Four per cent of our body weight consists of minerals, vital to our health. They have many different functions.
By contrast, there are minerals with no known biological function and which are considered toxic. Again, some will be familiar to readers – for instance: lead, mercury, arsenic and cadmium.
Thirdly close monitoring of the mineral copper is crucial, as it is vital for certain functions, but toxic in excess – which of course applies to almost every substance to which we may be exposed. Even the humble calcium, known for preventing osteoporosis can contribute to brittle bones in some people. So what is necessary and what is excess?
To further complicate matters, for optimum performance, minerals must be present in the correct balance to work synergistically (cooperatively). For example although iron and copper in the correct proportion work together producing red blood cells, too much of either one can prevent absorption of the other. That’s just one example of many I could have quoted.
In addition to mineral balance, vitamins themselves are a consideration. It is common knowledge that vitamin D can increase absorption of calcium, whereas an excess can lead to a potassium deficiency. Again, just one example of many.
Considering the complexity of fine balancing, one can understand that a particular multi-mineral/vitamin supplement will quite often provoke a different reaction in two different people. One size does not fit all.
These complicated interactions, together with ever increasing knowledge from scientific research, must all be taken into consideration when choosing a supplement program otherwise you run the risk of nutritionally induced deficiencies caused by high dose single vitamins or minerals. For instance, taking large doses of vitamin C may help prevent colds, but as vitamin C has a copper-lowering effect you may leave yourself more at risk of bacterial infections.
So before designing a program, a client’s existing mineral status needs evaluating, and a reliable approach to this is tissue mineral analysis of human hair, using atomic spectroscopy. Hair, easily and painlessly available, contains the minerals incorporated during its growth. The closer to the scalp, the more recent, and current, the information contained.
Based on scientific research, the United States Environmental Protection Agency has accepted that hair analysis is an effective way to measure mineral status, and studies have shown that, unlike blood samples, levels of toxic minerals in the hair correlated with kidney and liver concentrations, and was therefore a good indicator of bodily accumulation.
A correctly analyzed sample will provide a wealth of information about a patient’s nutritional status, the effects of their diet, stress levels and exposure to toxic metals.
To ensure that testing is accurate, use only a laboratory that is licensed and certified by state and federal regulatory bodies.
