Dense Patterns, Switching, Stability and Self-regulation in Information Networks DNA inside Living Cells

Are analyzed varied experimental data on DNA fluorescence inside neutrophils and other aerobic cells in flow cytometry with nanometer spatial resolution, in the large populations of cells. Analysis of fluorescence distributions for histograms various ranks shows that exist two classes of Good and Bad networks for DNA activity, for a good and bad health of different people, with two classes of ‘n’ or ‘s’ shaped curves for fractal correlations densely packed in twice double logarithmic scale, Here reflected two types of positive and negative trends in changes fractal dimension and stability of information distributions. All types of DNA activity packed in networks of ‘exponentially small worlds’. In all cells exists invariance (homeostasis) for total Shannon entropy and self-regulation of distributions of noises entropy for support informational homeostasis. Information networks DNA in living cells are a sample for future information engineering.