1) 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。
2) continuously perfused culture
连续灌流培养
3) Perfusion culture
灌注培养
1.
The design and performance test of cell perfusion culture device which could show pressure
可显压力的细胞灌注培养装置的设计及其性能测试
2.
Selective retention plays a critical role in the realization of animal cells perfusion culture with highviability and concentration.
动物细胞灌注培养过程中,活细胞的选择性截留是实现细胞高活性、高密度培养的关键。
5) fed-batch fermentation
流加培养
1.
The fed-batch fermentation strategy was taken.
采取流加培养,在菌株稳定期,即18 h开始分批添加亚硒酸钠至总硒浓度为30μg/mL,控制乙醇浓度为0。
6) fed-batch culture
流加培养
1.
Optimization of substrate feeding trajectory for fed-batch culture using genetic algorithm;
用遗传算法优化流加培养的底物流加轨迹
2.
A study on antioxidant Na_2S_2O_3 influence on mixotrophic fed-batch culture of S.platensis;
抗氧化剂对螺旋藻流加培养的影响
3.
The Dunaliella salina is separately cultured with batch culture and fed-batch culture of both constant feed rate and various feed rate.
采用流加培养技术对盐生杜氏藻Dunaliella salina进行了恒速流加、变速流加培养,建立了简单的数学模型控制流加。
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