In accordance to modern science, one would never expect any deviation from natural distribution of isotopes for a given chemical element. It does not matter which object of nature this element belongs to, and where it is in our universe.

We have discovered that in fact changes of isotope concentrations in favor of heavier isotopes is a feature of abnormalities in various life forms from plants to mammals. Prevalence of heavy or light isotopes in live organisms can be considered as signatures for old and sick, and young and healthy correspondently. We can see this on the example of Zinc isotopes distribution in “young”, “old”, cancer affected, and normal tissues of humans, in the internal healthy rings of the fungus called “chaga” and the surrounding bark of the host birch tree.

Isotope selectivity is obviously common and naturally done.
It has never been studied in biological organisms under the current scientific paradigm. It is reasonable to suggest that it is a common feature in many plants, especially those used for treatment in both traditional and alternative medicine. There is a high probability that spermatozoids and eggs in the ovary are also isotope selective. Human embryo also seems to have this property, but at some stage of its development it is lost.
Peculiarities of isotope distribution in biological tissues are perfect indicators of the balance between young and aging, perfect health and pathological deviations. To shift the balance in favor the young and health right combination of light isotopes in optimal doses is required.

Experiments demonstrate that isotope-selective treatment allows for a rapid transformation of cells pathologically affected into cells with a normal or close to normal phenotype.

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