所合成的SGF可显著抑制微生物的生长、延长适应期、缩短对数生长期和稳定期、促进微生物细胞的自溶作用。
SGF could significantly inhibit the growth of microbe by prolonging the adaptable phase, shortening the logarithmic and stable growth phase, and inducing the autolysis of microorganisms.
结果表明在细胞生长对数期继代比静止期继代细胞增长率提高1.6倍，而紫杉醇产量差异不大。
The results indicated that the growth rate of cells subcultured at exponential stage was 1.6 times of that at stationary stage and there was no significant difference in the taxol content.
在细胞生长的对数期继代较静止期继代的细胞增长率提高1.6倍，同时紫杉醇含量提高了近4倍；
The special growth rate of Taxus cell subcultured on logarithmic phase was 1.6 folds of that on stationary phase and the production of taxol was increased by nearly 4 times;
应用推荐