Abstract: Oral care compositions with an anticaries or anticavity effect. Oral care compositions that 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 Humulus lupulus. Oral care compositions have a fluoride ion source and a hops beta acid derived from an extract of Humulus lupulus.

Abstract: Oral care compositions that have hops beta acid, such as from an extract from a species in the Humulus family, 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 from Humulus lupulus. Oral care compositions have a tin ion source and/or a zinc ion source and a beta acid derived from an extract of Humulus lupulus.

Abstract: An oral care composition with retinoid compound, amino acid, and/or olive oil. An oral care composition with retinoid compound, a pentapeptide, such as palmitoyl KTTKS [SEQ ID NO. 2], and/or an olive oil. Methods of preventing gingival recession, stopping gingival recession, reversing gingival recession, decrease gum recession, increase gingival barrier protection, promoting collagen synthesis, promoting extracellular matrix synthesis, increasing gum resilience, increasing epidermal thickness and/or promoting fibrillin synthesis, in an oral cavity of an animal by contacting the oral care compositions with at least one surface of the oral cavity.

Abstract: 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 Humulus lupulus. Oral care compositions have a fluoride ion source and a hops beta acid derived from an extract of Humulus lupulus.

Abstract: Oral care compositions that have hops beta acid, such as from an extract from a species in the Humulus family, 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 from Humulus lupulus. Oral care compositions have a tin ion source and/or a zinc ion source and a beta acid derived from an extract of Humulus lupulus.

Abstract: An oral care composition with retinoid compound, amino acid, and/or olive oil compound. An oral care composition with retinoid compound, a pentapeptide, such as palmitoyl KTTKS [SEQ ID NO. 2], and/or an olive oil. A water-in-oil emulsion composition including retinoid compound, amino acid, and/or olive oil compound. A jammed oil-in-water emulsion composition including retinoid compound, amino acid, and/or olive oil compound. Methods of preventing gingival recession, stopping gingival recession, reversing gingival recession, decrease gum recession, increase gingival barrier protection, promoting collagen synthesis, promoting extracellular matrix synthesis, increasing gum resilience, increasing epidermal thickness and/or promoting fibrillin synthesis, in an oral cavity of an animal by contacting the oral care compositions with at least one surface of the oral cavity.

Abstract: An oral care composition with gum health compound, amino acid, and/or mucoadhesive compound. An oral care composition with gum health compound, a pentapeptide, such as palmitoyl KTTKS, and/or a mucoadhesive compound. Methods of preventing gingival recession, stopping gingival recession, reversing gingival recession, decrease gum recession, increase gingival barrier protection, promoting collagen synthesis, promoting extracellular matrix synthesis, increasing gum resilience, increasing epidermal thickness and/or promoting fibrillin synthesis, in an oral cavity of an animal by contacting the oral care compositions with at least one surface of the oral cavity.

Abstract: An oral care composition with gum health compound, amino acid, and/or mucoadhesive compound. An oral care composition with gum health compound, a pentapeptide, such as palmitoyl KTTKS, and/or a mucoadhesive compound. Methods of preventing gingival recession, stopping gingival recession, reversing gingival recession, decrease gum recession, increase gingival barrier protection, promoting collagen synthesis, promoting extracellular matrix synthesis, increasing gum resilience, increasing epidermal thickness and/or promoting fibrillin synthesis, in an oral cavity of an animal by contacting the oral care compositions with at least one surface of the oral cavity.

Abstract: The various embodiments described herein include methods, devices, and systems for customizing dental care. In one aspect, a personalized dental care device includes a first customized mouthpiece including a top cleaning tray and a bottom cleaning tray, each customized based at least in part on an electronic 3-D dental model of a respective user's mouth. The personalized dental care device includes one or more power mechanisms, configured to couple with the first customized mouthpiece, and to transmit energy to at least one cleaning tray of the first customized mouthpiece. The personalized dental care device is configured to be operated in a plurality of modes. Each respective mode of the plurality of modes is associated with a different method for providing oral care.

Abstract: Oral care compositions including hops for the reduction of bacteria in the oral cavity. Antigingivitis oral care compositions including hops. Methods of preventing and/or treating gingivitis including directing a user to apply an oral care composition comprising hops to an oral cavity. Oral care compositions comprising hops beta acid for the reduction of bacteria in the oral cavity.

Abstract: Arrays of anticavity oral care compositions with at least one anticavity oral care composition without fluoride. Arrays of anticavity oral care compositions with a first anticavity oral care composition comprising a first subtherapeutic anticaries drug and a second subtherapeutic drug where the first anticavity oral care composition provides a therapeutic anticaries benefit and is free of fluoride.

Abstract: Methods of use of oral care compositions comprising tin. Methods of increasing the density of teeth, densifying the teeth, and/or reducing the rate of tooth material loss. Remineralizing oral care compositions with tin, silica, chelant, a pH of about 6 or greater, but free of zinc. Remineralizing oral care compositions with tin, silica, monodentate ligand, polydentate ligand, a pH of about 6 or greater, but free of zinc. Remineralizing dentifrice compositions with tin, silica, and a chelant system, but free of zinc.

Abstract: Dentifrice compositions including tin, monodentate ligand, polydentate ligand with low RDA values. Dentifrice compositions with a unique ratio of monodentate ligand to polydentate ligand to stabilize tin. Oral care compositions including tin with unexpectedly low stain at lower RDA values. Dentifrice compositions including tin and silica with an unexpectedly low stain and RDA value.

Abstract: Remineralizing oral care compositions with tin, silica, chelant, a pH of about 6 or greater, but free of zinc. Remineralizing oral care compositions with tin, silica, monodentate ligand, polydentate ligand, a pH of about 6 or greater, but free of zinc. Remineralizing dentifrice compositions with tin, silica, and a chelant system, but free of zinc.

Abstract: Oral care compositions with two or more components with a subtherapeutic anticaries effect, but, in combination, provide a therapeutic anticaries effect. Oral care compositions that are fluoride-free or lower in fluoride content, but have an equivalent or greater anticaries benefit than a composition comprising a therapeutic amount of fluoride ions.

Abstract: 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 Humulus lupulus. Oral care compositions have a fluoride ion source and a hops beta acid derived from an extract of Humulus lupulus.

Abstract: Fluoride-free oral care compositions with an anticaries or anticavity effect. Oral care compositions that are fluoride-free and have an extract from a species in the Humulus family. Oral care compositions that are fluoride-free and have an extract from Humulus lupulus. Oral care compositions that are fluoride-free and have a hops beta acid.

Abstract: Methods of use of oral care compositions comprising hops. Methods of use of anticavity oral care compositions that are free of fluoride. Methods of use of anticavity toothpaste comprising hops. Methods of use of anticavity toothpaste comprising hops that are free of fluoride. Methods of treatment, reduction, and/or prevention of caries using an oral care composition comprising hops, and optionally fluoride free.

Abstract: Oral care compositions that have hops beta acid, such as from an extract from a species in the Humulus family, 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 from Humulus lupulus. Oral care compositions have a tin ion source and/or a zinc ion source and a beta acid derived from an extract of Humulus lupulus.

Abstract: Teeth can be hardened and made more resistant to acid damage if treated with compositions that allow for the remineralization and demineralization of minerals found in teeth. Exchanging ions in hydroxyapatite for fluoride or other metal ions can result in teeth that are more resistant to chemical and physical insults.