A method for administering solid water particles to prevent bacteria growth in living organisms utilizes a solid water particle (SWP) solution to attract and kill a bacterium through polarization. The method inhibits growth of a bacterium or an enveloped virus with an inorganic solution comprised substantially of SWP. The SWP kill the bacterium by providing a solution comprised substantially of SWP having inherent dipole characteristics that generate an electric field. The generated electric field attracts a bacterium to the SWP. Once engaged, the bacterium cannot move. The electric field also creates sufficient internal pressure in the bacterium, which bursts the cell walls of the bacterium, thereby killing bacterium. This mechanism also kills superbug, which are drug resistant bacteria. The method is also efficacious for killing enveloped viruses in the same manner. Further, administering the SWP solution into the mouth for a duration, helps reduce tooth pain and treat periodontal diseases.