植物抗盐胁迫研究进展

盐胁迫严重制约了农业生产，解析盐胁迫机理受到关注。随着抑制消减杂交和基因表达序列分析等大规模表达基因鉴定技术在抗盐研究中的应用，盐碱胁迫下功能基因的获得量迅速增加。综述了近年来在酵母、拟南芥、水稻等生物上利用基因芯片等方法进行抗盐机理研究取得的成果，并介绍了结合系统生物学的方法进行抗盐研究取得的进展，以及植物抗盐胁迫研究的发展前景。

Advances in Research on Plant Resistance to Salt Stress

Agricultural production was affected by salt stress and dissecting salt stress pathways was gained attention. The number of functional genes was increased in salt stress with applying identifying technique of suppression subtractive hybridization and serial analysis of gene expression to research of reisisting salt. The results on research in the mechanisms of resistance to salt resistant in yeast, Arabidopsis and rice in recent years by gene chip were summarized. The development of research in resisting salt and foreground in research on resistance to salt stress was elucidated with systems biology come into being.