Colgate Palmolive Company

Ben Gu

Ravi Subramanyam

Mahmoud Hassan

Jairajh Mattai

AnBen Hwang

Tanya Clifton

Thomas J Boyd

James G Masters

Shira Pilch

Clarence R Robbins

Amrit M Patel

Paloma Pimenta

Betty Won

Janine A Chupa

Nora Lin

Diane Cummins

Jane Clarke

Leonora Leigh

Liem D Vu

Syed Husain Abbas

James Gerard Masters

Provided herein is a method for reducing or inhibiting the crystallization of taurine in a soap bar, wherein the method comprises: a) admixing a fatty acid soap with an aqueous solution of taurine or taurine salt as a taurine source to form an amalgamate and b) preparing a soap bar comprising the amalgamate. Further provided is a soap bar obtained by the above method.

Soap bar

Methods of preparing a dentifrice comprising polymer matrix film with menthol therein are disclosed. The methods comprise combining a polymer matrix film that comprises hydrophobic additives and is free of a low solubility flavorant such as menthol with a dentifrice base comprising a low solubility flavorant such as menthol and maintaining the combined polymer matrix film with the dentifrice base comprising low solubility flavorant for an amount of time sufficient for an amount of a low solubility flavorant to transfer from the dentifrice base comprising low solubility flavorant to the polymer matrix film and establish an equilibrium of menthol concentration between the polymer matrix film and the dentifrice base. Products comprising low solubility flavorant-free polymer matrix film in a dentifrice base comprising low solubility flavorant are also disclosed.

Oral compositions and method for producing thereof

Methods of preparing a dentifrice comprising polymer matrix film with a low solubility flavorant therein are disclosed. The methods comprise combining a polymer matrix film that are free of a low solubility flavorant with a dentifrice base comprising a low solubility flavorant and maintaining the combined polymer matrix film with the dentifrice base comprising low solubility flavorant for an amount of time sufficient for an amount of a low solubility flavorant to transfer from the dentifrice base comprising low solubility flavorant to the polymer matrix film Products comprising low solubility flavorant-free polymer matrix film in a dentifrice base comprising low solubility flavorant are also disclosed.

An oral care composition having enhanced flavor release comprising an orally acceptable carrier containing a first flavor and a multilayer film for extended or delayed flavor release, the multilayer film including at least a center layer containing a second flavor, the center layer positioned between two outer surface layers, each surface layer including a release modulating agent, the first and second flavor being the same or different. The film is adapted to adhere to an oral cavity surface and the outer surface layers may comprise a mucoadhesive polymer, e.g. carboxy polymethylene, polycarbophil or polyvinyl pyrrolidone, and a film forming polymer, eg. hydroxypropylmethyl cellulose (HPMC). Suitable release modulating agents include HPMC and polyvinyl acetate. The carrier may be a toothpaste or mouthwash.

Multilayer films for delivery of flavor

Described herein are films comprising a zinc-containing compound and a film-stabilizing ingredient, for use in oral and personal care compositions.

Oral and personal care compositions

Carbanilide compositions

In accordance with the invention there is a composition comprising

Composition

A composition comprising a compound of the formula

Solid cleansing composition

Composition of alkyl pyrrolidone for solubilizing antibacterials

A composition comprising an ethoxylated alkyl glyceryl ether sulfonate wherein the alkyl is twelve to fifteen carbon atoms, with no more than about 50 wt. % branched alkyl, no more than about 20 wt. % alkenyl, the average number of ethoxy groups is one, and no more than about 25 wt. % of the sulfonate components having ethoxy groups with a value of four or more.

Ethoxylated alkyl glycerol ether sulfonates containing compositions

Solid detergent composition

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East Brunswick, NJ, United States of America

Ben Gu