Abstract:
The present invention relates to a method for producing pickle of momordica charantia having improved palatability and antioxidant activity. The method for producing pickle of momordica charantia having improved palatability and antioxidant activity according to one embodiment of the present invention includes: a step of producing salted momordica charantia; and a step of producing a pickle solution. According to the embodiment of the present invention, the method for producing pickle of momordica charantia having improved palatability and antioxidant activity reduces the bitter taste of momordica charantia.
Abstract:
Provided by the present invention are bitter gourd yeast and a producing method thereof. The present invention also provides functional traditional liquor which is manufactured using bitter guard yeast, has excellent palatability by being in harmony with the bitter taste of a bitter guard, and increases an anti-oxidative activity by remarkably improving the total content of phenolics and flavonoid. The bitter gourd yeast according to the present invention enables the production of functional traditional liquor which has palatability and appeal ability by being in harmony with the unique bitter taste of a bitter guard and increases anti-oxidative activity by containing the enough bioactive substance of the bitter guard. The bitter guard yeast of the present invention does not hinder the growth of aspergillus as grains and bitter guard powder are included at a predetermined ratio and are fermented and increases the palatability of traditional liquor by harmonizing the bitter taste of a bitter guard with fermented liquor. The traditional liquor according to the present invention has excellent functions which meet the recent trend of heath liquor by obtaining excellent anti-oxidative activity and expands the usability of a bitter guard using the bitter taste of the bitter guard which has low usability because of the bitter taste.
Abstract:
Provided by the present invention are a new bacillus subtilis 135 strain which has an ability for fermenting bitter gourd bean paste while having excellent antibiosis about microorganism which is harmful to food and reducing the bitter taste of a bitter gourd and the unique bad smell of the fermented bean paste; the bitter gourd fermented bean paste which has excellent palatability, increases an anti-oxidative activity, and improves the effects of anti-diabetes and anti-obesity by using the bacillus subtilis 135 strain; and a producing method thereof. The bitter gourd fermented bean paste of the present invention has excellent palatability by reducing the bitter taste of a bitter gourd and the unique bad smell of fermented bean paste, improves anti-oxidative activity, and lowers alpha-glucosidase and pancreatic lipase. A health food including the fermented bean paste of the present invention has effects of improving anti-diabetes and anti-obesity. The bitter gourd fermented bean paste according to the present invention also increases usability as a health food since intaking is easy by being pulverized in a powder form.
Abstract:
PURPOSE: A manufacturing method of balsam pear tea is provided to manufacture balsam pear tea having an excellent preference and anti-oxidant activity by controlling the conducting number of roasting and cooling. CONSTITUTION: A balsam pear is cut into 4-6 mm of thickness and dried at a temperature in excess of 45deg.C and less than 55deg.C for 2-3 days. The dried balsam pear is pulverized into 0.5-1 mm. The pulverized balsam pear is roasted at 160-180deg.C for 3 minutes and cooled to 40-50deg.C, which are repeated 3-4 times. 3-12 parts by weight of dried Polygonatum odoratum are additionally added to 100 parts by weight of the dried balsam pear. An immature balsam pear of 25-30 cm of length is washed, and moisture is removed. [Reference numerals] (1) Harvesting immature balsam pear (25-30cm); (2) Washing balsam pear (three times in flowing water); (3) Cutting balsam pear; (4) Drying balsam pear; (5) Crushing balsam pear with a chopper; (6) Roasting and cooling 100% balsam pear : three times at 160 deg. C, 100% balsam pear + 3% Polygonatum odoratum var. pluriflorum : four times at 180 deg. C; (7) Detecting foreign materials; (8) Packing and making products 100 balsam pear : balsam pear tea-green 97% balsam pear+3% Polygonatum odoratum var. pluriflorum : balsam pear-yellow
Abstract:
PURPOSE: A Momordica charantia extract having an antioxidative effect is provided to use industrially as an antioxidant. CONSTITUTION: A Momordica charantia extract is a concentrate of Momordica charantia extract extracted using 95%, 70%, and 50% of ethanol. A method for producing the concentrate of Momordica charantia extract comprises: a step of adding 95% of ethanol to Momordica charantia, centrifuging to obtain 95% of ethanol solution layer; a step of concentrating the ethanol solution layer; a step of adding precipitate to 95% of ethanol to extract; a step of removing precipitate and collecting 70% of ethanol layer; a step of drying supernatant to obtain concentrate; a step of adding 50% of ethanol to precipitate to extract; and a step f removing precipitate and drying to obtain concentrate.
Abstract:
A preparation method of candies containing medicinal herb extracts is provided to impart good taste, color and flavor to the candies, thereby enabling anyone to eat the candies conveniently. A preparation method of candies containing medicinal herb extracts comprises: mixing and washing dry medicinal herbs consisting of 10~20wt% of Platycodon grandiflorum A. De Candolle, 5~15wt% of Codonopsis lanceolata, 5~15wt% of ginger, 5~15wt% of cinnamon, 2.5~7.5wt% of Coix lacryma-jobi L. var. ma-yuen Stapf, 2.5~7.5wt% of Dioscoreaceae radix, 2.5~7.5wt% of Mori Cortex Radicis, 5~15wt% of Angelica gigas Nakai, 5~15wt% of the root of arrow root, 5~15wt% of Coptis chinensis, and 2.5~7.5wt% of apricot stone; performing hydrothermal extraction; concentrating the hydrothermal extract under reduced pressure at 55~65°C to obtain a concentrate having a solid content of 20~30Brix; adding 35~45wt% of refined sugar to the concentrate and diluting the refined sugar; and vacuum-concentrating the solution to a water content of 1~6%. The extraction process comprises adding water to the medicinal herbs in a ratio of 5~10:1, performing extraction by a cooling extractor at 90~100°C for 4~6hr, and leaving the extract for 1~2hr.