Provoking a silent R gene in wheat genome confers resistance to powdery mildew.

Authors :: Li, Miaomiao
Dong, Lei
Zhu, Keyu
Wu, Qiuhong
Chen, Yongxing
Lu, Ping
Guo, Guanghao
Zhang, Huaizhi
Zhang, Panpan
Li, Beibei
Li, Wenling
Yang, Yijun
Hou, Yikun
Cui, Xuejia
Li, Hongjie
Dong, Lingli
Zhao, Yusheng
Liu, Zhiyong
Source :: Plant Biotechnology Journal. Nov2022, Vol. 20 Issue 11, p2039-2041. 3p.
Publication Year :: 2022
Abstract: The abovementioned results imply that the silent genetic loci like I Pm41b i are a valuable resource of genetic variation in the wheat genome and therefore could be potentially utilized to enrich the genetic diversity in wheat breeding. Keywords: Pm41; allelic variation; genetic diversity; transposon; gene silencing EN Pm41 allelic variation genetic diversity transposon gene silencing 2039 2041 3 11/01/22 20221101 NES 221101 Common wheat ( I Triticum aestivum i . [Extracted from the article]