A composition for human consumption that combines various ingredients that boost stem cell activity. Illustrative ingredients may for example include high cacao content chocolate, medicinal mushroom extracts, substances containing or promoting DHEA, pine bark extract to convert arginine from cacao into nitric oxide to improve circulation. DHEA boosting substances may include truffle powder and/or pine pollen. An illustrative composition may have about 75% chocolate by weight, with cacao content of 73% or more, at least 10% truffle powder or pine pollen, at least 10% medicinal mushroom extracts, the remainder pine bark extract. The composition may be formulated into sublingual tablets of about 1 gram, and daily consumption may for example consist of 5 tablets for 5 grams total. Includes a method of supporting cardiovascular health, improving sexual performance and sexual health, and improving athletic performance by administering a therapeutic amount of the compound to a subject.

Provided are compositions, methods, and solutions for generating aqueous glucomannan solutions with hydrogen compositions greater than 100 parts per billion. Said glucomannan solutions have application in nutritional, therapeutic, and energy fields.

A semi-solid composition comprising a gelling component in a sufficient amount to provide a cohesive gelled product, a caffeinated component comprising caffeine, wherein the caffeinated component is bitter, and a complexing component, wherein the complexing component is configured to reduce the bitterness of the caffeinated component by complexing with the caffeinated component.

Provided are compositions, methods, and solutions for generating aqueous glucomannan solutions with hydrogen compositions greater than 100 parts per billion. Said glucomannan solutions have application in nutritional, therapeutic, and energy fields.

The present invention provides methods and compositions for supplementing dietary fiber intake through the administration of new psyllium-containing chocolate food products. The compositions can be used to supplement dietary fiber intake and promote dietary regulation and wellness management. The chocolate composition comprising particular ratios of chocolate, psyllium, and lipids, and the emulsion-forming formulation methods disclosed herein surprisingly reduce the unpleasant gelling in the mouth/throat during mastication/swallowing that is frequently associated with psyllium-containing products. The protective capabilities of the ingredients of the present compositions provide for and, accordingly, allow for, suitable manufacturing and improved organoleptic properties which promote long-term adoption and consistent use by subjects.

The present invention provides methods and compositions for supplementing dietary fiber intake through the administration of new psyllium-containing chocolate food products. The compositions can be used to supplement dietary fiber intake and promote dietary regulation and wellness management. The chocolate composition comprising particular ratios of chocolate, psyllium, and lipids, and the emulsion-forming formulation methods disclosed herein surprisingly reduce the unpleasant gelling in the mouth/throat during mastication/swallowing that is frequently associated with psyllium-containing products. The protective capabilities of the ingredients of the present compositions provide for and, accordingly, allow for, suitable manufacturing and improved organoleptic properties which promote long-term adoption and consistent use by subjects.

A process of forming a confectionery product includes heating a confectionery mixture comprising a sweetened milk product and fat while stirring until the confectionery mixture reaches a predetermined consistency. The process also includes forming the confectionery product upon cooling of the confectionery mixture. The confectionery product has a water activity of about 0.59 or greater, has a sugar content of about 87 degrees Brix or less, and has a shelf life of about three months or greater. A confectionery product includes a confectionery mixture. The confectionery product includes a sweetened milk product, butter, cocoa powder, a sweetener, and a preservative. The sweetener is corn syrup, inulin, tapioca syrup, maltodextrin, pear puree, and/or a combination thereof. The confectionery mixture has a water activity of about 0.59 or greater, has a sugar content of about 87 degrees Brix or less, and has a shelf life of about three months or greater.

The invention relates to a chocolate confection having improved flavor attributes. The chocolate confection comprises a white confectionery ingredient, a cocoa extract, and a food acid.

The present invention provides methods and compositions for supplementing dietary fiber intake through the administration of new psyllium-containing chocolate food products. The compositions can be used to supplement dietary fiber intake and promote dietary regulation and wellness management. The chocolate composition comprising particular ratios of chocolate, psyllium, and lipids, and the emulsion-forming formulation methods disclosed herein surprisingly reduce the unpleasant gelling in the mouth/throat during mastication/swallowing that is frequently associated with psyllium-containing products. The protective capabilities of the ingredients of the present compositions provide for and, accordingly, allow for, suitable manufacturing and improved organoleptic properties which promote long-term adoption and consistent use by subjects.

The invention provides a method for establishing a separable regeneration system for verifying regeneration effect between two antioxidants, which belongs to the field of regeneration effect of antioxidants. According to different solubilities of two antioxidants, lipid-soluble antioxidant is first combined into PE film, and water-soluble antioxidant is dissolved into deionized water and a separable regeneration system where antioxidants can contact with other but not dissolve in each other is formed. This method compares the differences of change of antioxidant capacity in aqueous phase with and without lipid-soluble antioxidant so that to judge whether the added lipid-soluble antioxidant has regeneration effect on aqueous-soluble antioxidant. The present invention effectively verifies the regeneration effect between different antioxidants, and has advantages of simple operation, less interference factors, intuitive and high efficiency.