首页> 外文期刊>Current Microbiology: An International Journal >Succinic acid production with Actinobacillus succinogenes ZT-130 in the presence of succinic acid.
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Succinic acid production with Actinobacillus succinogenes ZT-130 in the presence of succinic acid.

机译:在琥珀酸存在下用放线菌琥珀酸放线菌ZT-130生产琥珀酸。

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摘要

Glucose fermentation with Actinobacillus succinogenes was carried out at different initial concentrations of succinic acid (SA0) to determine its effect on growth and on the production of succinic acid itself. The specific rates of biomass production, succinic, formic and acetic acids decreased with SA0 (0-40 g/l). The partially dissociated form of succinic acid had a higher effect on cell growth and production of succinic acid as compared to the non-dissociated forms of the acids, a fact that has not been reported until now. Cell growth fitted the Jerusalimski model, and the Aiba-Shoda model was suitable for quantification of the inhibition for the production of succinic acid. The growth inhibition constants Kis and Kip and their summatory were consistent with the experimental values obtained, i.e., 22 g/l for the produced acids and 38 g/l for total acids that were the limits at which the biomass formation ceased. (c)Springer Science+Business Media, LLC 2009.
机译:在不同初始浓度的琥珀酸(SA0)下用放线菌琥珀酸放线菌进行葡萄糖发酵,以确定其对琥珀酸本身的生长和产生的影响。 SA0(0-40 g / l)降低了生物质生产,琥珀酸,甲酸和乙酸的比重。与非解离形式的酸相比,琥珀酸的部分解离形式对琥珀酸的细胞生长和产生具有更高的影响,这一事实至今尚未报道。细胞生长符合Jerusalimski模型,而Aiba-Shoda模型适合定量抑制琥珀酸的产生。生长抑制常数Kis和Kip及其累加值与获得的实验值一致,即所产生的酸为22 g / l,总酸为38 g / l,这是停止生物质形成的极限。 (c)Springer Science + Business Media,LLC 2009。

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