초록 ▼

A dental and gum treatment agent and method uses the isolated and purified enzyme species lysozyme as a primary active substance to attack and destroy in situ the cariogenic bacteria in the oral cavity forming the plaque-calculus substrate and causing gum disorders. The agent operates to penetrate t

A dental and gum treatment agent and method uses the isolated and purified enzyme species lysozyme as a primary active substance to attack and destroy in situ the cariogenic bacteria in the oral cavity forming the plaque-calculus substrate and causing gum disorders. The agent operates to penetrate the bacterial cell wall and thereby destroy existing bacteria by disintegration so that residues are washed away. Auxiliary isolated enzymes of the groups of lipases, carbohydrases, phospholipases and proteases are used as additives to decrease treatment time as an aid to penetration of cell walls of gram (-) type bacteria. EDTA (ethylene diamino tetraacetic acid) is also used as an additive to remove ionic bonds that could clamp and stabilize bacterial walls to some extent after the lysozyme action. Thus, an aqueous solution of about 0.1 mg/ml of isolated lysozyme with or without controlled addition of known additives is effective in an oral cavity application for a few minutes to treat dental caries by removal of plaque and calculus, and to control gum infections.

대표청구항 ▼

The method of dental caries and gum treatment and for removing plaque and calculus comprising applying periodically in situ in the oral cavity on the plaquecalculus substrate or the gums an active material including an enzyme solution containing lysozyme of controlled purity and concentration of the

The method of dental caries and gum treatment and for removing plaque and calculus comprising applying periodically in situ in the oral cavity on the plaquecalculus substrate or the gums an active material including an enzyme solution containing lysozyme of controlled purity and concentration of the class that materially degrades the peptidoglycan gram (+) cell walls of bacteria forming the substrate, so that bacteria are removed from the site including the step of using a lysozyme concentration in the solution of the order of one tenth milligram per milliliter, and applying the lysozyme in situ in the oral cavity in that concentration on the substrate thereby to remain resident on the substrate for a few minutes.