Process for treating the oral cavity

Claim 2

In the art of utilizing toothpaste and mouthwash dentifrice and chewing gum daily in the morning and after meals to prevent formation of dental plaque, whiten the teeth and retard incidence of dential caries formation, the improvement which comprises the step of utilizing topically for 20 seconds in the morning and after means, (a) one ounce of mouthwash containing 50 milligrams per 500 milliliters, or (b) a toothpaste containing 0.05 grams per kilogram, or (c) a chewing gum containing 0.05 g./100 g., of lyophilized fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sanguis and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sanguis cells that is (i) missing from surface material from non-adherent S. sanguis cells, and (ii) is capable of binding to antibodies made against S. sanguis fimbriae.

Claim 3

In the art of utilizing toothpaste and mouthwash dentifrice and chewing gum daily in the morning and after meals to prevent formation of dental plaque, whiten the teeth and retard incindence of dental caries formation, the improvement which comprises the step of utilizing topically for 20 second in the morning and after meals, (a) one ounce of mouthwash containing 50 milligrams per 500 milliliters, or (b) a toothpaste containing 0.05 grams per kilogram, or (c) a chewing gum containing 0.05 g./100 g., of lyophilized fimbrial antigen from Streptococcus sangius comprising fimbriae from normal S. sangius cells, and the antigen being further characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae.

Claim 4

In the art of utilizing toothpaste and mouthwash dentifrice and chewing gum daily in the morning and after meals to prevent formation of dental plaque, whiten the teeth and retard incindence of dental caries formation, the improvement which comprises the step of utilizing topically for 20 second in the morning and after meals, (a) one ounce of mouthwash containing 50 milligrams per 500 milliliters, or (b) a toothpaste containing 0.05 grams per kilogram, or (c) a chewing gum containing 0.05 g./100 g., of lyophilized fimbrial antigen from Streptococcus sangius comprising fimbriae from normal S. sangius cells, and the antigen being further characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae.

Claim 5

In the art of utilizing toothpaste and mouthwash dentifrice and chewing gum daily in the morning and after meals to prevent formation of dental plaque, whiten the teeth and retard incidence of dental caries formation, the improvement which comprises the step of utilizing topically for 20 seconds in the morning and after meals, (a) one ounce of mouthwash containing 50 milligrams per 500 milliliters, or (b) a toothpaste containing 0.05 grams per kilogram, or (c) a chewing gum containing 0.05 g./100 g., of lyophilized fimbrial antigen from Streptococcus sangius comprising fimbriae from normal S. sangius cells, and the antigen being further characterized by: (a) being capable of binding to saliva-coated spheroidal hydroxyapatite, and (b) being the only one of three antigens obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, (ii) demonstrates intact fimbriae by electron microscopy, and (iii) binds to antibodies made against S. sangius fimbriae.

Claim 6

In the art of utilizing toothpaste and mouthwash dentifrice and chewing gum daily in the morning and after meals to prevent formation of dental plaque, whiten the teeth and retard incidence of dental caries formation, the improvement which comprises the step of utilizing topically for 20 seconds in the morning and after meals, (a) one ounce of mouthwash containing 50 milligrams per 500 milliliters, or (b) a toothpaste containing 0.05 grams per kilogram, or (c) a chewing gum containing 0.05 g./100 g., of lyophilized fimbrial antigen from Streptococcus sangius comprising fimbriae from normal S. sangius cells, and the antigen being further characterized by: (a) being capable of binding to saliva-coated spheroidal hydroxyapatite, and (b) being the only one of three antigens obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, (ii) demonstrates intact fimbriae by electron microscopy, and (iii) binds to antibodies made against S. sangius fimbriae.

Claim 7

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity, wherein the blocking step is carried out by flushing the oral cavity with a preparation containing adherence factors in an effective amount of fimbrial antigen from S. sangius.

Claim 8

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity, wherein the blocking step is carried out by flushing the oral cavity with a preparation containing adherence factors in an effective amount of fimbrial antigen from S. sangius.

Claim 9

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity, wherein the blocking step is carried out by contacting teeth with a dentrifice containing an effective amount of fimbrial antigen from S. sanguis.

Claim 10

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity, wherein the blocking step is carried out by contacting teeth with a dentrifice containing an effective amount of fimbrial antigen from S. sanguis.

Claim 11

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sanguis cells to tooth surfaces of the oral cavity by exposing the surface to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to hereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.

Claim 12

In a process for preventing the formation of dental plaque in mammals, the step of blocking adherence of S. sanguis cells to tooth surfaces of the oral cavity by exposing the surface to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to hereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.

Claim 13

In a process for retarding the yellowing of teeth in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity by exposing the surfaces to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to hereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.

Claim 14

In a process for retarding the yellowing of teeth in mammals, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity by exposing the surfaces to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to hereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.

Claim 15

In a process for retarding the yellowing of teeth in humans, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity by exposing the surfaces to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to thereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.

Claim 16

In a process for retarding the yellowing of teeth in humans, the step of blocking adherence of S. sangius cells to tooth surfaces of the oral cavity by exposing the surfaces to fimbrial antigen from Streptococcus sangius, the antigen characterized by being the only antigen obtained from surface material from adherent S. sangius and detected in crossed immunoelectrophoresis against antibodies made against whole adherent S. sangius cells that is (i) missing from surface material from non-adherent S. sangius cells, and (ii) is capable of binding to antibodies made against S. sangius fimbriae, substantially free of viable S. sangius cells, to thereby block adherence of S. sangius cells to tooth surfaces of the oral cavity.