ACA microcapsule was applied in xylitol batch fermentation.
制得的ACA生物微胶囊被用于木糖醇的分批发酵，并与传统的游离发酵和海藻酸钙固定化发酵作对比。
参考来源 - 应用生物微胶囊固定化技术进行木糖醇发酵The optimal control problems for productivity of 1,3-PD from continuous and batch fermentation of microorganism arc considered.
2、研究了微生物连续发酵与间歇发酵过程的最优控制问题。
参考来源 - 微生物发酵非线性系统的稳定性与最优控制Batch fermentation in 5L bioreactor was performed, and the results displayed that 20 g·L-1 of glycerol was consumed just in 8h with 12.2 g·L-1 of 1, 3-PD and the molar yield of 1,3-PD to glycerol 0.75 was achieved.
5L发酵罐批式发酵表明该菌在8h内可消耗20g·L-1甘油,1,3-丙二醇浓度达12.2 g·L-1,甘油的摩尔转化率达理论值0.75。
参考来源 - K.pneumoniae XJPDThe highest enzyme activity and biomass reached up to 1680 U/mL and 7.67 g/L,which was 2.31 and 2.44 folds higher than those obtained in the batch fermentation at the same cultivation conditions,respectively.2.
最大酶活增长到1680 U/mL,比间歇发酵提高了231.40%;最大细胞密度为7.67 g/L,是间歇发酵3.44倍。
参考来源 - 重组大肠杆菌高效分泌表达杂合β·2,447,543篇论文数据，部分数据来源于NoteExpress
Trehalose accumulation condition in baker's yeast was studied in fed batch fermentation.
对面包酵母的海藻糖积累条件及补料分批发酵进行了研究。
A fuzzy neural network was founded to simulate the process of yeast fed batch fermentation.
利用模糊神经网络构建了酵母流加发酵过程的网络模型。
Utilization ratio on raw material could increase from 82.62% to 88.51% in fed-batch fermentation.
采用分批补料的供糖方式的发酵可将原料利用率从82.62%提高到88.51%。
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