The Procter Gamble Company

The Procter & Gamble Company

Samuel James St John

Arif Ali Baig

Tammy K Baker

William Michael Glandorf

Aaron Reed Biesbrock

Paul Dennis Trokhan

Gregory Charles Gordon

Paul Albert Sagel

Min Mao

Brian Patrick Croll

Jeanette Marie Swartz

Dinah Achola Nyangiro

Melissa Cherie Payne

Holly Balasubramanian Rauckhorst

Ross Strand

Yunming Shi

Niranjan Ramji

Michael David Curtis

Lina Aurora Witte

Kathleen Pearson

Jennifer M Kennedy

Andrea Noland

Andrew Frederic Groth

Tammy Baker

Paul D Trokhan

Oral care compositions including tin, monodentate ligand, and polydentate ligand with an optimized molar ratio of tin to monodentate ligand to polydentate ligand. Oral care compositions with a tin to monodentate ligand to polydentate molar ratio of from about 1:0.5:0.5 to about 1:5:5. Oral care compositions including tin, monocarboxylic acid, and tricarboxylic acid.

Oral care compositions comprising monodentate and polydentate ligand

Oral care compositions with an anticaries or anticavity effect. Oral care compositions that have an extract from a species in thefamily and an anticaries drug, such as a fluoride ion source. Oral care compositions have fluoride and hops beta acid, such as from an extract from. Oral care compositions have a fluoride ion source and a hops beta acid derived from an extract of

Oral care compositions comprising hops beta acids and fluoride ions

A dentifrice composition including from about 0.0025% to about 5%, by weight of the dentifrice composition, of a tin ion source, where the tin ion source does not comprise stannous fluoride, calcium carbonate, and up to about 45%, by weight of the dentifrice composition, of water. The dentifrice composition has a pH of greater than 7.

Dentifrice compositions comprising tin ions

A dentifrice composition includes tin, from about 5% to about 50%, by weight of the dentifrice composition, of polyol, and up to about 45%, by weight of the composition, of water. The polyol includes xylitol, sorbitol, or combinations thereof. The dentifrice composition has a pH of greater than 7.

Oral care compositions comprising tin ions

Oral care compositions with an anticaries or anticavity effect. Oral care compositions that have one or more hops beta acids, such as from an extract from a species in thefamily, and one or more amino acids. Oral care compositions having one or more amino acids and an extract from. Methods of us of the disclosed compositions to disrupt biofilm in the oral cavity of a patient in need of treatment.

Oral care compositions comprising hops beta acid and amino acid

A unit-dose dentifrice composition includes a soluble fibrous composition and a nonfibrous composition. The soluble fibrous composition includes web forming material and tin ion source. The nonfibrous composition includes abrasive. The abrasive and the tin ion source are in separate locations within the unit-dose dentifrice composition.

Oral care compositions comprising metal ions

A dentifrice composition with tin, calcium, and a pH of greater than 7. A dentifrice composition with tin, fluoride, calcium abrasive, water, and a pH of greater than 7. Dentifrice compositions with a high tin ion availability. Dentifrice compositions comprising stannous fluoride and/or stannous chloride in combination with calcium carbonate.

An oral care composition with tin, polyol with five or more carbon atoms, water, and a pH of greater than 7. An oral care composition with a tin ion source, a fluoride ion source, a polyol with five or more carbon atoms, water, and a pH of greater than 7. Oral care compositions with a high tin ion availability.

Oral care compositions with an anticaries or anticavity effect. Oral care compositions that are have an extract from a species in the Humulus family and an anticaries drug, such as a fluoride ion source. Oral care compositions have fluoride and hops beta acid, such as from an extract from. Oral care compositions have a fluoride ion source and a hops beta acid derived from an extract of

Oral care compositions that have hops beta acid, such as from an extract from a species in thefamily, and a metal ion source, such as a tin ion source and/or a zinc ion source. Oral care compositions that have a tin ion source and/or a zinc ion source and one or more hops beta acids, such as from an extract fromOral care compositions have a tin ion source and/or a zinc ion source and a beta acid derived from an extract of

Oral care compositions comprising hops beta acids and metal ions

An oral care composition with one or more polyphosphates with about 20 wt % or more of water at a pH of about 5 or less. A dentifrice composition with one or more polyphosphates with about 20 wt % or more of water at a pH of about 5 or less. A mouth rinse composition with one or more polyphosphates with about 20 wt % or more of water at a pH of about 5 or less.

Oral care compositions comprising medium length polyphosphates

Oral care compositions and/or unit-dose oral care compositions with a fluoride ion source. Oral care compositions and/or unit-dose oral care compositions with a high average fluoride ion uptake. Oral care compositions with one or more web forming materials, a calcium ion source, and a fluoride ion source with a high average fluoride uptake.

Oral care compositions comprising fluoride ions

Oral care compositions and/or unit-dose oral care compositions with a metal ion source. Oral care compositions and/or unit-dose oral care compositions with a high average metal ion uptake. Oral care compositions and/or unit-dose oral care compositions with a tin ion source. Oral care compositions and/or unit-dose oral care compositions with a high average tin ion uptake.

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Cincinnati, OH, United States of America

Samuel James St John