Could New Paradigms of System Theory Help with the Understanding of Molecular Interactions Inside a Cell?

This review describes the viewpoint of new system theory paradigms that the metabolic and signal pathways substantiate non-linear dynamic processes which are responsible for asymptotic stability of intracellular systems. Observed spatial objects, not pathways themselves, are the elementary asymptotically stable objects to be studied. This approach is supported by generalized stochastic system theory, how to extract individual trajectories of the multi-fractal system – the biological stochastic attractor. Described representation is based on experiment observation with all its practical limits.