Using the above improved genetic transformation system, we have got some transformed plants of anti-sense squalene synthase gene.
利用上述改进的青蒿遗传转化体系，我们得到了反义鲨烯合酶基因的青蒿转化植株。
The four purified squalene synthase used to catalyzed the substrate FPP. Then the catalysate squalene were detected by GC-MS analysis method with the 18.44 retention time (RT).
纯化后的4个鲨烯合酶分别以FPP为底物进行体外催化反应，产物经GC-MS分析在保留时间（RT）为18.44可检测到鲨烯。
The four purified squalene synthase used to catalyzed the substrate FPP. Then the catalysate squalene were detected by GC-MS analysis method with the 18.44 retention time (RT).
纯化后的4个鲨烯合酶分别以FPP为底物进行体外催化反应，产物经GC-MS分析在保留时间（RT）为18.44可检测到鲨烯。
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