Abstract
Introduction The basic aim in the prevention of dental decay is to reduce the factors creating decay and to increase the protective approaches [1]. Complete elimination cannot be provided of the pathogen bacteria in the dentin to remove the decay lesion. When minimally invasive cavity design is planned to prevent excessive substance loss, this problem becomes more important. Bacteria remaining in the dentin tissue under a restoration may cause secondary decay and pulpal inflammation [2]. After physical removal of the decay lesion, the elimination of bacteria and bacterial by-products is necessary [2,3]. In previous studies, cavity disinfectants, antibacterial restorative materials, laser, light-activated disinfection systems and ozone have been used for this purpose [3].
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