在摇瓶培养中考察了剪切和供氧对中国红豆杉悬浮细胞生长和紫杉烷积累的影响。
The effects of shear stress and oxygen supply on cell growth and taxane production were investigated in 250ml Erlenmeyer flasks.
试验对影响悬浮细胞生长的因子如培养基中植物生长调节剂组成、初始接种量和继代时间等进行了优化。
Growth of suspension cell lines was affected by the concentration of PGR, the initial cell density and days after sub-cultured, et al.
他的结论表明，对生长缓慢的生物，保持细胞悬浮耗费的能源成本比鞭毛生物少(Walsby 1994年)。
His conclusions show that, for slow-growing organisms, the energy costs for maintaining cells in suspension is substantially less for gas-vesiculate than for flagellated organisms (Walsby 1994).
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