首页> 外国专利> Extraction methods of water soluble fibers and fagopyritol from buckwheat bran at a low temperature and in a continuous manipulation

Extraction methods of water soluble fibers and fagopyritol from buckwheat bran at a low temperature and in a continuous manipulation

机译:低温连续操作提取荞麦麸中水溶性纤维和聚氰菊醇的方法。

摘要

The invention buckwheat bran from cholesterol-lowering activity and soluble fibrin in the blood sugar lowering function (Water soluble fibers) Tall and digging flutes (fagopyritol) component relates to a process for the treatment of diabetes, which composition comprises a method for purifying the extract and its low temperature and continuously withdrawn, ; into a high concentration of ethanol in the short heating buckwheat bran step of stopping the enzymatic activity with time; ; After stopping the enzyme activity by separating the centrifugation residue with ethanol; Forming a slurry of the 5-fold amount of water was added to the residue; ; and the slurry was stirred in a water bath of 30 to 50 1 primary heating step of extracting; ; The heating 3 minutes extracting the second group homogeneous slurry after extraction; ; step of the secondary extract slurry was centrifuged to remove a precipitate and a supernatant; ; The step of separating the precipitate was centrifuged and the supernatant was precipitated - the soluble fibrin in the final concentration of ethanol was added to ethanol to the supernatant been separated so that 65%; ; - separating the precipitate and the supernatant was precipitated with flute Fargo toll-soluble cellulose ethanol is to ensure that the final concentration of 75% in the separated supernatant; ; The separation The final ethanol concentration in the supernatant, and such that 85% of the low temperature and continuous extraction of the water-soluble fiber, coming flutes toll and including the step of obtaining a highly pure, coming - flutes toll precipitate was precipitated.
机译:本发明的荞麦麸皮具有降胆固醇作用和可溶性纤维蛋白的降血糖功能(水溶性纤维)高而挖的长笛(fagopyritol)成分,涉及糖尿病的治疗方法,其组成包括提取物的纯化方法且温度低,并不断撤离;在短时间加热荞麦麸的步骤中转化为高浓度的乙醇,该酶随时间停止酶活性。 ;通过用乙醇分离离心残留物来停止酶的活性后;将形成5倍量的水的浆液加入到残余物中; ;将浆液在30〜50的水浴中搅拌1次提取的初步加热步骤; ;加热3分钟,提取出第二组均匀浆液,提取后; ;将第二提取物浆液离心以除去沉淀物和上清液。 ;离心分离沉淀的步骤,使上清液沉淀-将最终浓度为乙醇的可溶性血纤蛋白加到乙醇中,分离出上清液,使之达到65%; ; -分离沉淀物,并用长笛法高纯纤维素纤维素沉淀沉淀上清液,以确保分离出的上清液中最终浓度为75%; ;分离最终乙醇在上清液中的最终浓度,以及使低温纤维的85%连续萃取和水溶性纤维的连续提取,成为长笛收费的沉淀,包括获得高纯度的长笛收费沉淀的步骤。

著录项

  • 公开/公告号KR100695322B1

    专利类型

  • 公开/公告日2007-03-15

    原文格式PDF

  • 申请/专利权人

    申请/专利号KR20050015050

  • 申请日2005-02-23

  • 分类号A61K36/70;

  • 国家 KR

  • 入库时间 2022-08-21 20:32:39

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