The present invention relates to a liquid crystal hydration cosmetic composition comprising a supercritical water-treated apple cell culture extract. More specifically, the process of extracting an apple cell culture extract containing polyphenols and flavonoids by ultrasonic and supercritical treatment from an apple cell callus, and preparing a liquid crystal hydration module using the extracted apple cell culture extract, in water This is the first time to manufacture an oil-in-water type liquid crystal hydration emulsion with excellent stability and usability through the process of manufacturing a water-type (W/O-type) emulsion, and a process for preparing an oil-in-water (O/W-type) liquid crystal hydration emulsion using phase-inversion emulsification. The present invention relates to a liquid crystal hydrated cosmetic composition comprising a counted apple cell culture extract. To this end, the present invention provides a moisturizing function, a skin conditioning function, a skin softener function, a surfactant function, and an emulsifier function PEG-7 Glyceryl Cocoate, a moisturizing function, a hydrophilic solubilizer function, Glycerin that performs thickener function, skin softener function, sorbitan mono-oleate, moisturizing function, skin conditioning function, skin softener function, surfactant function, emulsifier function, ( 1, 3-butanediol (1,3-Butanediol), solvent function, moisturizing function, viscosity reducing agent function, which performs the solvent function, moisturizing function, viscosity reducing agent function, flavoring agent function, and skin conditioning function) Flavoring agent function, performing skin conditioning function (1, 2-hexanediol 1,2 Hexanediol), and apple containing polyphenols and flavonoids extracted by supercritical water treatment from apple cell culture, and performing skin conditioning function Provided is a liquid crystal hydration cosmetic composition comprising a supercritical water-treated apple cell cultu
