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1·The theory of metabolic engineering was applied to a fed batch culture of animal cells.

将代谢工程理论应用于动物细胞的流加培养过程。

2·The research in the sift of kinds fit to batch culture and the main ecological factor have been completed.

完成了适宜批量培养的种类的筛选及主要生态学因子的研究工作。

3·Microbial cultivation methods can be classified into batch culture, semi-continuous culture and continuous culture.

微生物的培养方式分为分批培养、半连续培养和连续培养，其中，分批培养应用最为广泛。

4·Several feeding fed-batch culture methods for the production of glutathione (GSH) by Saccharomyces cerevisiae were compared.

比较了酵母菌发酵生产谷胱甘肽（GSH）的几种补料分批培养方式。

5·During the high density fermentation, some toxic inhibitor metabolites produced, which could be decreased by fed-batch culture.

在高密度发酵过程中，会产生一些有害抑制代谢副产物，但通过分批补料可以降低影响。

6·The result indicated, fed-batch culture could lead to the increase of thallus but without the increase of plasmid concentration.

结果表明，分批流加菌体量虽然有所增加，但质粒浓度并未明显提高。

7·With glucose as co-substrate, anaerobic degradation kinetics of 2, 4dinitrophenol (2, 4-dnp) were investigated in batch culture.

研究了间歇试验条件下，2,4 -二硝基酚(2,4 - DNP)与葡萄糖共基质时的厌氧降解动力学。

8·In the repeated batch culture experiment, the immobilized cells maintained a high capacity and machinery strength after 30 batches.

双载体固定化细胞经30 批次连续重复发酵产酶稳定在较高水平，固定化细胞粒子机械强度高。

9·In contrast to the batch culture, the culture cycle of fedbatch culture was prolonged, and cell density and MAb production were improved.

与批培养相比，流加培养的培养周期长，细胞密度、单抗浓度高。

10·The study on improving fermentative production of Monascus pigments by fed-batch culture using disused glucose solution is presented in this paper.

对以葡萄糖母液为原料进行半连续发酵生产红曲色素进行了初步研究。