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In a recent communication we have shown a new method for classifying the drugs. There are three classes of drugs, corresponding to three electric schemas: (1), (1^*) and (1^**). As criteria of classifying we have proposed the Thomson radial frequency of the series(1^*), respective parallel(1^**) circuit [1]. Consider a drug DÎ(1^**). The relation between the electric and magnetic energies is:

Similar, for a drug DÎ(1^*) results: 

By ω₁ is denoted the resonance radial frequency. The indexes p, s indicate that the pseudo-capacitance, respective the pseudo-inductance are arranged in parallel, respective in series. The electric, respective magnetic energies take the maximum values. The drugs belonging to the class , act both by magnetic and electric energy, i.e., they are superior as compared with those belonging to the class(1^*). This conclusion remains valid for the antioxidant(A.O.) respective pro-oxidant(P.O.) drugs, because the A.O-drugs Î [ J^**_A,O drugs]  Î (1^**) and P.O-drugs Î [J^*_P,O drugs] Î(1^*) belong to sub-classes of the classes(1^*), (1^**).

Keywords: drug, multi-electrode, Thomson radial frequencies, antioxidant, pro-oxidant capacity