A hair tissue mineral analysis (HTMA) simply stated, is a screening test that measures the mineral content of your hair. However, a hair tissue mineral analysis is much more than a test for minerals. Providing a blueprint of one's biochemistry, a hair tissue mineral analysis can provide pertinent information about your metabolic rate, energy levels, carbohydrate tolerance, stage of stress, immune system and glandular activity. This screening test can also be used to reduce the guesswork involved when recommending nutritional supplements and dietary modifications.
Is Hair Analysis A Valid Basis For Evaluation Of A Person's Chemistry?
Blood tests and urine tests obviously provide important information about a person's biochemical status, but they only evaluate the fluids in the body. However, the vast majority of biochemical functions actually take place inside the cells themselves. Of course, we can't conveniently take snips out of the various organs of a person's body in order to evaluate what is going on in the cells, but there are cells conveniently available to us, the cells of the hair. Through extensive research and correlation of data, it has been established that there are reliable relationships between the levels of minerals in the hair and other tissues 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 m etabolic patterns are deviating from normal.
Another benefit of hair analysis is that it may be used to assist the health care professional to pinpoint the development of metabolic dysfunctions often before symptoms manifest. While mineral imbalances in the body do eventually show up in the blood serum, they will not do so until the condition is so advanced that the individual is often experiencing overt symptoms. Tissue mineral analysis allows us to determine that an imbalance exists, before the imbalance begins to manifest disturbances on a symptomatic level. Therefore, the imbalance can often be corrected through nutritional therapy even before a person begins to suffer from metabolic symptoms.
Detoxification with Chelated Minerals
Lead, Mercury, Cadmium, Arsenic, Aluminum
Organic chelation is the natural process of building an amino acid, peptide, or polypeptide fence around a specific metal so that it is available for absorption and utilization within the body.
There is a considerable difference between chelated minerals and inorganic minerals. Chelated minerals consist of a mineral attached to an amino acid to assure better absorption than is possible with inorganic minerals. Minerals attached to orotic acid (a nucleic acid) are known as orotates and as such are more easily transported across the cell membrane and into the cell.
The same holds true for mineral aspartates which consist of various minerals attached to aspartic acid (an amino acid) which is known to be involved in energy production within the cell itself.
Chelation Functions In The Following Ways:
1. Food digestion, absorption and assimilation.
2. Formation and control of numerous body enzyme systems.
3. Synthesis of hormones.
4. Reduction of damage resulting from toxic substances.
5. Movement of vitamins, hormones, minerals and other nutrients to required tissues and organs.
6. Regulates interrelated functioning of vitamins, minerals, amino acids, hormones, etc. in the body's cellular metabolic processes.
All metabolic systems of the body using metals require organic chelated or complexed metals.
All mineral chelates, gluconates, sulfates, etc., have different absorption potential.
WHY TESTING FOR TOXIC METALS?
How Toxic Metals Affect Your Body