The Chlorinated Pesticides Profile can help identify when a patient has been exposed to certain pesticides and insecticides, and how high a body burden of chlorinated pesticides the patient is carrying.
Chlorinated pesticides were first placed into wide-spread agricultural use after World War II and are made up of ringed structures to which numerous chlorine atoms are attached. Of the chlorinated pesticides, DDT is the most well known.
These pesticides are insoluble in water, persist in soil, bioaccumulate in fatty tissues, and also biomagnify through our food chain.
Chlorinated pesticides do not degrade well and are persistent in our environment. These poisons store in adipose tissues and bioaccumulate over a patient’s lifetime. Chlorinated pesticides can cause a range of illnesses from allergies and asthma to cardiovascular disease and cancer. The Chlorinated Pesticides Profile helps determine a patient’s exposure to these toxins, which can assist with treatment planning and to help achieve patient wellness.
Chlorinated pesticides have been identified in over 98% of all persons studied, have an affinity for lipid-rich tissues, and are stored in various organs and adipose tissues. These toxins also bioaccumulate in our bodies, increasing our toxic body burden over time, are powerful mitochondrial toxins, and may be the root cause of many chronic illnesses.
Most chlorinated pesticides have been banned for use in the United States; however some of these pesticides and insecticides are still in use around the world. Our biggest routes of pesticide exposure are ingestion through our food from pesticide residue, and our drinking water as the chemicals seep through soil into drinking water reservoirs. These chemicals are also passed to infants through breastfeeding and trans-placental transfer.
Direct skin contact with chlorinated pesticides can cause necrosis of skin and gums, itching, swelling, blistering, and epidermolysis.
The primary toxic effect of this family of pesticides is at the site of nervous tissue and muscle membranes. These poisons are absorbed across the gut and interfere with nerve impulse transmissions. In humans, this interference normally shows up as chronic neurological problems including mood disorders and difficulties with learning and memory. These poisons have also been shown to cause fatigue, obesity, diabetes, certain cancers, immune dysregulation, allergies, heart disease, and a host of other problems.
Pesticide and insecticide toxicity and exposure
Symptoms and conditions:
Gas Chromatography/Mass Spectrometry