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                                             Hair analysis offers an accurate assessment of the                                                       concentration of minerals in the body – those that are                                                toxic in any amount, those that are essential, and                                                         those that are needed in small amounts, but toxic in                                                   large amounts. The meaning of these test results                                                       differ in many ways from a standard blood test in that                                             the vast majority of biochemical functions occur in the                                           cells themselves, not the blood stream. The hair reflects the concentration of minerals in the cells and organs, while urine and blood test show the level of circulating minerals.

 

There has been extensive research showing that the mineral levels found in the hair accurately reflect the level of minerals in the tissue found in the rest of the body. Thus, analysis of the mineral content of an individual's hair can provide us with a general 'blueprint' of the mineral content in the rest of the body's tissues. Since these minerals are crucial to the functioning of enzymes, hormones and other biochemical systems which sustain life, it is possible to read this 'blueprint' and see where metabolic patterns are deviating from normal. In other words, the ratios and levels of these minerals found through hair mineral analysis allows us to ‘see’ how these minerals are being used in the cells indicating the strength and efficiency, or metabolic functions in the body.

 

Once this ‘blueprint’ is available we can determine the development of metabolic dysfunctions due to mineral imbalances, often before the symptoms show up. Knowing these imbalances, we are able to provide correction through specific diet changes and supplemental recommendations.

 

We work with precise mineral levels and ratios rather than with the broad ranges employed by the majority of professionals engaged in hair analysis. As a result, we identify even slight deviations from 'ideal' values responsible for some disorders which would escape detection by other labs

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