Chemical codes identification based on periodic dependences of chemical element distribution in biological objects

Abstract

This work for the first time considers the periodic dependences of logarithm of chemical element concentration in human hair, animal hair, crude drugs and other objects of flora and fauna of Siberia on the atomic number in the periodic table. The hypothesis is put forward that the maxima on the constructed curves can serve as the original code reflecting their interrelation with various factors of a genetic and ecological nature. The samples of the animal origin, blood-sucking insects and fish are selected in Siberia (the Tomsk region), whereas the samples of the drug plants are taken in the Krasnoyarsk region. The diversity of the objects at issue and the regions for sampling is conditioned by the breadth of challenges this paper faces. The chemical element concentration in the objects is determined by the detection limit of the method applied (from 1· 10–5 to 104 µg/g and more). For convenience, this element concentration is represented as logarithmic charts. It is shown that periodic dependences of the living world of Siberia and Siberian regions are of the same genetic nature. In this research performed in the certified Environmental Monitoring Laboratory of the Tomsk Regional Core Facility Center of National Research Tomsk State University we use the Spectrometer “Grand” with a multichannel analyzer of emission spectra.