Offered is an overview of the author's papers in exploring an interface between biological rhythms of energy, function and biosynthesis in a nerve cell of a crayfish stretch receptor. Parameters of mitochondrion aggregation rhythms integrally determine the energy metabolism in the cell.

At present, control of properties of biological membranes as targets of magnetic field applications within a living cell is the subject of considerable discussion in the scientific community. Experimental studies carried out by us demonstrate that ULF MF has an access to the most important mechanisms of tumor growth. The most likely mechanism among them is that responsible for the processes of free-radicals oxidation.