The response of transgenic Brassica species to salt stress: a review
2018
Shah, Nadil | Anwar, Sumera | Xu, Jingjing | Hou, Zhaoke | Salah, Akram | K̲h̲ān, Shahbāz | Gong, Jianfang | Shang, Zhengwei | Qian, Li | Zhang, Chunyu
Salt stress is considered one of the main abiotic factors to limit crop growth and productivity by affecting morpho-physiological and biochemical processes. Genetically, a number of salt tolerant Brassica varieties have been developed and introduced, but breeding of such varieties is time consuming. Therefore, current focus is on transgenic technology, which plays an important role in the development of salt tolerant varieties. Various salt tolerant genes have been characterized and incorporated into Brassica. Therefore, such genetic transformation of Brassica species is a significant step for improvement of crops, as well as conferring salt stress resistance qualities to Brassica species. Complete genome sequencing has made the task of genetically transforming Brassica species easier, by identifying desired candidate genes. The present review discusses relevant information about the principles which should be employed to develop transgenic Brassica species, and also will recommend tools for improved tolerance to salinity.
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