Cao Zhen-Lin, Li Jin-Hong, Zhou Min-Hui, Zhang Man-Ting, Wang Ning, Chen Yi-Fei, Li Jia-Xin, Zhu Qing-Song, Gong Wen-Jun, Yang Xu-Chen, Fang Xiao-Long, He Jia-Xian, Li Mei-Na
China has a high dependence on soybean imports, yield increase at a faster rate is an urgent problem that need to be solved at present. The application of heterosis is one of the effective ways to significantly increase crop yield. In recent years, the development of an intelligent male sterility system based on recessive nuclear sterile genes has provided a potential solution for rapidly harnessing the heterosis in soybean. However, research on male sterility genes in soybean has been lagged behind. Based on transcriptome data of soybean floral organs in our research group, a soybean stamen-preferentially expressed gene GmFLA22a was identified...
April 20, 2024: Yi Chuan, Hereditas