The spatial model of genetic code in the form of a semiregular polyhedron "truncated octahedron"

This work applies to the field of bioinformatics and analyzes all 4! = 24 permutations of numbers 1, 2, 3, 4 as 4 factors by means of factor analysis. Computational analysis helped us to get 4 factor coordinates - x, y, z. Minimum Euclidean distances between all 24 vertices create edges of truncated octahedron. Every vertex of truncated octahedron matches with a triplet (it is the genetic code's codon) and appropriate amino acid. We have created the graph of truncated octahedron's projections and its isometric (three-dimensional) image. We have also analyzed detected sequences in physical and chemical characteristics of amines which are located in vertices of our figure. We have interpreted three factor axis of coordinate system.