How Hair Mineral Analysis Assists in Designing a Supplement Program

Four percent of our body weight is minerals necessary for our health. They have a lot of different functions.

On the other hand, there are minerals whose biological function is unknown and which are considered toxic. Again, some of them will be familiar to readers – such as lead, mercury, arsenic and cadmium.

Thirdly, careful monitoring of mineral copper is extremely important, as it is vital for some functions, but in excess is toxic, which, of course, applies to almost any substance with which we can contact. Even a moderate amount of calcium, which is known to prevent osteoporosis, can contribute to bone weakness in some people. So what is needed and what is a franchise?

What makes the situation even more complicated is that minerals need to be in the right balance to ensure that maximum performance works synergistically (together). For example, although iron and copper work together in the right proportions for the production of red blood cells, too much of one of them can prevent the other from absorbing. This is just one of many that I could quote.

In addition to mineral balance, vitamins themselves are important. It is well known that vitamin D can increase calcium absorption, and too much can lead to potassium deficiency. Again, just one of many.

Given the complexity of fine balance, it can be understood that very often a specific multimineral/vitamin supplement causes different reactions in two different people. One size is not suitable for everyone.

These complex interactions, as well as the ever-increasing knowledge gained from scientific research, should be taken into account when choosing a supplementation program, otherwise you run the risk of becoming nutrient deficient caused by large doses of vitamins or minerals. For example, taking large doses of vitamin C can help prevent colds, but since vitamin C has an anti-copper effect, you may be at higher risk of bacterial infections.

Thus, before developing the program, it is necessary to assess the existing mineral state of the client, and a reliable approach in this regard is to analyze minerals in the tissue of the human hair using atomic spectroscopy. Hair easily and painlessly contain minerals that are absorbed during the growth process. The closer the scalp, the fresher and more up-to-date information.

Based on scientific research, the U.S. Environmental Protection Agency has recognized that hair testing is an effective way to measure mineral status, and studies have shown that, unlike blood samples, levels of toxic minerals in hair correlate with concentrations in the kidneys and liver. therefore, a good measure of physical accumulation.

The well-analyzed sample provides extensive information about the patient’s diet, the effects of his diet, stress levels and exposure to toxic metals.

To ensure the accuracy of the tests, use only a laboratory recognized and certified by state and federal regulators.