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A method for obtaining unicellular organisms protein based on methanol

机译:一种基于甲醇的单细胞生物蛋白的获得方法

摘要

Unicellular protein is recovered by producing a growing submerse culture with the methanol-utilising bacterium. Methylomonas sp. DSM 580 (I) in an aerated reactor contg. methanol, as the sole C and energy source, inorg. nutrients and opt. growth-promoting materials at 20-45 degrees C sepg. the cell mass from the three-phase system and drying and thus obtg. a mass having a crude protein content of =60-76 wt. % a nucleic acid content of 2-17 wt. % an ash content of 3-6 wt. % and a fat content of 3-8 wt. %. The liq. phse sepd. from the cell mass may be (partially) recycled. Using this bacterium, significantly higher yields of protein are obtd. than with known methyloltropic microorganisms and no mutants develop which lose the capability to grow on methanol. The methanol dissimilating and assimilating enzymes are constitute. When the process of the invention is carried out continuously under methanol-limiting conditions, the nucleic acid content of the cell mass is very low and methanol loss by evapn. practically nil.
机译:通过利用利用甲醇的细菌产生生长中的水下培养物来回收单细胞蛋白。甲基单胞菌曝气反应器中的DSM 580(I)(续)。甲醇作为唯一的碳和能源,无机物。营养和选择。隔离温度为20-45摄氏度的可促进生长的材料。三相系统中的细胞团并干燥,因此变得团块状。粗蛋白含量≥60-76wt。 %的核酸含量为2-17重量%。灰分含量为3-6重量%。 %和3-8wt。%的脂肪含量。 %。液体。 phse sepd。来自细胞团的废物可以被(部分地)再循环。使用这种细菌,可获得明显更高的蛋白质产量。与已知的羟甲基微生物相比,没有突变体会丢失,无法在甲醇上生长。构成甲醇的同化酶。当本发明的方法在甲醇限制条件下连续进行时,细胞团的核酸含量非常低,并且甲醇因蒸发而损失。几乎没有。

著录项

  • 公开/公告号DE000002458851C3

    专利类型

  • 公开/公告日1978-02-16

    原文格式PDF

  • 申请/专利权人

    申请/专利号DE2458851A

  • 发明设计人

    申请日1974-12-12

  • 分类号C12D13/06;C12C11/08;

  • 国家 DE

  • 入库时间 2022-08-22 22:07:27

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