首页> 外国专利> MANUFACTURING METHOD OF FERMENTED RED GINSENG CONCENTRATE WITH INCREASED AMOUNT OF COMPOUND K USING CONVERSION BY ENZYMES AND FERMENTATION BY LACTOBACILLUS, AND PRODUCTS CONTAINING FERMENTED RED GINSENG CONCENTRATE MANUFACTURED THEREBY AS EFFECTIVE INGREDIENT

MANUFACTURING METHOD OF FERMENTED RED GINSENG CONCENTRATE WITH INCREASED AMOUNT OF COMPOUND K USING CONVERSION BY ENZYMES AND FERMENTATION BY LACTOBACILLUS, AND PRODUCTS CONTAINING FERMENTED RED GINSENG CONCENTRATE MANUFACTURED THEREBY AS EFFECTIVE INGREDIENT

机译:通过酶转化和乳酸杆菌发酵生产高浓度复合K的发酵红参浓缩物的制造方法,以及以其为有效成分的发酵红参浓缩物制造的产品

摘要

The present invention relates to a manufacturing method of fermented red ginseng concentrate using conversion by enzymes and fermentation by lactobacillus. Fermented red ginseng concentrate with an increased amount of compound K in which the digestion rate and the absorption rate are improved and is able to be obtained from red ginseng by fermenting red ginseng using alcohol extract of four-year old red ginseng rootlets, and three enzymes among Cytolase PCL5, Sumizyme AC, Cellulase KN, Crystalzyme APXL and Rapidase C80Max, which are edible enzymes, and Lactobacillus sakeiHY7802, which is lactobacillus separated from Kimchi.;COPYRIGHT KIPO 2014;[Reference numerals] (AA) Measuring source ginseng;(BB) Red ginseng rootlets (100 kg): Four-year old, produced in Korea (Punggi Ginseng Nonghyup);(CC) Extraction;(DD) 20 times 50% alcohol (Alcohol 1,000 L + distilled water 1,000 L), 80C, extract three times;(EE) Filtering;(FF) Perlite filtering, 40-50C;(GG,OO) Concentration;(HH) Concentrate into about 30 brix.;(II) Conversion by enzymes;(JJ) Convert by enzymes at 50C for 72 hours.;(KK) Fermentation with lactobacillus;(LL) Ferment at 37C.;(MM) Enzyme deactivation;(NN) Deactivate enzymes by heating at 90C for 10 minutes.;(PP) Concentrate into 70-80 brix under vacuum.;(QQ) Sterilizing;(RR) Heat and sterilize at 90C.;(SS) Packaging;(TT) Produce an article by packaging.
机译:本发明涉及利用酶转化和乳酸菌发酵的发酵红参浓缩物的制造方法。可以增加消化率和吸收率的化合物K含量增加的发酵红参浓缩物,可以通过使用四岁的红参根茎和三种酶的醇提取物对红参进行发酵来从红参中获得。从食用泡菜中分离出的纤维素酶PCL5,Sumizyme AC,纤维素酶KN,结晶酶APXL和Rapidase C80Max,以及从泡菜中分离出的乳酸乳清酒乳酸杆菌HY7802。[COPYRIGHT KIPO 2014; [参考数字](AA)测量人参的含量;(BB )红参根(100公斤):4岁,在韩国生产(Punggi Ginseng Nonghyup);(CC)提取;(DD)20倍50%酒精(酒精1,000 L +蒸馏​​水1,000 L),80C,提取3次;(EE)过滤;(FF)珍珠岩过滤,40-50°C;(GG,OO)浓度;(HH)浓缩至约30白利糖度;(II)通过酶转化;(JJ)在50°C下通过酶转化发酵72小时;(KK)乳酸菌发酵;(LL)37℃发酵;(MM)酶(NN)在90°C加热10分钟使酶失活;(PP)在真空下浓缩至70-80白利糖度;(QQ)灭菌;(RR)在90°C加热并灭菌;(SS)包装;( TT)通过包装生产物品。

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