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Conference publicationsAbstractsXXIII conferenceStructural-parametric approach to analyzing the length of the nucleotide genetic sequencesMoscow, Bardina str. 4. 1prospect Budennogo, 31 Structural-parametric approach to the analysis of long genetic nucleotide sequences based on geometric interpretation of molecular numerical characteristics and reveals the relationship of DNA and RNA and other fractal geometric mosaics, discovers the hidden order of visual patterns in the orthogonal Cartesian coordinate system.
Analysis of genetic mosaics possible to establish the identification fractal interpretation of genomes of different species of organisms and viruses. It has been found that the diagonal elements of genetic mosaics of several different species of organisms have mutual mirror symmetry. Mosaic, which displays information about the internal structure of the molecule based on sequence types of hydrogen bonds between pairs of nucleotides have a fractal character.
The proposed approach to the analysis and modeling of the genetic nucleotide sequences can help to advance in the understanding of the defense mechanisms of the immune system in recognizing nucleotide composition of foreign genetic elements. Further studies may be developed on the basis of our genome browser, hosted at http://pentagramon.com with analysis options of displaying the fragments of polynucleotides to the discrete structure-parameteric space of the molecule.
Literature. 1. Stepanian IV Petukhov SV The matrix method of representation, analysis and classification of long genetic sequences., - Http://arxiv.org/abs/1310.8469, October 31, 2013. 2. Petukhov SV concept of resonance in genetics ("resonance Bioinformatics"). - Selected works of the VII International Congress "The weak and super-weak fields and radiation in biology and medicine", 07-11 September 2015, St. Petersburg http://www.biophys.ru/lib/sci/resonance/460-resonance- 00001 3. Petukhov SV "Vibration genetic legacy systems and biomechanics of biological resonance", the magazine "Medicine and High Technology", 2015, №2, p. 16-28.
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