residues on food are sources of this endocrine disruptor, and recent tests suggest some 2,4-D may be laced with dioxin, one of the most potent of all known carcinogens.

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