Abstract:
The present invention relates to a composition for dipping semi-dried persimmons containing, as an active ingredient, a mixture in which sugar, xylitol, crystalline fructose, polydextrose, xanthan gum, guar gum, chicory fiber, stevia, citric acid, and vitamin C are mixed with an extract obtained by putting a cinnamon powder and a ginger powder in distilled water and performing hot-water extraction; to a method for manufacturing semi-dried persimmons with browning inhibition and enhanced preservability using the composition for dipping semi-dried persimmons; and to semi-dried persimmons manufactured by the method.
Abstract:
The present invention relates to a manufacturing method of mixed beverages with increased antioxidant ability comprising a step of mixing and manufacturing hot water extracts of water parsley and seaweed fulvescens and mixed beverages manufactured by the same. Mixed beverages containing the hot water extracts of water parsley and seaweed fulvescens are obtained from natural materials without cytotoxicity and have excellent antioxidant effects which can protect body from various oxidative stress. Therefore, the present invention is a beverage having enhanced antioxidant ability and satisfying chewing texture and preferences, thereby being industrially effective.
Abstract:
PURPOSE: Shark meat surimi gel, and a producing method thereof are provided to offer the excellent taste and nutrition of the shark meat surimi gel to eaters. CONSTITUTION: A producing method of shark meat surimi gel comprises the following steps: grinding shark meat for removing tendons, and dehydrating; adding salt into the ground shark meat, and homogenizing; adding ice water, starch, egg white, sugar, and sorbitol into the shark meat, and homogenizing the mixture to obtain paste; removing air from the paste, and cooling the paste at 10 deg C for 30 minutes; inserting the paste into a cellulose case; and heating the paste at 90 deg C for 15 minutes before cooling at 10 deg C. The shark meat surimi contains 1.5-4.5wt% of salt.