Proper diagnosis defines outcome of treatment. When a treatment at the macromolecule level is required, then a diagnosis at the tissue or organ level is of little help.

The same is correct for a treatment at the molecules or macromolecules level. In case of irreversible damage at the level of chemical bonds, fixing requires manipulations with atoms.

Vector Vitale’s methods of diagnosis are based on evaluation of the isotopes distribution for the vital chemical elements like KMgZnMoSiSe etc. in the samples of biological tissue taken for the analysis.

The key parameter to measure is the ratio between concentrations of light and heavy isotopes of the same chemical elements in the samples.
When said ratio is in favor of heavy isotopes, then it has to be considered as an indication of dangerous irreversible pathology or extreme local aging. Combined with detection of additional chemical elements compared to the ones present in normal tissues, it is a strong indication of malignant tumor and metastases.

Our diagnosis methods are based on isotopes distribution analysis performed by mass-spectrometry on especially prepared samples of test tissues or by non-invasive MRI method.

Potassium has three Nuclear Magnetic Resonance (NMR) active nuclei: K–39, K–40 and K–41.
Magnesium has just one: Mg-25.
The only NMR active nucleus of Zinc is Zn-67.
Therefore, the creation and use of MRI systems based on K-40 or K-41, Mg–25 and Zn-67 should help with early non – invasive diagnostics of slightest pathological changes in human organism.
Taking into consideration, that potassium content in the human body is equal to approximately 0.4%, magnesium – 0.1 % and zinc about fifty – hundred times less, MRI on potassium isotopes nuclei is easier to start with and therefore is a current priority for our company.

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