| 1. | Research into plant metabolomics has advanced greatly during recent years
近年来，植物代谢组学研究取得了很大进展。 |
| 2. | The term plant metabolomics is used for defining the technology of high - throughput , nonbiased analyses of the metabolome of plant extracts
植物代谢组学是指对植物抽提物中代谢组进行高通量、无偏差全面分析的技术。 |
| 3. | In contrast , metabolic profiling ? or tallying a plant ' s metabolites , after altering its genes ? seemed capable of capturing information about those pathways more quickly
相较之下，在改变植物的基因后，进行植物的代谢剖析（或是记录其代谢产物） ，似乎能较快速掌握植物代谢途径的讯息。 |
| 4. | Conclusion the efficiency for finding of leading compounds could be improved if the isolation is based on metabonomics under the guidence of the new method of botanical mixture determination by 1h - nmr
结论基于植物代谢组学混合物氢谱测定指导下的分离是一种高效发现先导化合物的新方法。 |
| 5. | Delayed fluorescence associated with plant metabolism and photosynthesis . the characteristics and its applications in the environmental inspection and agriculture are presented in the thesis
本论文研究了与植物代谢及光合紧密相关的光诱导延迟荧光特征，以及延迟荧光在环境检测和农业中的应用。 |
| 6. | During the long run road of the evolution , a symbiosis system has formed between endophyte and host , the change of environment conditions and host metabolisms affect the change of genus and metabolism in endophytes correspondingly
在长期共同进化过程中，植物内生菌与宿主植物之间形成了一种共生关系，外界环境条件与宿主植物代谢变化影响着植物内生菌的种类及其代谢发生相应变化。 |
| 7. | The seed - specific promoter commonly under investigation today belongs to promoter , which can promote the exogenous genes to express specifically in the seed , improve the plant metabolism path as desired , and raise the nourishment material content in the seed
目前州门所广泛研究的种子特异性启动子基本上属于类启动子，它可以驱使外源基因在植物的种子中特异表达，按照人们的意愿改进植物代谢途径，提高种子中营养物质含量等。 |
| 8. | In this article , the highly - efficient plant vectors with bivalent genes have been constructed by combining the gene of vhb with bt gene and cfmcryla - cpti gene respectively , studying the influence over the plants metabolic level and growth . we manage to reach the goal of increasing the yield of transgenic plants and cultivate new plant varities with pest - resistance by applying transgenic approaches , and eventually in the hope of cultivating new varities of crops with hoth highly - steady - yield and pest - resistance
本文尝试将透明颤菌血红蛋白( vhb )基因优化、人工合成并且分别和gfmcryia ( bt )基因、融合杀虫基因( bt - cpti )构建成双价基因植物高效表达载体，导入烟草，研究该基因对植物代谢水平和植物生长的影响，尝试通过基因工程育种技术增加转基因作物产量的同时，双可使其具有抗虫性，以期望培育出高产、稳产又具有抗虫效果的新品种。 |
