Holistic Dental Care by Dr. Mallory


How Many Toxins are in Your Potato Chips?
November 28, 2007, 8:34 pm
Filed under: Nutrition | Tags: ,

Acrylamide is a dangerous chemical present in foods such as French fries, potato chips, breakfast cereals, cookies and crackers.

But it’s difficult to determine exactly how much of the chemical, which is a natural byproduct of cooking starchy food at high temperature, is present in any given food.

High levels of acrylamide in food were first reported in 2002, and, currently, little is known about how acrylamide forms, exactly how it affects people or what to do about it.

No manufacturers provide information on how much acrylamide is present in their products, and the most recent FDA data is more than two years old.

Studies have shown that acrylamide causes cancer in lab mice and rats. The federal limit for acrylamide in drinking water is 0.5 parts per billion, or about 0,12 micrograms in an eight-ounce glass of water, However, a six-ounce serving of French fries can contain 60 micrograms of acrylamide.

San Francisco Chronicle, January 3, 2007
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How Dental Materials Create Medical Diseases

Autoimmune diseases, whether Multiple Sclerosis, ALS, lupus, diabetes, leukemia, seizures, Alzheimer’s, Parkinson’s, or arthritis, may be different fingerprints, but they all come from the same hand. The frightening part is that all the fingers point toward toxic dental materials. This is offensive to those caring dentists who place toxic materials entirely unaware of the consequences of their actions or the mechanisms of toxicity. Also offensive is the dental association and Food and Drug Administration (FDA) who defend these toxicities with no proof of safety tests, but an absolute unswerving allegiance. Where does dentistry fit into this scenario? Mercury escapes from so-called “silver” fillings (actually up to 50% mercury) at the average rate of 34 ug per filling per day. These measurements were taken daily over a two-year period at room temperature in sterile water with no friction, no other metals (like gold crowns or nickel crowns), and no food chemistry reactions taking place, so the actual release is potentially far greater. Certain things increase the speed of mercury release, like chewing, drinking hot beverages, and experiencing electrochemical reactions between other metals like gold crowns. Should an atom of mercury attach to a –SH binding site on a cell membrane, the five-digit MHC becomes a six-digit, non-self code and is naturally scheduled for destruction. Such is the job description of the immune system. If this cell is a nerve cell, we might call it MS, ALS, or something similar. If it attaches to a binding site on a hormone, it might be called Hashimoto’s thyroiditis or diabetes.

Another example: there is a normal range for red blood cell counts. In males, the hematocrit is about 42% to 52%. In females the range is lower from 35% to 49%. The standard reason is that the female body does not have the capability to recover menses. However, it appears that estrogen dominant tissues may be more sensitive to the presence of mercury than testosterone dominant tissues. About 80% of the patients with neurological or autoimmune problems related to mercury appear to be female. In the absence of dental toxins and presence of their Ancestral Diet, both males and females gravitate toward a hematocrit of 46%.

We are dealing with human beings, so a different code of recovery must be applied other than strictly mathematics based. There is a new critical interpretation for an old chemistry: serum albumin. Why is albumin so important? It is the major transport system for nutrients (vitamins, minerals, hormones, fatty acids, amino acids) in the bloodstream, involving reconstruction and maintenance. Equally – if not more important – is the little known fact that albumin is the primary detoxifier in the bloodstream. Albumin is only created from animal protein, either yours or dietary. Vegetable protein has a slightly different sterio-isometric shape and is ineffective in creating albumin needed in the healing of autoimmune or neurological diseases. Mercury is not the only dental toxin that can disrupt this phase. Copper from the “state of the art” high-copper amalgam (which releases 50 times more mercury than its pre-1976 predecessor, “conventional” amalgam wreaks the same kind of havoc. Other metallic toxins like silver, tin, and zinc also escape from amalgam. And what about the 16 corrosion products that are created on the surface of amalgam and easily sloughed away with foods? There are also biological toxins that are delivered into the body’s systems via the bloodstream.

The concept of Dental Revision and dietary intervention based on blood chemistry monitoring is hardly new – just so revolutionary that it has taken generations for it to be recognized as an option to drug intervention that primarily covers up, not eliminates, the neurological diseases that unnecessarily compromise the lives of millions of people.



Brushing and Flossing Related to Diabetes
November 28, 2007, 8:10 pm
Filed under: Ask the Doctor, Flossing & Diabetes, Nutrition | Tags: , , , , ,

Gum disease may even be more important than obesity or age as a factor in the onset of diabetes in adults.

More than 16 million Americans have diabetes, a condition in which the body’s ability to process sugar is impaired. Adult-onset diabetes, or Type 2 diabetes, accounts for 90 percent of the estimated diabetes cases in the United States and is almost always caused by lifestyle.

Type 2 diabetes occurs among people whose bodies ether do not produce enough insulin or cannot use insulin effectively. Researchers measured glucose control in 75 members of Pueblo Indian communities in Santa Fe, New Mexico, who had both Type 2 diabetes and severe gum disease, after treatment with various antibiotic regimens. Results showed blood sugar levels could be reduced and kept at a lower level most effectively with a single dose of oral antibiotic and repeated application of a topical antibiotic to the gums. The effects were equal to and independent of those induced by diabetes medication, the researchers said. The study shows that in this group of severe diabetics, they were able to increase glucose control with repeated treatment of their periodontal infection.

Another study showed that using antibiotics to treat gum disease decreases two markers of inflammation throughout the body. The inflammatory markers are associated with the development of atherosclerosis and other chronic diseases. This is an important finding because we have come to understand that heart disease has a substantial inflammatory component.

Health experts have said the United States could see the number of diabetes cases swell to 29 million over the next 50 years as a population fond of junk food and prone to obesity grows older. The disease raises the risk of kidney failure, blindness, heart disease, and circulatory problems that can force amputations.

Annual Meeting of the International Association of Dental Research in San Diego, March 12 2002



Mercury Toxicity
September 27, 2007, 11:47 pm
Filed under: Ask the Doctor, Mercury Toxicity | Tags: , , , ,

Chronic mercury exposure from occupational, environmental, dental amalgam, and contaminated food exposure is a significant threat to public health.Those with amalgam fillings exceed all occupational exposure allowances of mercury exposure of all European and North American countries. Adults with four or more amalgams run a significant risk from the amalgam, while in children as few as two amalgams will contribute to health problems. In most children, the largest source of mercury is that received from immunizations, or transferred to them in utero from their mother.

A single dental amalgam filling with a surface area of only 0.4 sq. cm is estimated to release as much as 15 micrograms of mercury per day primarily through mechanical wear and evaporation.

The average individual has eight amalgam fillings and could absorb up to 120 micrograms of mercury per day from their amalgams. These levels are consistent with reports of 60 micrograms per day collected in human feces. By way of contrast, estimates of the daily absorption of all forms of mercury from fish and seafood is 2.3 micrograms and from all other foods, air and water is 0.3 micrograms per day. Currently, Germany, Sweden and Denmark severely restrict the use of amalgams.

A “silver” filling, or dental amalgam, is not a true alloy. Amalgams are made up of 50% mercury. The amalgam also consists of 35% silver, 9% tin, 6% copper and a trace of zinc. More than 100 million mercury fillings are placed each year in the U.S. as over 90% of dentists use them for restoring posterior teeth.

The mercury vapor from the amalgams is lipid soluble and passes readily through cell membranes and across the blood brain barrier. The vapor serves as the primary route of mercury from amalgams into the body. It is clear that amalgam mercury transfers to human tissues, accumulates with time, and presents a potential health threat. The mercury escapes continuously during the entire life of the filling primarily in the form of vapor, ions, but also abraded particles. Chewing brushing, and the intake of hot fluids stimulates this release.

Statements made by dental authorities which claim that the amount of mercury exposure encountered by patients from dental amalgams is too small to be harmful, are contradicted by the literature.            Animal studies show that radioactively labeled mercury released from ideally placed amalgam fillings appear quickly in the kidneys, brain and wall of the intestines. The fact that mercury amalgam fillings are banned in some European countries is strong evidence of the clinical toxicity of this material.            Any metal tooth restoration placed in the mouth will also produce electrogalvanic effects. When dissimilar metals are placed in the oral cavity they exert a battery-like effect because of the electroconductivity of the saliva. The electrical current causes metal ions manifold. Gold placed in the vicinity of an amalgam restoration produces a 10-fold increase in the release of mercury.

Mercury’s Long Half-Life in the Central Nervous System Mercury in the central nervous system causes psychological, neurological, and immunological problems in humans. Mercury bonds very firmly to structures in the CNS through its affinity for sulfhydryl-groups on amino acids. Other studies have shown that mercury is taken up in the periphery by all nerve endings and rapidly transported inside the axon of the nerves to the spinal cord and brainstem. Unless actively removed, mercury has an extremely long half-life of somewhere between 15 and 30 years.

Mercury Toxicity Symptoms The overt clinical effects resulting from toxic exposure to mercury have been clearly described. The scientific literature shows that amalgam fillings have been associated with a variety of problems such as Alzheimer’s Disease, autoimmunity, kidney dysfunction, infertility, polycystic ovary syndrome, neurotransmitter imbalances, food allergies, multiple sclerosis, thyroid problems, and an impaired immune system.

Patients with many amalgam fillings will also have an increase in the prevalence of antibiotic resistant bacteria. Subclinical neuropsychological and motor control effects were also observed in dentists who had documented high mercury exposure levels. Amalgam use may also be related to fatigue, poor memory and certain psychological disorders.

There has been a recent epidemic of autism in the US and many investigators believe that this may be partially related to the increases exposure infants have to mercury through the preservation thimerosal that was included in nearly all vaccines until recently.

The nervous system is more sensitive to mercury toxicity than any other organ in the body. Mercury has recently been documented to be associated with arrhythmias and cardiomyopathies as hair analysis showed mercury levels to be 20,000 higher in those with these cardiac abnormalities. Mercury exposure has been associated with other neurological problems such as tremors, insomnia, polyneuropathy, paresthesias, emotional lability, irritability, personality changes, headaches, weakness, blurred vision, dysarthria, slowed mental response and unsteady gait.

Systemic Mercury Elimination There are a number of agents that have been demonstrated to have clinical utility in facilitating the removal of mercury with someone who has demonstrated clinical signs and symptoms of mercury toxicity. The urine and feces are the main excretory pathways of metallic and inorganic mercury in humans.

The most important part of systemic elimination is to remove the source of mercury.

For the most this involves amalgam removal. Individuals should seek a dentist who is specially trained in this area, as improperly removed amalgam may result in unnecessarily high exposure to mercury