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procedures for the extraction of flavon mixtures, the so obtained and their use in dermokosmetika mixtures, food and pharmaceuticals

机译:黄酮混合物的提取程序,如此制得的混合物及其在德莫科斯麦迪卡混合物,食品和药品中的用途

摘要

Process for obtaining soya concentrates rich in O-malonylated isoflavones without denaturing nor chemical modification, having an isoflavone content above 10% by weight and a genistein/daidzein ratio identical to that originally present in the source material, and with an almost complete absence of glycitein derivatives, comprising treating dehusked soya seeds with water, ultrafiltration and concentration by reverse osmosis, is new. Process for obtaining soya concentrates rich in O-malonylated isoflavones without denaturing nor chemical modification, having an isoflavone content above 10% by weight and a genistein/daidzein ratio identical to that originally present in the source material, and with an almost complete absence of glycitein derivatives, comprises treating dehusked soya seeds with water to give a liquid that is ultrafiltered to give a soya permeate. This permeate is concentrated by reverse osmosis to give a concentrate rich in extract. This is evaporated under reduced pressure to give a product high in isoflavones. A low-boiling solvent is added and the mixture spray-dried at low temperature to give a powder having an O-malonyl isoflavone content of 28 - 35%.
机译:无需变性或化学修饰即可获得富含O-丙二酰化异黄酮的大豆浓缩物的方法,其异黄酮含量超过10重量%,染料木黄酮/大豆苷元的比例与原始原料中存在的黄酮异黄酮的比例相同,并且几乎完全不存在糖精衍生物,包括用水处理去壳大豆种子,超滤和通过反渗透浓缩的新衍生物。无需变性或化学修饰即可获得富含O-丙二酰化异黄酮的大豆浓缩物的方法,其异黄酮含量超过10重量%,染料木黄酮/大豆苷元的比例与原始原料中存在的黄酮异黄酮的比例相同,并且几乎完全不存在糖精衍生物包括用水处理去壳的大豆种子以得到液体,该液体经超滤以得到大豆渗透液。该渗透物通过反渗透浓缩,得到富含提取物的浓缩物。将其减压蒸发,得到高异黄酮产品。加入低沸点溶剂,并将混合物在低温下喷雾干燥,得到具有28-35%的O-丙二酰基异黄酮含量的粉末。

著录项

  • 公开/公告号DE60128322D1

    专利类型

  • 公开/公告日2007-06-21

    原文格式PDF

  • 申请/专利权人 LABORATOIRE THERAMEX;

    申请/专利号DE20016028322T

  • 发明设计人 LANQUETIN MICHEL;

    申请日2001-12-06

  • 分类号A61K8/97;A21D2/36;A23J3/16;A23L33/105;A61K8/49;A61P15/12;A61P19/10;A61Q19;A61Q19/06;A61Q19/08;C07D311/36;

  • 国家 DE

  • 入库时间 2022-08-21 20:28:16

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