随着萜类吲哚生物碱代谢途径中一些关键酶基因被克隆，使得利用代谢工程在植物细胞中生产这些生物碱成为可能。
With some key enzymes being cloned in the TIAs biosynthetic pathway, it is possible to produce the alkaloids in the plant cell by the metabolic engineering.
代谢工程是利用分子生物学原理系统分析代谢途径，设计合理的遗传修饰策略从而优化细胞的生物学特性。
Metabolic engineering is the analysis of metabolic pathway and designing rational genetic modification to optimize cellular properties by using principle of molecular biology.
因此通过代谢工程获得更好的能够发酵木糖的工程菌是非常有吸引力的一条途径。
So metabolic engineering of xylose fermentation is an attractive approach, for example, yeast engineered for xylose metabolism.
通过基因工程的方法提高活性氧清除酶活性，从而提高植物的抗氧化胁迫的能力，并为研究其代谢途径以及在抗坏血酸-谷胱甘肽循环中的作用奠定基础。
Thus sharpens the ability of the anti-oxidation forces and it would be also helpful to get more information about the role of APX playing in AsA-GSH cycle and its metabolism pathway.
植物资源较好的开发利用途径是通过植物次级代谢物的细胞工程。
Cell technology of secondary metabolites is a better way in exploitation and utilization of plant resources.
植物资源较好的开发利用途径是通过植物次级代谢物的细胞工程。
Cell technology of secondary metabolites is a better way in exploitation and utilization of plant resources.
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