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 plant architecture in woody ornamental species.
A SmCycC-SmEB1c regulatory module that controls plant height by affecting cell division in eggplant is uncovered, providing promising genetic targets for breeding semi-dwarf cultivars.
Ping Yu, Jian-Jian Shen, Ling He et al.· Plant physiology and biochem...· 0 citations
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.
Jing You, Bing-Yu Ning, Yi Zhang et al.· The Plant Cell· 0 citations
A model in which PbGH3 modulates SA-associated hormonal crosstalk and root morphology that could be harnessed by the clubroot pathogen to ensure host colonization is supported.
M. Gonzalez-Garcia, Jiaxu Wu, Marina Silvestre Vañó et al.· Molecular Plant-Microbe Inte...· 0 citations
The key role of ClARF4 is revealed in regulating plant height in watermelon, and important insights are provided into the function of chloroplast–nucleus signaling crosstalk in plant architecture establishment by identifying the interaction between ClARF4 and the chloroplast protein ClPetC in the nucleus.
Min-Juan Zhang, Ya-Chen Liu, Huiming Tan et al.· Horticulturae· 1 citation
It is demonstrated that SlERF15 functions as a key regulator involved in SLs and ABA signaling to promote AMS in tomato, offering novel insights into the complex phytohormonal regulation network fine-tuning in plant-mycorrhizal fungi interactions.
Lan Li, Liqun He, Shi-Bei Ge et al.· Journal of Advanced Research· 0 citations