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无血清培养中杂交瘤细胞的能量代谢特性
引用本文:曹竹安 孔建. 无血清培养中杂交瘤细胞的能量代谢特性[J]. 中国生物制品学杂志, 1999, 12(4): 197-200
作者姓名:曹竹安 孔建
作者单位:清华大学化工系!北京100084(仝志明,李峰,曹竹安),北京生物制品研究所!北京100024(孔建,张卓华)
基金项目:国家九五攻关计划课题!96 C0 2 0 3 0 5
摘    要:在 10L生物反应器中 ,研究杂交瘤细胞C5 0在无血清培养条件下生长和能量代谢的特性。结果表明 ,细胞的比耗氧速率、ATP比生成速率和比生长速率有着相似的过程曲线 ,ATP比生成速率与比生长速率呈线性相关 ,反映了细胞能量代谢与生长之间的密切关系。同时发现 ,耗氧速率 (OUR)能够及时、敏感地反映细胞的代谢活力 ,预示细胞的生长变化。据此提出了利用OUR控制补料速率的初步设想。

关 键 词:杂交瘤  耗氧速率(OUR)  补料培养

Energy Metabolism of Hybridoma Cell in Serum-Free Culture
Tong Zhiming,Li Feng,Cao Zhu''an et al. Energy Metabolism of Hybridoma Cell in Serum-Free Culture[J]. Chinese Journal of Bilogicals, 1999, 12(4): 197-200
Authors:Tong Zhiming  Li Feng  Cao Zhu''an et al
Abstract:The growth and metabolism of hybridoma cell in the scerum free culture was studied in 10L bioreactor.The results showed that the specific growth rate of cells reached maximum at the begining of logarithmic growth phase,then decreased gradually.Similar profiles were observed in the specific rates of oxygen consumption and ATP production.The specific rate of cell growth was linearly correlated with that of ATP production.It indicated the close relationship between the energy metabolism and cell growth.The authors considered that oxyg en uptake rate(OUR) could reflect cell metabolic activity timely and sensitively,and predict the change of viable cell density.It is concluded that OUR can be used for controlling feeding rate.
Keywords:Hybridoma Oxygen uptake rate Energy metabolism
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