Abstract:
PURPOSE: A coarse liquor by an extra-high voltage sterilized coarse liquor manufacturing method is provided to have a simple manufacturing process by having no change in quality of nutrient, color, aroma, taste, and flavor of the coarse liquor during the sterilization, and circulated through a long period of time by extending storing period compare to the general coarse liquor marketed. CONSTITUTION: A coarse liquor storing life extending method comprises a step of extra-high voltage sterilizing of the coarse liquor. The coarse liquor is Korean rice alcohol or Dongdongju. The extra-high voltage sterilized coarse liquor comprises the characteristics below. (a) The total cell amount within the coarse liquor: 200-30 CFU/mL. (b) The storing duration of the coarse liquor at the room temperature (20-25 degree Celsius): 25-30 days. (c) The storing duration of the coarse liquor at lower temperature (2-4 degree Celsius): 60-80 days. (d) The acidity (Lactic acid) of the coarse liquor: 0.46-0.40%. (e) The amino acid degree (Glycine) of the coarse liquor: 0.38-0.34%. (f) The pH of the coarse liquor: 4.24-4.12. (g) The alcohol content of the coarse liquor: 7.0-6.0%.
Abstract:
PURPOSE: A method for making mixture a fermented wine using Schizandra berries and pears is provided to promote the consumption of Schizandra berries. CONSTITUTION: A method for making a fermented wine mixture using Schizandra berries comprises: a step of mixing Schizandra berries and three times the weight in pears and adding fermentation sugar; a step of adding Saccharomyces yeast to the ingredients; a step of fermenting at 5-30°C and maturing at 10-25°C to prepare a fermented wine; a step of adding natural additives for controlling color; and a step of adding non-fermentation sugar. The non-fermentation sugar is xylitol.
Abstract:
본발명은리소포스파티드산(lysophosphatidic acid; LPA)이증가되고항염증활성을갖는누룩제조방법에관한것으로, 본발명에서통밀을분쇄한후, 2 mm 채를통과시켜선별한다음, 원료의 20 내지 30%(w/w)로가수한다음, 개량누룩가루를 0.05 내지 0.2%(w/w) 첨가한후, 성형한다음, 30 내지 40℃에서 10 내지 15일동안발효시킨후, 25 내지 35℃에서 14 내지 30일동안건조시키는단계를이용하는누룩제조방법으로제조된누룩은기존에쌀누룩(코지)에비하여 LPA 함량이증가되고, 상기누룩을세포에처리하였을때 항염증활성을나타냄을확인하여, 상기누룩제조방법은 LPA가증가되고항염증활성이있는누룩의제조방법으로서유용하게사용될수 있다.