Metal Toxicity Testing

Elemental Analysis, Hair provides a convenient and accurate means of screening patients for chronic toxic exposure and nutrient element deficiencies. Using this test, our office can determine imbalances that may trigger conditions such as chronic fatigue, depression, ADHD, cardiovascular disease and thyroid problems.

Element insufficiencies or excesses have been proven to significantly impact health. With increasing amounts of toxic metals in the environment and widespread nutrient insufficiencies, screening patients for element imbalances and excesses provides heightened clinical value.

Chronic Exposure to Toxic Elements

Studies confirm that chronic exposure to toxic elements can progressively impair various enzymatic and neurologic processes, leading to a variety of health conditions. Systems affected by toxic element accumulation include:

- Gastrointestinal

- Neurological

- Cardiovascular

- Urological

The Role of Nutrient Elements

Nutrient elements serve a variety of diverse functions. They act as:

- Structural components, as seen in the skeletal system, as well as compounds such as vitamin B12, hemoglobin and thyroid hormone

- Cellular regulators and cofactors in a wide array of enzymatic reactions

Various factors may trigger deficiencies of nutrient elements, including poor diet, maldigestion, malabsorption and competitive inhibition by toxic elements

Utilizing Hair Analysis

Hair analysis is a useful tool for screening mineral imbalances and toxicities. Unlike blood and urine, hair acts as a storage depot for elements. The growing hair follicle is richly supplied with blood vessels. The blood that bathes the follicle is the transport medium for both essential and potentially-toxic elements. These elements are then incorporated into the growing hair protein during keratinization. In this way, element concentrations in the hair reflect concentrations in other body tissues.

Numerous papers discuss the accuracy and efficacy of hair testing, particularly for toxic metals such as mercury. An E.P.A. study concluded that hair is a "meaningful and representative tissue for biological monitoring of most of the toxic metals." At the same time, hair testing should be regarded as a "screen", since levels may also reflect external contamination.

Hair analysis is noninvasive, inexpensive, and allows for investigation of nutrient / toxic interactions.