Article
Comparative transcriptomics and co-expression networks reveal cultivar-specific molecular signatures associated with reproductive-stage cold stress in rice.
Plant cell reports - 1 Apr 2023
Niu Yuan, Fan Song, Cheng Baoshan, Li Henan, Wu Jiang, Zhao Hongliang, Huang Zhiwei, Yan Feiyu, Qi Bo, Zhang Linqing, Zhang Guoliang
Abstract excerpt
KEY MESSAGE: The resistance of Huaidao5 results from the high constitutive expression of tolerance genes, while that of Huaidao9 is due to the cold-induced resistance in flag leaves and panicles. The regulation mechanism of rice seedlings' cold tolerance is relatively clear, and knowledge of its underlying mechanisms at the reproductive stage is limited. We performed differential expression and co-expression...
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