期刊论文

Zhang, RQ

英文

植物学报：英文版

1672-9072

2006

48

11

1257-1265

10.1111/j.1744-7909.2006.00346.x

Supported by the National Natural Science Foundation of China （30471418）.

本校为第一且通讯机构

The engineering application of natural hyperaccumulators in removing or inactivating metal pollutants from soil and surface water in field trials mostly presents the insurmountable shortcoming of low efficiency owing to their little biomass and slow growth. Based on further understanding of the molecular mechanism of metal uptake, translocation, and also the separation, identification, and cloning of some related functional genes, this article highlights and summarizes in detail the advances in research on transgenic techniques, such as Agrobacterium tumefaciens-mediated transformation and par...

在在领域试用把金属污染物质从土壤和表面水移开或使失去活性的自然 hyperaccumulators 的设计申请主要由于他们的小生物资源和慢生长介绍低效率的难以超越的缺点。基于金属举起的分子的机制的进一步的理解， translocation ，并且另外分离，鉴定，并且一些克隆联系了功能的基因，这篇文章详细在关于转基因的技术的研究加亮并且总结进展例如 Agrobacterium 调停tumefaciens 的转变和粒子轰炸，在为金属抵抗和累积植物繁殖，并且指出加深转基因的植物的发展是 efficie 之一从持续开发的观点，政府们应该在植物为金属抵抗和累积加强支持到遗传工程的发展。