Can ozone kill the fungus that causes athlete's foot?

　　Athlete's foot refers to tinea pedis. Under normal circumstances, the fungi causing tinea pedis may be killed by ozone.

　　Tinea pedis is a common fungal infection that typically affects the skin of the feet. Ozone, a molecule with strong oxidizing properties, can exert bactericidal and disinfecting effects.

　　The cell membranes and cell walls of fungi contain abundant lipids and proteins. Ozone can directly destroy these biomacromolecules through oxidation. This oxidative action severely damages the structure and function of fungal cells, rendering them inactive and ultimately leading to cell death.

　　Additionally, ozone can interfere with the biochemical processes of fungi. The survival and reproduction of fungi depend on various biochemical reactions, and ozone may disrupt the progression of these reactions. By engaging in redox reactions with intracellular biomolecules, ozone interferes with key metabolic pathways and enzyme activities, thereby affecting the normal physiological functions of fungi.

　　Ozone also affects the membrane permeability of fungal cells. Fungal cell membranes are composed of lipids, and ozone can induce lipid peroxidation, compromising the integrity of the cell membrane. This leads to an imbalance in the internal and external cellular environment, depriving the fungus of its normal protective mechanisms and resulting in cell death.

　　Individuals suffering from tinea pedis are advised to seek timely medical attention and follow appropriate treatment under the guidance of a healthcare professional.