Abstract

The purpose of the study is metagenomics, a generalization of the human genome certification program by including the genome of bacteria necessary for humans. A new point is the classification of the responses of DNA and RNA of human cells to an external electromagnetic field. Accordingly, a number of ranges are presented, and formulas for the natural frequencies of DNA are obtained. A formula is given for the oscillations of the ring DNA as a whole, presumably in the terahertz range. A general formula for the longitudinal oscillations of the DNA helix is obtained, and it is shown that these oscillations can be caused by radio waves of the low and medium frequency range. Data on resonances of DNA oscillations in the ultraviolet range are analyzed, and a mechanism for enhancing DNA self-repair under the influence of ultraviolet is proposed. It is determined that in the centimeter range, DNA fluctuations are associated with torsional vibrations of DNA spirals. Differential equations describing the torsional oscillations of DNA under replication conditions, taking into account dissipation, are considered, and their solution is found. Graphs of absorption of centimeter waves by E. Coli M17, Micobacterium Avium 104 Micobacterium tuberculosis H37Rv DNA molecules, where absorption peaks coincide with the calculated frequency, are presented. Formulas for the frequency of a number of modes of mechanical vibrations of the DNA molecule are given, and a formula for longitudinal vibrations of nucleosomes along the primary DNA helix is obtained. .

The formula for torsional vibrations of the secondary DNA helix is obtained.It is shown that in short DNA molecules, as well as in covid-19 RNA, for which the resonances of torsional vibrations of the spirals lie in the range of 50-400 GHz, there is a subharmonic resonance at multiple frequencies in the centimeter range, the effect of which can be enhanced by using a pulse mode. The formula for the oscillation frequency of single-stranded RNAs is given. Practical conclusions from studies of DNA spectra are given. The necessity of an integrated approach and integration of databases in the topic of DNA certification of the human body is indicated.

doi.org/10.63721/25JPMIDT0101

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