Composition and method for substantially reducing the deleterious effects of alcohol on the body
OwnerJeremy Park Jones, Peter Kevin Doblerinventors
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Abstract
A composition and method are provided for substantially preventing hangovers. The composition includes an effective amount of amino acids glycine and Glutathione, B vitamins and at least one mineral compound including each of magnesium, selenium, and molybdenum. Other vitamins, mineral compounds, flavorings, coloring, and solubility agents may also be added.
Claims22
A composition in unit dosage form comprising an effective amount of each of glycine, glutathione, Vitamin B1, and each of at least one magnesium compound, at least one molybdenum compound, and at least one selenium compound to substantially reduce the deleterious effects of alcohol on the body.
A composition for substantially preventing a hangover, comprising in each unit dose about 200 mg Ascorbic acid USP, 35 mg caffeine, 170 mg Calcium gluconate 9.3%, 200 mcg Chromium nicotinate 10%, 167 mcg Chromium picolinate 12%, 1 g glycine, 25 mg L-Glutathione Reduced USP, 20 mg Magnesium taurate 8%, 18 mg Magnesium malate 23%, 3.6 mg Manganese citrate 28%, 25 mg Molybdenum glycinate 0.2%, 300 mg anhydrous Potassium hydrogen carbonate, 17 mg Selenium chelate 0.2%, 400 mg tartaric acid, 9 mg Vitamin B1 HCL USP (99%), 26 mg Vitamin B1HCl 33.3%, 5 mg Vitamin B12 1%, 8 mg Vitamin B6 82%, 20 mg Vitamin B6 33.3%, and 34 mg Zinc arginate 15%.
A method of substantially preventing a hangover, comprising the steps of administering to a drinking subject, a composition comprising glycine, glutathione, Vitamin B1, and at least one of each of a magnesium compound, a molybedenum compound, and a selenium compound each in an effective amount for substantially preventing a hangover.
Dependencies are inferred from the claim text.