莱茵衣藻

因此我们用此种电击仪对莱茵衣藻进行多次电击转化实验，结果显示，其最佳电压值为900V。用藻类生产药用蛋白是基因工程中的一个重要领域。

My experimental results showed that the optimum voltage is 900V . Using algae to produce protein drugs is an important challenge of gene engineering .

数据分析表明莱茵衣藻在铜胁迫下内源NO的产生与脯氨酸水平的变化成正相关。

Data analysis revealed that the endogenous NO generated was positively associated with the proline level in Cu-stressed algae .

莱茵衣藻的遗传转化为获得大量突变体，并分离导致突变的基因以及研究其功能等提供了很有效的手段。

Nuclear transformation provides powerful approaches for assessing gene function , generating large numbers of mutants , and isolating the genes that are affected in these mutants .

这两种质粒在莱茵衣藻中的成功转化，不仅验证了玻璃珠研磨法的有效性，而且为克隆cbn1基因制备探针打下了基础。

Successful transformation by two vectors not only validated the effectiveness of the glass bead approach , but also paved the road for further experiments aimed to clone the chlorophyll b biosynthetic gene .