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METHOD OF OBTAINING OF ANTIOXIDANTS AND BIOACTIVE COMPOUNDS OF LIPIDIC NATURE

机译:脂类性质的抗氧化剂和生物活性化合物的获得方法

摘要

Method of successive obtaining of antioxidant and bioactive compounds of lipidic nature, in particular, beta-carotene, ergosterin, ubiquinones, where the following stages are implemented; a) extracting of Blakeslea trispora fungus with humidity of 7 - 75% with polar solvent (acetone for example) or with mixture of polar and nonpolar solvents (acetone and hexane, or acetone and ethanol for example) at temperature 40-70 degree C in 3 steps at biomass ratio: extraction equal 1:3.5 on the first step, 1:2 on the second step and 1:1.5 on the last step and the obtained extract is to be separated from bioschrotte by hot filtration at 50-60 degree C; b) Carotinoids (beta-carotene or lycopene) are to be crystallized, from the extract obtained on stage a), by mixture of polar and nonpolar solvents at 5 - 20 degree C during 3-24 hours, weak mixing and the settled carotinoids are separated by filtration and washed by ethanol; c) Phospholipins are precipitated from the remaining solution at the temperature of 5 - 20 degree C during 1 - 5 hours at weak mixing with the mixture of acetone nonpolar solvent, for example, hexane and obtained phospholipins are to be directed for the further fractional separation in the solution of ethanol with isolation of lecithin fraction. d) Remaining solution of neutral lipids is saponified in acetone medium with aqueous solution of potassium hydroxide at 50-70 degree C during 20-60 minutes and saponified fraction is to be diluted with water and hydrolyzed by sulphuric acid with obtaining of fatty acids mixture; e) Ergosterin in hexane is crystallized from nonsaponified fraction at 0 - 20 degree C during 4 hours with ratio hexane: nonsaponifiable fraction, equal 1:3 -1:5, and ergosterin obtained by crystallization process is filtrating, saponifying with organic solvent and drying; f) ubiquinones are recovered from the filtrate of nonsaponified fraction by elution from chromatographic column with the mixture polar and nonpolar solvents, in particular, hexane and acetone, for example, 1 - 5% solution of acetone in hexane and, g) ubiquinones are crystallized from eluted fraction with ethyl alcohol at -15 - +15 degree C, after the sediment of summary (Q-9,10) ubiquinones, formed during the crystallization process, is recovered and is to be refined if necessary.
机译:连续获得具有脂质性质的抗氧化剂和生物活性化合物的方法,特别是β-胡萝卜素,麦角固醇,泛醌,其中进行以下步骤; a)在40-70°C的温度下用极性溶剂(例如丙酮)或极性和非极性溶剂的混合物(例如丙酮和己烷,或丙酮和乙醇)提取湿度为7-75%的Blakeslea trispora真菌以生物质比计分3步:第一步提取比例为1:3.5,第二步为1:2,最后一步为1:1.5,通过在50-60℃下热过滤将获得的提取物与生物schrotte分离; b)类胡萝卜素(β-胡萝卜素或番茄红素)将从步骤a)中获得的提取物中,通过极性和非极性溶剂在5-20摄氏度在3-24小时内混合结晶,弱混合,沉降的类胡萝卜素过滤分离并用乙醇洗涤。 c)在与丙酮非极性溶剂(例如己烷)的混合物进行弱混合的情况下,在5至20摄氏度的温度下于1-5小时内从剩余的溶液中沉淀出磷脂,并将所得的磷脂直接用于进一步的分步分离在乙醇溶液中分离卵磷脂部分。 d)将剩余的中性脂质溶液在丙酮介质中与氢氧化钾水溶液在50-70℃下皂化20-60分钟,将皂化级分用水稀释并用硫酸水解,得到脂肪酸混合物。 e)在0-20℃下于4小时内在0-20℃下从非皂化馏分中以比例为己烷:非皂化馏分的比例为1∶3 -1∶5结晶出麦角甾醇,并将通过结晶过程获得的麦角甾醇过滤,用有机溶剂皂化并干燥。 ; f)通过从色谱柱中用极性和非极性溶剂(尤其是己烷和丙酮)的混合物洗脱,从非皂化级分的滤液中回收泛醌,例如,丙酮在己烷中的1-5%溶液,以及g)泛醌结晶在-15-+15摄氏度下,用乙醇洗脱的馏分从结晶级过程中形成的摘要(Q-9,10)泛醌沉淀物中回收,并在必要时进行精制。

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