HAIR MINERAL ANALYSIS. What is it?

Elemental Analysis:
Hair mineral analysis, provides a convenient and accurate means for solving personal health problems by determining your Nutritional Mineral Deficiencies and Heavy Metal Toxicities. Using Hair Mineral Analysis allows the Clinical Nutritionist to quickly identify abnormal metabolic patterns which in turn trigger, a wide variety of chronic health problems. Specimens can be collected quickly and easily, do not deteriorate and, taking a hair sample can be done without pain or embarrassment.

Nutritional Minerals:
More than 20 different minerals are now recognized as essential. Low levels of nutritional elements frequently precedes deficiency diseases. The presence of nutritional minerals at optimum levels is imperative for the production and functioning, of many enzymes involved in normal physiological functioning. Deficiency in one or more of the nutritional elements, produces symptoms of nutritional imbalances and, inevitably leads to chronic degenerative conditions. Hair mineral analysis currently reveals the levels of the following nutritional minerals. Boron, Calcium, Chromium, Copper, Iron, Magnesium, Manganese, Molybdenum, Selenium, Zinc, Potassium, Sulphur, Sodium, Silicon, Strontium, Phosphorus, Zinc, Cobalt, Germanium, Iodine, Lithium, Nickel, Tin, and Vanadium.

Heavy Metals:
The presence of toxic minerals affects the optimum functioning of the body’s enzymatic systems because toxic elements are antagonistic (compete with), nutritional elements of the same valence or electric charge.
Levels of heavy metals remain in the blood very briefly and give no indication of the cumulative levels of these elements. In contrast, element concentrations in hair accurately indicate past ingestion or exposure.
The hair mineral analysis will reveal concentrations of the following toxic minerals. Aluminum, Antimony, Arsenic, Barium, Beryllium, Bismuth, Cadmium, Lead, Mercury, Palladium, Silver, Thallium, Tungsten, Uranium, and Zirconium.

The Importance of Hair Mineral Analysis:
Dr. George M. Tamari, Ph.D.
Director. ANAMOL LABS

Nutrition: A cornerstone of good health. It is now widely accepted that nutrition is a major factor towards the maintenance of good health. Since the body does not manufacture minerals and trace elements, they must be ingested from foods. The absence of minerals from our food supply is largely due to soil depletion of minerals and the refining and processing of foods, which strips much of the nutritional value of food.

Since minerals are vital for all life processes, their absence from our diets has far reaching, negative consequences on normal day to day physiology, Without minerals, vital chemical reactions required to maintain normal bodily functions happen slowly or, not at all.

Vital Information derived from Hair Mineral Analysis (HMA): One of the main advantages of using Hair Mineral Analysis as a diagnostic tool, is that it is an inexpensive way to detect the presence of various types of metabolic disturbances. The information received from the Hair Mineral analysis is used to assess:

  • Mineral Deficiencies
  • Excesses of Minerals
  • The Presence of Toxic Elements
  • Patterns indicating Metabolic Disturbances

A major and common form of metabolic disturbance is Metabolic Acidosis. There are two types of acidosis which can easily be detected by HMA.
(a) Lactic acidosis presents a pattern of elevated calcium and magnesium.
(b) Nutritionally induced metabolic acidosis is recognized by a pattern of elevated calcium, magnesium and phosphorus.

A deficiency of minerals which play an essential role in energy production, results in a disturbance in the electron transport system. (ETS). The body’s attempt to overcome the disturbance in the ETS, results in an increase in Lactic Acid production.

Increases in lactic acid production forces the body to draw calcium and magnesium from the blood in order to neutralize the excess acid. If blood calcium levels fall below critical levels the endocrine system via the parathyroid gland, transfers calcium from the bones and teeth. Losses cannot be detected by radiographic density measurement until 30-40% bone loss occurs. Measuring calcium and phosphorus in hair tissue serves as an early detector of this trend, namely metabolic acidosis. Elevated levels of calcium, magnesium and phosphorous in hair can also reveal a tendency to substantial bone demineralization.

Who Should Have A Hair Analysis?
Holistic minded health practitioners recommend that anyone who is taking a pro-active approach to their health, have a hair mineral analysis done. Early detection of imbalances and/or toxicities can be detected and the individualized nutritional and lifestyle program can be implemented to correct minor metabolic imbalances, before they become advanced metabolic disease conditions.

Are Health Professionals Utilizing Hair Analysis?
Hair Mineral Analysis is becoming more mainstream as the shift of focus in healthcare changes to prevention rather than symptom suppression and disease management.
It is not simply the performing of a hair analysis that is important. The interpretation and subsequent follow up to correct metabolic imbalances is of prime importance. This requires specialized training and thus, this procedure is suited more to the holistic and nutritional type practices. You as a patient have the satisfaction of knowing that practitioners utilizing hair tissue mineral analysis are using one of the most advanced valuable screening techniques, especially when used in conjunction with other biodiagnositics such as dietary surveys and urine analysis.

How is Hair Analyzed?
Approximately 2 Tablespoons (1gram), of your hair is required. Confirmation of environmental or other toxic metal exposure in some cases may require an analysis of pubic hair which is not routinely used, to rule out contamination of scalp hair by commercial preparations, i.e. certain shampoos, tints, permanents and other hair treatments. Your sample is analyzed by a reputable laboratory using highly sophisticated and expensive laboratory equipment such as emission spectrophotometry, a method which can analyze for trace elements as low as a few parts per billion.

SEE SAMPLE HAIR MINERAL ANALYSIS REPORT HERE





Website, Content & Graphics produced by Arttina | Last Update 07-11-06 | Copyright © 2006 Heidi Mayer. All Rights Reserved