OLIGOSCAN - INTRACELLULAR assessment of vitamins, heavy metals and n

The method used by OLIGOSCAN for the determination of toxic metals is SPECTROPHOTOMETRY, capable of providing results in parts per million (ppm), equivalent to 0.0001%%, considered normal by most researchers in the field where these elements are tested.

The precision of Spectrophotometry allows us to determine the quality and condition of nutrients in our body. For this reason, Oligoscan, with its complex calculation system, allows us to transpose the data obtained by the Biosensor and thus achieve an exact quantification of intracellular mineral bioavailability.

“Mineral analysis in epidermal cells of the palmar skin measures the level of minerals in the diet. It also measures the metabolic efficiency with which certain minerals are deposited in protein being synthesized and can be related to an entire range of subtle metabolic criteria and diagnoses that have no relation to the intake or non-intake of a particular mineral.” (BLEND)

The level of each mineral reveals possible deficiencies or excesses, in addition to the presence of toxic metals that can cause direct damage due to intoxication and indirect damage through substitution or metabolic blockade of useful minerals.

These values are regulated by the World Health Organization (Trace Elements in Human Nutrition and Health, World Health Organization – Geneva – 1996).

The mineralogram report consists of data obtained by detecting biophotonic emissions from the atoms and molecules of elements present in the cells of the palmar complexion.

Minerals (macro-elements and oligo-elements) play a decisive role in the proper functioning of the body. A daily contribution is therefore essential as the human body cannot synthesize them on its own.

Indeed, a deficit in oligo-elements or minerals is responsible for low mood, states of fatigue, vulnerability to stress, decreased concentration, intellectual faculties, etc. Therefore, it is important to control the rate of minerals present in the body to anticipate induced risks.

Studies conducted by the WHO or FAO have highlighted the growing risk of massive exposure to toxic agents. Carried by air pollution, groundwater, food, water, tobacco, etc. The risks of pollution are increasingly significant, even unavoidable, and pose health risks. Heavy metals cause oxidative stress.

Oxidative stress is a type of aggression against cell constituents by free radicals. It is responsible for aging and numerous pathologies.

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