TL;DR
The function of GmDREB1D as a transcriptional regulator in growth is revealed and it is revealed that GmDREB1D activates the expression of GmGA2ox8, which triggers the inactivation of GAs and reduces GA response to limit plant height.
An integrated regulatory network comprising the GmBBX17-GmSTFs transcriptional module and the GmSRG1-GmXTH23 regulatory module, which collectively govern shade avoidance architecture in soybean are revealed.
It is demonstrated that cold adaptation in soybeans is synergistically enhanced by GmSNAT1 via a multidimensional axis encompassing melatonin synthesis, signal transduction, and physiological protection, thereby providing a novel molecular target for breeding cold-tolerant crops.
Results suggest that GmCS1 may be a functional ceramide synthase gene in soybean, with the GmCS1-mediated regulatory network playing a crucial role in controlling branch development by IAA and CKs homeostasis.
The results suggest that GmNIGT2a/2b-mediated transcriptional regulation prevents excessive nodule senescence in response to high N, highlighting the complexity of transcriptional reprogramming for environmental adaptation in nodules.
This study establishes a solid foundation for further clarifying the biological functions and molecular mechanisms of ZmEREB54 in regulating maize root growth and development, as well as responding to drought and salt stresses.
Plants detect neighbours through a reduced red-to-far-red ratio (R:FR), triggering elongation growth that reduces crop yield. Although Gibberellin (GA) is required for the neighbour-proximity (NP) elongation response, bioactive GA levels do not increase sufficiently to account for elongation magnitude, suggesting GA se...
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