补料分批发酵

将该方法应用于青霉素补料分批发酵过程的实时监测中，结果表明该方法比传统的MPCA方法具有更可靠的监测性能。

The proposed method was applied to 0n-line monitoring fed-batch penicillin production , and the results show the advantages of the proposed method in comparison to conventional MPCA .

最后建立了D-核糖补料分批发酵的动力学模型。

At last kinetic model of D-ribose fed-batch fermentation was established .

多粘菌素补料分批发酵过程pH值的优化控制

Optimization Control of pH in Appending Stuff and Batch Fermentation Process of Mycetozoan-element

N613发酵动力学模型和合成REPS的生理学特性进行了分析，优化了合成REPS的发酵工艺，补料分批发酵实验结果表明，REPS产量从8.21g。

By analyzing the kinetic models and physiological characteristics of REPS production , the REPS fermentation process was optimized .

以分批发酵最优条件为依据，对菌株SW0370进行了补料分批发酵研究。

Fed batch fermentation was studied with SW0370 according to the optimum condition of batch fermentation .

在模型化基础上对青霉素补料分批发酵过程中经济效益的预测

Modeling-Based Prediction of Economic Performance for Fed-Batch Fermentation Process of Penicillin

γ-多聚谷氨酸摇瓶补料分批发酵的研究

Study on Flask-shaking Fed Batch Fermentation of γ - PGA

补料分批发酵过程优化软件平台的设计

Design of Optimization Software Platform About Appending Stuff and Batch Fermentation Process

补料分批发酵过程计算机控制系统的设计与应用

Design and Application of Computer Control System About Batch Feed Ferment Process

研究了黄原胶补料分批发酵的工艺。

Application of fed-batch fermentation process and its research progresses ;

补料分批发酵过程优化控制

Optimization Control of Material Makeup Ferment Process in Batches

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。

Trehalose accumulation condition in baker 's yeast was studied in fed batch fermentation .

重组人白细胞介素-6补料分批发酵工艺研究

Studies on Supplement Batch Fermentation Technology of IL-6

发酵罐中D-核糖的补料分批发酵。

D-ribose fed-batch fermentation in fermentor .

鸟苷补料分批发酵的研究

Studies on Fed-Batch Fermentation of Guanosine

根据摇瓶试验和分批发酵试验结果，建立了一套变速流加葡萄糖的高密度补料分批发酵工艺。

A fed_batch fermentation condition of high cell density with stepwise increased feeding of glucose was established .

所提出的这种方法是对解决补料分批发酵过程优化问题的一个新尝试。

The method presented provides a new approach to deal with the problems of optimization control of material makeup ferment process in batches .

对复杂的青霉素补料分批发酵代谢网络进行研究，分析了青霉素代谢网络中的主要代谢途径以及氮源代谢。

Research into the metabolic network of complex penicillin fed-batch fermentation and analyze the main metabolic pathways in the metabolic network , as well as the nitrogen metabolism . 2 .

利用该方法对类人胶原蛋白补料分批发酵过程进行研究，当以操作条件作为操作变量以控制菌体生长时，通过实验评价了所构成的控制系统的品质指标。

With the nonlinear internal model controller , fermentation process of recombinant E. coli producing human-like collagen is studied . When the practical conditions acted as the practical variables to control cell growth , the quality indexes of the correspondent control system were evaluated through experiments .

采用补料-分批式发酵，初始装液体积为6L。

By adopting Fed-batch cultivation , the initial broth volume was 6L .

在2L实验罐中进行了分批发酵、连续补料分批和间歇补料分批发酵的对比实验，进一步确定了补料分批发酵工艺的优越性，同时采用正交法对培养基配方等工艺进行了优化。

The advantage of constant fed-batch fermentation was confirmed . This result is identical with the conclusion from the shake flask experiments . The optimization culture medium was obtained by the orthogonal experiment method .

考察了补加营养物质方式对L-苏氨酸摇瓶补料分批发酵的影响。

The effect of feeding nutrition on fed-batch fermentation in shake flask was also studied .

进行了补葡萄糖、补醋酸铵和硫酸铵和全组分补料的摇瓶补料分批发酵实验。

Flask-shaking fed batch fermentation is carried out in the study by feeding glucose , ammonium acetate and ammonium sulfate and complete fermentation medium .