Abstract:
A new genus of compositions of matter, namely, difluoroxalatostannate(II) complexes has been discovered. These compounds when incorporated into oral compositions for dental caries prophylaxis (e.g., as a constituent of a dentifrice, prophylaxis paste, or mouthwash), have demonstrated substantial utility as an anticariogenic agent.
Abstract:
New compositions effective in inhibiting the formation of dental plaque comprise an antibacterial agent in combination with an enamel conditioning agent to facilitate incorporation of the antibacterial agent into the dental enamel. A new method of inhibiting the formation of dental plaque comprises the step of applying such a composition to the oral hard tissues.
Abstract:
A new genus of compositions of matter, namely, difluoroxalatostannate(II) complexes has been discovered. These compounds when incorporated into oral compositions for dental caries prophylaxis (e.g., as a constituent of a dentifrice, prophylaxis paste, or mouthwash), have demonstrated substantial utility as an anticariogenic agent.
Abstract:
A new genus of compositions of matter, namely, difluoroxalatostannate(II) complexes has been discovered. These compounds when incorporated into oral compositions for dental caries prophylaxis (e.g., as a constituent of a dentifrice, prophylaxis paste, or mouthwash), have demonstrated substantial utility as an anticariogenic agent.
Abstract:
New compositions effective in inhibiting the formation of dental plaque comprise an antibacterial agent in combination with an enamel conditioning agent to facilitate incorporation of the antibacterial agent into the dental enamel. A new method of inhibiting the formation of dental plaque comprises the step of applying such a composition to the oral hard tissues.