N. Levashov's «SvetL Broom» in A. Khatybov's «Bath School» Book 3. The Cell and Health

F. Shkrudnev N. Levashov's "SvetL Broom" in A. Khatybov's "Bath School" and A Labour Spade 171 projection, is superimposed on the deformation created by the cell second body. As a result, the qualitative barrier between the physically dense and the cell second levels is open wider, which leads to an increase in the power of the ascending, as a consequence, the reverse primary matter flows. The more powerful reverse primary matter flow "pushes" the third body projection through the second Spirit body in the direction of the physically dense body and "beats" it down to it. And for the same reasons, the cell third body projection "gets stuck" in a physically dense body. Ultimately, the dimensionality perturbation created by the third body projection is "superimposed" on the dimensionality disturbance created by the Spirit fourth body projection. And both these dimensionality perturbations are "superimposed" on the space deformation created by the proper physically dense cell. For all that, the dimensionality perturbations created by both projections are qualitatively different from each other because they are created as projections of different cell bodies having different qualitative and quantitative composition both among themselves and with respect to a physically dense cell. Let's now analyze what happens in the cell at the molecular level, when the projection of the cell third and fourth bodies is "superimposed" on the physically dense cell. With such "superimposing" next to the microspace deformations created by the atoms forming the DNA or RNA molecule, there appear additional dimensionality perturbations, created by the projection of, for example, the cell third body. As a result, the qualitative state of the microspace around these and other molecules that form a physically dense cell changes. In the intracellular space, in the state of chaotic (Brownian) motion, organic and inorganic molecules, atoms and ions are constantly found. When moving, they are found closer or further away from DNA or RNA molecules. Between these organic and inorganic molecules, atoms and ions, on the one hand, and DNA or RNA molecules, on the other hand, under normal conditions, there are no electron-chemical interactions due to the fact that they have different intrinsic dimensionality levels and their electronic membrains are not able to close up and form a new