1) continuously perfused culture
连续灌流培养
2) continuous perfusion culture
连续灌注培养
1.
Taxol production from Taxus chinensis cells in a continuous perfusion culture bioreactor;
连续灌注培养红豆杉细胞生产紫杉醇的研究
3) Hybridoma
[英][,haibri'dəumə] [美][,haɪbrɪ'domə]
半连续灌注培养
1.
Growth and Metabolism of Hybridoma Cells in Semicontinuous Perfusion Cultures;
半连续灌注培养中杂交瘤细胞的生长和代谢
4) continuous cultivation
连续培养
1.
The kinetics and characteristics of Streptomyces aureofaciens in continuous cultivation with carbon source used as a limited substrate were investigated.
研究了以碳源为限制性底物时金色链霉菌连续培养特性和动力学。
2.
Overflowing jetting photobioreactor system(OJP system) is used in this paper for Spirulina outdoor continuous cultivation for the first time.
应用溢流喷射光生物反应器系统(OJP 系统) 进行了螺旋藻的室外连续培养试验。
3.
In this paper,with continuous cultivation simulating fermentations in different nutritional conditions,continuous cultivation of Alcaligenes faecalis with glucose and ammonium chloride as a sole limited substrate were carried out respectively,and kinetics and characteristics of continuous cultivation were investigated.
以葡萄糖、氯化铵分别为限制性底物,对粪产碱杆菌进行了连续培养,模拟了粪产碱杆菌在不同的营养条件下的发酵情况,并对连续培养特性和动力学性质进行了分析。
5) continuous culture
连续培养
1.
Measuring retention time with static growth curve during continuous culture of high efficient bacteria.;
高效菌连续培养中通过静态生长曲线确定停留时间
2.
Qualitative analysis for the single food chain model of microorganism continuous culture in chemostat;
恒化器中微生物连续培养单食物链模型的定性分析
3.
Experimental study on continuous culture of photosynthetic bacteria for hydrogen production from biomass;
生物质制氢的光合细菌连续培养技术实验研究
6) perfusion culture
灌流培养
1.
Comparing with continuous perfusion culture that amino acids were not fed, antibody amunt of production was increased about 2~3 times.
采取连续灌流培养细胞可处在一个较稳定的良好环境中 ,新鲜培养液不断灌注 ,。
2.
Three consecutive batches in 7@P4L perfusion culture demonstrated high,quick cell proliferation speed,good cell adhesions and appearances,and cellular population doubling level re.
连续 3批 7L规模灌流培养表明 ,细胞贴附率高 ,增殖速度快 ,细胞形态良好 ,细胞群体倍增数达 4。
3.
To find a new type of corneal perfusion culture system, thus improve the survivable environment of keeping cornea in the traditional organ culture and predict the feasibility in cornea preservation.
探索并设计一种新型角膜灌流培养系统,进而优化传统器官培养保存中角膜的生存环境,并预测其在角膜保存中应用的可行性。
补充资料:灌流
1.水流,河流。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条