This study establishes LF1 as a central hub coupling transcriptional and post-translational mechanisms to modulate BR-mediated leaf angle, providing targets for plant architecture improvement.
Findings reveal that OsELP3/ELP4 regulates histone acetylation-mediated defense responses against M.oryzae, providing both theoretical foundations and genetic resources for developing blast-resistant rice cultivars.
Yanfei Wu, Zhensheng Qiao, Yu-Quan Fu et al.· Plant Physiology· 0 citations
OsBZR1-mediated repression of OsYUC8-driven auxin biosynthesis modulates secondary cell wall formation to optimize flag leaf architecture, providing a genetic strategy for maximizing yield under high-density cultivation.
An antagonistic regulatory module consisting of LfiRAV7 and LfiGI is uncovered, which not only revealed a previously uncharacterized genetic mechanism underlying the regulation of endogenous hormone homeostasis and morphogenesis in woody plants, but also offered key candidate targets for directed creation of ideal plan...
Xin Wang, Xiu-Feng Chi, Tian-Xiao Ma et al.· Plant Physiology· 0 citations
It is shown that methyl jasmonate (MeJA) substantially induces HY5 protein accumulation in a FIN219/JAR1-dependent manner, and a regulatory mechanism in which HY5 fine-tunes JA signaling and seedling development by integrating light and hormone cues is uncovered.
Yen-Ho Chen, Meng-Chun Lin, Li-Lin Liao et al.· Frontiers in Plant Science· 0 citations
This finding elucidates a previously uncharacterized OsMYB8-OsARF12/25 transcriptional module that fine-tunes auxin signaling to regulate tiller angle in rice, and offers valuable genetic targets for the optimization of rice architecture and yield potential.
A positive feedback loop between CLV3 and WUS that is mediated by multiple hormone interactions, which is critical for plants to adapt to harsh environments is revealed.
Mengchu Xu, Haijun Wu, Chengwu Liu et al.· Molecular Plant· 0 citations
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