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通过添加正十六烷提高氧溶解度来增强青霉素发酵。

Enhancing penicillin fermentations by increased oxygen solubility through the addition of n-hexadecane.

机构信息

Charles River Laboratories, Inc., Wilmington, Massachusetts 01887, USA.

出版信息

Biotechnol Bioeng. 1990 Dec 20;36(11):1110-8. doi: 10.1002/bit.260361106.

Abstract

n-Hexadecane was added to fermentation media to increase the medium oxygen solubilities, thus enhancing oxygen transfer rates in penicillin fermentations. For shake flask fermentations, cells were found to grow faster in the flasks with n-hexadecane than those without. The addition of n-hexadecane to penicillin fermentations was shown to significantly increase cell growth and penicillin production and reduce formation of mycelial pellets. The result was attributed to the enhancement of oxygen transfer in mycelial fermentations due to the higher oxygen solubilities of fermentation media achieved by adding n-hexadecane.

摘要

正十六烷被添加到发酵培养基中以增加培养基中的氧气溶解度,从而提高青霉素发酵中的氧气传递速率。对于摇瓶发酵,在含有正十六烷的摇瓶中细胞的生长速度比在没有正十六烷的摇瓶中更快。向青霉素发酵中添加正十六烷可显著增加细胞生长和青霉素产量,并减少菌丝球的形成。这一结果归因于由于添加正十六烷而使发酵培养基的氧气溶解度提高,从而增强了丝状菌发酵中的氧气传递。

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