Abstract: Coolant compositions, flavorant compositions and ingestible and topical compositions containing at least one coolant compound selected from monomenthyl succinate, alkali metal salts of monomenthyl succinate, alkaline earth metal salts of monomenthyl succinate and mixtures thereof. These compositions are found to provide a pleasant, long-lasting cooling effect without bitterness and the cooling effect manifests itself differently than the cooling effect of other known coolants. As a result, a complementary or synergistic effect can by obtained by combination with other coolants. Further, the succinate-based coolant compounds of the invention are found to enhance the sensation of alcohol in alcoholic beverages.

Abstract: Tobacco products including chewing tobacco, snuff tobacco and smoking tobacco products, which contain a coolant compound selected from monomenthyl succinate, alkali metal salts of monomenthyl succinate, alkaline earth metal salts of monomenthyl succinate and mixtures thereof, are disclosed. More particularly, the disclosure relates to chewing tobacco and snuff tobacco incorporating one or more of these coolant compounds, optionally in combination with other coolants. The disclosure also relates to smoking tobacco products wherein the coolant compound is incorporated in the paper, leaf wrapper and/or filter of the smoking tobacco product and, optionally, a secondary coolant is employed in combination therewith. The tobacco products of the present invention provide a surprising, long-lasting cooling effect without enhancing the mint flavor note of menthol and tend to refresh the mouth even several minutes after first contact therewith.

Abstract: Coolant compositions, flavorant compositions and ingestible and topical compositions containing at least one coolant compound selected from monomenthyl succinate, alkali metal salts of monomenthyl succinate, alkaline earth metal salts of monomenthyl succinate and mixtures thereof. These compositions are found to provide a pleasant, long-lasting cooling effect without bitterness and the cooling effect manifests itself differently than the cooling effect of other known coolants. As a result, a complementary or synergistic effect can by obtained by combination with other coolants. Further, the succinate-based coolant compounds of the invention are found to enhance the sensation of alcohol in alcoholic beverages.