首页> 外国专利> method of manufacture of so-called anti inflammation and certain virussairauksiin favourably the active drug used for the happamissa circumstances saostumatonta kserosinfraktiota kserosinin käymisliem

method of manufacture of so-called anti inflammation and certain virussairauksiin favourably the active drug used for the happamissa circumstances saostumatonta kserosinfraktiota kserosinin käymisliem

机译:所谓的抗炎和某些病毒的生产方法赛拉克西宁有利于在狂犬病情况下使用的活性药物saostumatonta kserosinfraktiota kserosinin kaymisliem

摘要

1,186,598. Antibiotic xerosin. CARTERWALLACE Inc. 16 June, 1967 [27 July, 1966], No. 27771/67. Heading C2A. An active fraction of the anti-inflammatory, antiviral antibiotic xerosin is obtained by (a) separating the whole cell material from a fermentation broth of Achromobacter xerosis I.M.U.R. 134, (b) autolyzing or mechanically rupturing the solid cell material to obtain a mixture of spent cell material in a liquid phase, (c) separating spent cell material from the liquid phase, (d) acidifying to pH 2 to. 4, (e) collecting the acid-insoluble precipitate, (f) neutralizing the liquid, (g) adding a precipitating agent which is a water-miscible organic solvent (A) in which the fraction is insoluble, e.g. acetone, dioxane, ethanol or isopropanol or is a neutral water-soluble inert inorganic salt (B) e.g. (NH 4 ) 2 SO 4 , and separating the precipitate. Alternatively, in step (g) the xerosin fraction is precipitated by precipitant (A), dissolved in water and re-precipitated by precipitant (B). The process is applicable to (a) separated cells, (b) clarified broth, and (c) whole broth containing separated cells from a previous batch of whole broth. The xerosin fraction is an amorphous solid slightly soluble to very soluble in water (depending upon purity), very soluble in acid solutions and substantially insoluble in organic solvents such as benzene, chloroform, ethanol, acetone dioxane, isopropanol and pyridine.
机译:1,186,598。抗生素干素。 CARTERWALLACE Inc.,1967年6月16日[1966年7月27日],编号27771/67。标题C2A。抗炎,抗病毒抗生素干燥酶的活性级分是通过(a)从干燥无色杆菌I.M.U.R.的发酵液中分离出整个细胞材料而获得的。参见图134,(b)自动裂解或机械破碎固体电池材料以获得液相中的废电池材料的混合物,(c)将废电池材料与液相分离,(d)酸化至pH 2至。参照图4,(e)收集酸不溶性沉淀物,(f)中和液体,(g)加入沉淀剂,该沉淀剂是与水可混溶的有机溶剂(A),其中该部分不溶,例如水。丙酮,二恶烷,乙醇或异丙醇,或者是中性的水溶性惰性无机盐(B),例如(NH 4)2 SO 4,并分离出沉淀物。或者,在步骤(g)中,干燥剂(A)通过干燥剂(干燥剂)使干燥液的级分沉淀,将其溶解在水中,然后通过沉淀剂(B)进行再沉淀。该方法适用于(a)分离的细胞,(b)澄清的肉汤,和(c)含有来自前一批全肉汤的分离细胞的全肉汤。干燥液是一种无定形固体,微溶于水至极易溶于水(取决于纯度),极易溶于酸溶液,基本上不溶于有机溶剂,如苯,氯仿,乙醇,丙酮二恶烷,异丙醇和吡啶。

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