Research links low levels of fluoride and aluminum to Alzheimer's and kidney damage
In a study just published in the Journal of Brain Research the presence of low levels of fluoride in the drinking water of test animals, equal to the amount of elemental fluorine found in fluoridated water, caused damage to the tissue of the brain that the authors identified as a similar to the pathological changes found in humans with Alzheimer's and other forms of dementia.
While the purpose of this study was to assess the factors that enhance or inhibit the bioavailability of aluminum and its effects on the nervous system, the study looked at the effects of aluminum-fluoride and sodium-fluoride separately.
The authors report, "Histological evidence of glomerular distortion and other signs of kidney disorder were found in animals in both the aluminum-fluoride and sodium fluoride groups..." . .
"While the small amount of aluminum-fluoride in the drinking water of rats required for neurotoxic effects is surprising, perhaps even more surprising are the neurological results of the sodium-fluoride at the dose given in the present study (2.1 ppm). (the amount used to achieve 1 ppm of elemental fluorine used in fluoridation).
"Fluoride has diverse actions on a variety of cellular and physiological functions, including the inhibition of a variety of enzymes, a corrosive action in acid mediums, hypocalcemia, hyperkalemia, and possibly cerebral impairment."
The authors summarize, "Chronic administration of aluminum-fluoride and sodium-fluoride in the drinking water of rats resulted in distinct morphological alterations of the brain, including the effects on neurons and cerebrovasculature."
While there are numerous studies linking fluoride to increased risk or hip fracture, cancer, genetic bone damage, bone pathology and dental fluorosis, as identified in July 1997 by the union which consists of all the scientists and other professionals at the Environmental Protection Agency, Washington DC, this study adds further definition to a series of recent studies that have illuminated fluoride's adverse neurological impact and have anticipated the results from this research that focuses on the hippocamus region of the brain, and interaction with other neurotoxins.
In the "Effect of Fluoride on the Physiology of the Pineal Gland", 1994, the author J. A. Luke suggests that fluoride also effects the gland in the brain that produces melatonin, which has been established as critical to those people suffering from sleep disorders.
The follow-up question should be obvious: In light of this scientific evidence, it is in the best interest of our nation to continue a public policy -a public policy that has already been rejected by 98% of Europe - that forces each man, woman and child to ingest a known cumulative neurotoxin, which is added to our water supply. With no control over total intake from all sources, or variances in susceptibility?
The 1996 Safe Drinking Water Act requires that each chemical that appears in our drinking water be re-assessed with a new criteria for assuring the safety of drinking water for the most susceptible segments of our population. The coming days will reveal whether the agencies that have been established to protect our health will act.